How NASCAR Freezes the Field
Timing & Scores Loops (A - H)
Freezing The Field
In an effort to further ensure the competitors' safety, NASCAR announced in September of 2003 that racing back to the caution would no longer be permitted in the NASCAR Sprint Cup Series, NASCAR nationwide Series and NASCAR Craftsman Truck Series. That led NASCAR to institute a new procedure in which the field is "frozen" on the race track once the caution flag is issued.
The cars' positions are determined by the previous timing-and-scoring line they passed on the race track. Example: Cars Nos. 1 through 3 are scored by their running order when the passed timing and scoring line E; cars Nos. 4 and 5 are scored by their positions when they passed timing and scoring line D; cars 6 and 7 are scored by their positions when they they passed timing and scoring line
While the positions of the competitors on the race track will be "frozen," the pit lane, however, will remain active at this time with pit-road speed in effect.
The cars that are pitted from pit-road entrance to the start/finish line - cars 11, 12, 14 and 14 - must reach the start/finish scoring line that extends across pit road before the race leader (No. 1 red car approaching scoring line A) reaches the same line on the race track. Should any of these cars on pit road reach that point first, they will not lose a lap to the leader.
Should the leader reach the scoring line A before cars 11 - 14, they would lose a lap to the leader. Those cars that are pitted from the start/finish line to the pit-road exit - cars 8, 9 and 10 - must reach the pit-road exit scoring line before the leader (No, 1 red car approaching scoring line B) to avoid going a lap down.
Example: car 8 would not go a lap down, while cars 9 and 10 would. Should a driver attempt to speed in pit lane to avoid going down a lap to the leader, that driver will lose a lap in addition to being moved to the tail end of the longest line.
Should the race leader not slow immediately for the caution in an effort to put the pitted cars a lap down, the leader will be penalized by being sent to the tail end of the longest line and all pitted cars will retain their lap positions.
Adapted from information by NASCAR Media
Tuesday, December 7, 2010
Tuesday, November 16, 2010
Tuesday, October 19, 2010
HISTORIC TRIO
10/2010
GANASSI’S HISTORIC TRIO
Few races in motorsports have the esteem of NASCAR’s Daytona 500 and Brickyard 400, and Indy Racing League’s Indianapolis 500. An owner winning all three of these races was unheard of until 2010. In February, McMurray, driving for Earnhardt Ganassi Racing with Felix Sabates, won the Daytona 500. On July 25, 2010, he drove the No. 1 Bass Pro Shops Chevrolet Impala to victory at Indianapolis Motor Speedway in the Brickyard 400, making him only the third driver to win both events in the same season. Dario Franchitti won the Indianapolis 500 in one of Ganassi’s cars, making Ganassi the first team owner to win all three legendary auto races in the same season.
After winning the Brickyard 400, McMurray celebrated with a smoky, tire-spinning burnout. The celebration was so enthusiastic that McMurray’s right-rear tire exploded, damaging the right-rear quarter panel. McMurray took the lead with 11 laps to go and won the race by 1.4 seconds. The win gave Ganassi owner victories in America’s three most prestigious automobile races: the Daytona 500, the Brickyard 400 and the Indianapolis 500—an unprecedented accomplishment
GANASSI’S HISTORIC TRIO
Few races in motorsports have the esteem of NASCAR’s Daytona 500 and Brickyard 400, and Indy Racing League’s Indianapolis 500. An owner winning all three of these races was unheard of until 2010. In February, McMurray, driving for Earnhardt Ganassi Racing with Felix Sabates, won the Daytona 500. On July 25, 2010, he drove the No. 1 Bass Pro Shops Chevrolet Impala to victory at Indianapolis Motor Speedway in the Brickyard 400, making him only the third driver to win both events in the same season. Dario Franchitti won the Indianapolis 500 in one of Ganassi’s cars, making Ganassi the first team owner to win all three legendary auto races in the same season.
After winning the Brickyard 400, McMurray celebrated with a smoky, tire-spinning burnout. The celebration was so enthusiastic that McMurray’s right-rear tire exploded, damaging the right-rear quarter panel. McMurray took the lead with 11 laps to go and won the race by 1.4 seconds. The win gave Ganassi owner victories in America’s three most prestigious automobile races: the Daytona 500, the Brickyard 400 and the Indianapolis 500—an unprecedented accomplishment
Friday, October 8, 2010
NASCAR QUALIFYING:BACK TO REAR RULE
What are the reasons for a driver or team to have to start the race at the rear of the field:
ENGINE CHANGE - anytime during the race weekend [except the Daytona 500, teams can change once after the Gatorade Duel 150's]
BACKUP CAR - after qualifying, if a team/driver goes to a backup car, they start at the rear of the field; if before qualifying and the backup car and engine are presented for inspection, the driver starts where they qualify.
TRANSMISSION CHANGE - anytime during the race weekend [except the road courses, new in 2009]
DRIVER CHANGE - once the car is qualified, if the driver changes, then the driver/car will start at the end of the field before the green flag
ENGINE CHANGE - anytime during the race weekend [except the Daytona 500, teams can change once after the Gatorade Duel 150's]
BACKUP CAR - after qualifying, if a team/driver goes to a backup car, they start at the rear of the field; if before qualifying and the backup car and engine are presented for inspection, the driver starts where they qualify.
TRANSMISSION CHANGE - anytime during the race weekend [except the road courses, new in 2009]
DRIVER CHANGE - once the car is qualified, if the driver changes, then the driver/car will start at the end of the field before the green flag
TRACK BANKING
What are the differences between flat, steep and progressively banked NASCAR Series tracks?
Most oval NASCAR tracks are banked at various degrees to create greater momentum and velocity through the turns. Banking on the 23 tracks that host NASCAR Sprint Cup Series races range from a relatively steep 36° at Talladega Superspeedway, to a somewhat flat 12° at Martinsville Speedway.
"Progressively banked" oval tracks, such as Bristol Motor Speedway, feature a racing surface that gradually increases in degrees of banking - 24° to 30° - as the track gets closer to the outside retaining wall. This permits cars in the longer outside lanes to maintain higher speeds through the corners than those in the shorter inside lanes, resulting in more competitive racing.
Our list of similar NASCAR tracks groups and compares the degree of banking at each NASCAR track.
Adapted from information by NASCAR Media
Most oval NASCAR tracks are banked at various degrees to create greater momentum and velocity through the turns. Banking on the 23 tracks that host NASCAR Sprint Cup Series races range from a relatively steep 36° at Talladega Superspeedway, to a somewhat flat 12° at Martinsville Speedway.
"Progressively banked" oval tracks, such as Bristol Motor Speedway, feature a racing surface that gradually increases in degrees of banking - 24° to 30° - as the track gets closer to the outside retaining wall. This permits cars in the longer outside lanes to maintain higher speeds through the corners than those in the shorter inside lanes, resulting in more competitive racing.
Our list of similar NASCAR tracks groups and compares the degree of banking at each NASCAR track.
Adapted from information by NASCAR Media
About the NASCAR Car of Tomorrow
About the NASCAR Car of Tomorrow
The NASCAR Car of Tomorrow aka 'CoT'. Or, the Car of Right Now aka 'CoRN'.
However you refer to it, it's here for the 2007 NASCAR season.
Just what are the differences from the previous NASCAR stock car?
Here is the scoop on the Car of Tomorrow.
Why make the Car of Tomorrow?
The Car of Tomorrow has been in the works by NASCAR's Research and Development Center for 7-years. The number one reason for developing the Car of Tomorrow is driver safety. All the changes that we see in the body (rear wing, front splitter, etc.) are really a result of the changes that NASCAR R&D made to the chassis.
Bigger is Better
Prior to the 1980 season, NASCAR cars were much bigger than what has evolved into the cars NASCAR is currently racing.
The bigger Monte Carlo's and Oldsmobile's were wider. NASCAR research determined that these cars were safer because they were bigger.
Specific Chassis Changes to Increase Driver Safety
A big change is that there is now a Larger Cockpit. The Car of Tomorrow is 2-1/2" taller and 4" wider than the current NASCAR car. The driver is also located closer to the center of the car.
Additionally, the CoT has a Double Frame Rail with Steel Plating on the driver's side with steel plating covering the door bars to help prevent anything coming through in a side-impact crash.
An Energy Absorbing Material (much like the Safer Barrier) is used around the side roll cage to absorb the impact of a crash.
The side rails of the roll cage used to run horizontally to one another. Now the side rails are stepped inward to also help absorb the impact of a side crash.
Changes to Fuel Cell
The CoT has a Smaller Fuel Cell which holds about 18 gallons. This fuel cell is raised slightly from last year and has a strengthened bladder, thicker container and safer check valve.
The Rear Protection Bars at the rear bumper of the car are bigger & stronger than previous NASCAR cars. This protects the fuel cell and driver in case of a rear impact crash.There is also an Aluminum Energy Absorbing Honeycomb material surrounding the fuel cell. In the past, the teams used wood.
Another safety enhancement is the Enclosed Drive Shaft Area. It is completely enclosed in a metal tunnel to prevent it from coming through the floor into the driver area.
Adjutable Rear Wing
The rear wing of the Car of Tomorrow is an adjustable aerodyamic feature that replaces the rear spoiler.
Teams used to twist the car body to suit a drivers driving style. Now, since all bodies are the same, the wing is what will be adjusted to suit the driver.
When a team gets to the track, they will have the rear mounting brackets already in place. The size and location of the brackets will already be dictated by NASCAR.
The teams are then issued a carbon fiber rear wing.
Teams can 'tune' the angle of the rear-wing from 0° to 16°. This is how the teams affect the drag and rear downforce of the car.
In addition to the angle of the rear wing, the teams have 2 end-plates to choose from to install on the side of the wing. These end-plates generate side force. There are flat end-plates and curved end-plates.
The teams can use both flat or curved or a combination of the two to get the right feel for the driver.
Adjustable Front Splitter
The adjustable front splitter is how the teams will 'tune' the front downforce of the car to suit the driversdriving style.
The flat part of the splitter must be level with the ground and no more than 4 1/2" off the ground. The splitter lip can't be further in than flush with the front bumper. Nor, can it be further out than 2". The amount of 'in and out' distance can vary across the width of the bumper though. So, in this sense the teams can still 'fine tune' the front bumper for downforce.
The Car of Tomorrow's front bumper is much higher than the current NASCAR car.
The reason for this is so that when a car goes underneath a car in front of it, it won't be able to get to the fuel cell, lift the rear wheels off the ground and spin the car out.
Are the Cars Too Much AlikeAlthough the bodies are the same. The front end and rear end remain unique to the manufacturer.
In addition to the adjustments that can be made to the front splitter and the rear wing, there are many other ways a team can continue to adjust the cars.
The Upper & Lower Control Arms are adjustable up and down. The Sway Bar is still adjustable. The Drag Link configuration is still adjustable.
These are major adjustments that the teams still have control over ot affect the handling of their cars.
Manufacturer Identity
Among other complaints is that the manufacturers will lose their identity with NASCAR's Car of Tomorrow.
While the body of the cars are the same. Chevrolet, Ford, Dodge and Toyota brands will all have different front and rear templates. The Car of Tomorrow will actually more closely resemble each manufacturers production model of the car. NASCAR feels that the Car of Tomorrow will have an increased branding impact for the car manufacturers.
The NASCAR Car of Tomorrow aka 'CoT'. Or, the Car of Right Now aka 'CoRN'.
However you refer to it, it's here for the 2007 NASCAR season.
Just what are the differences from the previous NASCAR stock car?
Here is the scoop on the Car of Tomorrow.
Why make the Car of Tomorrow?
The Car of Tomorrow has been in the works by NASCAR's Research and Development Center for 7-years. The number one reason for developing the Car of Tomorrow is driver safety. All the changes that we see in the body (rear wing, front splitter, etc.) are really a result of the changes that NASCAR R&D made to the chassis.
Bigger is Better
Prior to the 1980 season, NASCAR cars were much bigger than what has evolved into the cars NASCAR is currently racing.
The bigger Monte Carlo's and Oldsmobile's were wider. NASCAR research determined that these cars were safer because they were bigger.
Specific Chassis Changes to Increase Driver Safety
A big change is that there is now a Larger Cockpit. The Car of Tomorrow is 2-1/2" taller and 4" wider than the current NASCAR car. The driver is also located closer to the center of the car.
Additionally, the CoT has a Double Frame Rail with Steel Plating on the driver's side with steel plating covering the door bars to help prevent anything coming through in a side-impact crash.
An Energy Absorbing Material (much like the Safer Barrier) is used around the side roll cage to absorb the impact of a crash.
The side rails of the roll cage used to run horizontally to one another. Now the side rails are stepped inward to also help absorb the impact of a side crash.
Changes to Fuel Cell
The CoT has a Smaller Fuel Cell which holds about 18 gallons. This fuel cell is raised slightly from last year and has a strengthened bladder, thicker container and safer check valve.
The Rear Protection Bars at the rear bumper of the car are bigger & stronger than previous NASCAR cars. This protects the fuel cell and driver in case of a rear impact crash.There is also an Aluminum Energy Absorbing Honeycomb material surrounding the fuel cell. In the past, the teams used wood.
Another safety enhancement is the Enclosed Drive Shaft Area. It is completely enclosed in a metal tunnel to prevent it from coming through the floor into the driver area.
Adjutable Rear Wing
The rear wing of the Car of Tomorrow is an adjustable aerodyamic feature that replaces the rear spoiler.
Teams used to twist the car body to suit a drivers driving style. Now, since all bodies are the same, the wing is what will be adjusted to suit the driver.
When a team gets to the track, they will have the rear mounting brackets already in place. The size and location of the brackets will already be dictated by NASCAR.
The teams are then issued a carbon fiber rear wing.
Teams can 'tune' the angle of the rear-wing from 0° to 16°. This is how the teams affect the drag and rear downforce of the car.
In addition to the angle of the rear wing, the teams have 2 end-plates to choose from to install on the side of the wing. These end-plates generate side force. There are flat end-plates and curved end-plates.
The teams can use both flat or curved or a combination of the two to get the right feel for the driver.
Adjustable Front Splitter
The adjustable front splitter is how the teams will 'tune' the front downforce of the car to suit the driversdriving style.
The flat part of the splitter must be level with the ground and no more than 4 1/2" off the ground. The splitter lip can't be further in than flush with the front bumper. Nor, can it be further out than 2". The amount of 'in and out' distance can vary across the width of the bumper though. So, in this sense the teams can still 'fine tune' the front bumper for downforce.
The Car of Tomorrow's front bumper is much higher than the current NASCAR car.
The reason for this is so that when a car goes underneath a car in front of it, it won't be able to get to the fuel cell, lift the rear wheels off the ground and spin the car out.
Are the Cars Too Much AlikeAlthough the bodies are the same. The front end and rear end remain unique to the manufacturer.
In addition to the adjustments that can be made to the front splitter and the rear wing, there are many other ways a team can continue to adjust the cars.
The Upper & Lower Control Arms are adjustable up and down. The Sway Bar is still adjustable. The Drag Link configuration is still adjustable.
These are major adjustments that the teams still have control over ot affect the handling of their cars.
Manufacturer Identity
Among other complaints is that the manufacturers will lose their identity with NASCAR's Car of Tomorrow.
While the body of the cars are the same. Chevrolet, Ford, Dodge and Toyota brands will all have different front and rear templates. The Car of Tomorrow will actually more closely resemble each manufacturers production model of the car. NASCAR feels that the Car of Tomorrow will have an increased branding impact for the car manufacturers.
Anatomy of a NASCAR Racecar
Anatomy of a NASCAR Racecar
Ever wonder what NASCAR fans and broadcasters are talking about when mentioning different sections, pieces and parts of a NASCAR Sprint Cup Series car?
Front Splitter: Allows teams to tune the front downforce to individual drivers and tracks.
Brake Air Intake: Directs outside air to brake discs and rotors for additional cooling.
Radiator Air Intake: Directs outside air into the radiator to cool engine fluids.
Body Panels: Fabricated from 24-guage/0.0247-inch (minimum) cold-rolled sheet metal.
Hood Pins: Four, quick-release metal pins with wire tethers that keep the hood closed.
Cowl Induction: Housing for the air cleaner that connects the air intake at the base of the winshield to the carburetor.
Jack Post: Area where the jackman places the jack to lift the car during pit stops.
Roll Cage: A cage of steel tubing inside the car that protects the driver during impacts and rollovers.
Windshield Clips: Allow for easy removal of the windshield should a driver need to be extricated from the car.
Double Frame Rail and Energy Absorbing Material: A combination of steel plating and energy absorbing materials installed in between the roll cage door bars and door panels that attenuate upon impact.
Window Net: Safety device located in the driver-side window that keeps the driver's head and arms inside the car during an accident.
TV Camera: Allows NASCAR fans to view the racing from the driver's perspective.
Roof Strips: Two half-inch-tall aluminum strips which run lengthwise on the roof to help prevent the car from flipping when turned sideways during a spin or accident.
Alternate Exit: Also known as a "roof hatch," it allows drivers to exit the car in the event of an emergency situation.
Roof Flaps: Help prevent the car from becoming airborne when it is turned sideways or backwards during a spin or accident.
Cooling Vents: Help remove warm air from the cockpit.
Goodyear Eagle Racing Tires: Treadless radial tires designed specifically for racing.
Jacking Bolt: Area where the crew uses a tool to adjust the handling of the car by altering the pressure of the rear springs.
Adjustable Rear Wing: Directs air flowing over the rear of the car, providing better balance and control in traffic.
Dry Break Fuel Cell: Holds 17.75 gallons of Sunoco racing fuel inside a protective, puncture-resistant bladder.
Adapted from information by NASCAR Media
Ever wonder what NASCAR fans and broadcasters are talking about when mentioning different sections, pieces and parts of a NASCAR Sprint Cup Series car?
Front Splitter: Allows teams to tune the front downforce to individual drivers and tracks.
Brake Air Intake: Directs outside air to brake discs and rotors for additional cooling.
Radiator Air Intake: Directs outside air into the radiator to cool engine fluids.
Body Panels: Fabricated from 24-guage/0.0247-inch (minimum) cold-rolled sheet metal.
Hood Pins: Four, quick-release metal pins with wire tethers that keep the hood closed.
Cowl Induction: Housing for the air cleaner that connects the air intake at the base of the winshield to the carburetor.
Jack Post: Area where the jackman places the jack to lift the car during pit stops.
Roll Cage: A cage of steel tubing inside the car that protects the driver during impacts and rollovers.
Windshield Clips: Allow for easy removal of the windshield should a driver need to be extricated from the car.
Double Frame Rail and Energy Absorbing Material: A combination of steel plating and energy absorbing materials installed in between the roll cage door bars and door panels that attenuate upon impact.
Window Net: Safety device located in the driver-side window that keeps the driver's head and arms inside the car during an accident.
TV Camera: Allows NASCAR fans to view the racing from the driver's perspective.
Roof Strips: Two half-inch-tall aluminum strips which run lengthwise on the roof to help prevent the car from flipping when turned sideways during a spin or accident.
Alternate Exit: Also known as a "roof hatch," it allows drivers to exit the car in the event of an emergency situation.
Roof Flaps: Help prevent the car from becoming airborne when it is turned sideways or backwards during a spin or accident.
Cooling Vents: Help remove warm air from the cockpit.
Goodyear Eagle Racing Tires: Treadless radial tires designed specifically for racing.
Jacking Bolt: Area where the crew uses a tool to adjust the handling of the car by altering the pressure of the rear springs.
Adjustable Rear Wing: Directs air flowing over the rear of the car, providing better balance and control in traffic.
Dry Break Fuel Cell: Holds 17.75 gallons of Sunoco racing fuel inside a protective, puncture-resistant bladder.
Adapted from information by NASCAR Media
NASCAR Pit Stop
NASCAR Pit Stop
NASCAR teams take about 14-seconds to complete a full pit stop. But what are all the things they do during a normal pit stop?
Anatomy of a Pit Stop
Seven crew members are routinely allowed over the wall during pit stops per NASCAR rules. At times, NASCAR will inform teams that an eighth crew member will be allowed over the wall for a pit stop with the responsibility of cleaning the windshield.
An average efficient pit stop that consists of the changing of all four tires and a full tank of fuel can take anywhere between 13 and 15 seconds. The amount of pit stops during a race vary due to numerous factors:
Race Length
Caution Flags
Fuel Mileage
Tire Wear
Pit Strategy
Below is a look at the pit crew and thier responsibilities during a routine stop during a race.
Rear Tire Carrier: Assists the rear tire changer by handing him a new right-side tire he has carried from behind the pit wall. May also adjust the rear jack bolt to change the car's handling.
Jackman: Operates a 20-pound hydraulic jack that is used to raise the car for tire changes. After new tires are bolted on to the right side of the car, he drops the car to the ground and repeats the process on the left side.
Rear Tire Changer: First removes and replaces right rear tire using an air-powered impact wrench to loosen and tighten five lug nuts holding the tire rim in place. He then moves to the opposite side of the car to change the left rear tire.
Front Tire Carrier: Assist the front tire changer by handing him a new, right-side tire that he has carried from behind the pit wall. He repeats the process on the left side of the car with a tire rolled to him by another crew member from behind the pit wall.
Front Tire Changer: First removes and replaces right front tire using an air-powered impact wrench to loosen and tighten five lug nuts holding the tire rim in place. He then moves to the opposite side of the car to change the left front tire.
Gas Man: Empties two 12-gallon (81 pounds each) dump cans of fuel into the car's 17.75-gallon fuel cell.
Catch Can Man: Holds a can that collects overflow from the fuel cell as it is being filled. He also signals the rest of the team that the refueling process is finished by raising his hand.
Support Crew: Assists the "over the wall" crew by rolling them tires, handing them fuel, and retrieving air hoses and wrenches. According to NASCAR rules, support crew members must remain behind the pit wall during all stops.
Extra Man: On occasion, and at the discretion of NASCAR officials, an eighth or "extra man" is allowed over the wall to cleand the windshield and assist the driver if neccessary.
NASCAR Official: Watches for rules violations and helps maintain pit lane safety.
Adapted from information by NASCAR Media
NASCAR teams take about 14-seconds to complete a full pit stop. But what are all the things they do during a normal pit stop?
Anatomy of a Pit Stop
Seven crew members are routinely allowed over the wall during pit stops per NASCAR rules. At times, NASCAR will inform teams that an eighth crew member will be allowed over the wall for a pit stop with the responsibility of cleaning the windshield.
An average efficient pit stop that consists of the changing of all four tires and a full tank of fuel can take anywhere between 13 and 15 seconds. The amount of pit stops during a race vary due to numerous factors:
Race Length
Caution Flags
Fuel Mileage
Tire Wear
Pit Strategy
Below is a look at the pit crew and thier responsibilities during a routine stop during a race.
Rear Tire Carrier: Assists the rear tire changer by handing him a new right-side tire he has carried from behind the pit wall. May also adjust the rear jack bolt to change the car's handling.
Jackman: Operates a 20-pound hydraulic jack that is used to raise the car for tire changes. After new tires are bolted on to the right side of the car, he drops the car to the ground and repeats the process on the left side.
Rear Tire Changer: First removes and replaces right rear tire using an air-powered impact wrench to loosen and tighten five lug nuts holding the tire rim in place. He then moves to the opposite side of the car to change the left rear tire.
Front Tire Carrier: Assist the front tire changer by handing him a new, right-side tire that he has carried from behind the pit wall. He repeats the process on the left side of the car with a tire rolled to him by another crew member from behind the pit wall.
Front Tire Changer: First removes and replaces right front tire using an air-powered impact wrench to loosen and tighten five lug nuts holding the tire rim in place. He then moves to the opposite side of the car to change the left front tire.
Gas Man: Empties two 12-gallon (81 pounds each) dump cans of fuel into the car's 17.75-gallon fuel cell.
Catch Can Man: Holds a can that collects overflow from the fuel cell as it is being filled. He also signals the rest of the team that the refueling process is finished by raising his hand.
Support Crew: Assists the "over the wall" crew by rolling them tires, handing them fuel, and retrieving air hoses and wrenches. According to NASCAR rules, support crew members must remain behind the pit wall during all stops.
Extra Man: On occasion, and at the discretion of NASCAR officials, an eighth or "extra man" is allowed over the wall to cleand the windshield and assist the driver if neccessary.
NASCAR Official: Watches for rules violations and helps maintain pit lane safety.
Adapted from information by NASCAR Media
Thursday, October 7, 2010
NASCAR DOUBLE FILE RESTARTS
NASCAR Announces “Double-File Restarts – Shootout Style”: NASCAR announced a change to its race format with the addition of “Double-File Restarts – Shootout Style” throughout each race. Beginning with this weekend at Pocono Raceway, the first- and second-place drivers will line up side-by-side as the green flag flies for each restart. “We’ve heard the fans loud and clear: ‘double-file restarts – shootout style’ are coming to the NASCAR Sprint Cup Series,” said NASCAR Chairman and CEO Brian France. “This addition to the race format is good for competition and good for the fans.”
NASCAR recently used the “double-file” format for its non-points NASCAR Sprint All-Star Race, which produced an unpredictable finish. The format will be adapted for the NASCAR Nationwide Series and NASCAR Camping World Truck Series in the near future. Under the previous format, cars on the lead lap would restart in a single-file line while cars that had been lapped would start in a line next to them. Under the new format, the race leader will have the option to restart on the inside or outside lane. The second-place driver would then restart next to the leader. Regardless of where the leader starts, drivers in odd number positions (3rd, 5th, 7th places, etc.) will restart on the inside lane, while drivers in even number positions (4th, 6th, 8th places, etc.) will restart on the outside. All restarts will use the same format regardless of the number of laps remaining in the race.
The first-place driver will continue to control the timing of restarts in a designated zone on the track. Likewise, cars are to stay in line until they reach the start/finish line. The first eligible car a lap or more down will continue to earn one lap back following a caution, which is known as the “free pass.” However, a new element beginning this week will be that the “free pass” will remain in effect the entire race [before it was all race until 10 or less laps to go, then none was awarded]. Lapped cars choosing to remain on the track will be “waved around” the caution car and will restart the race in respective track position, thus picking up a lap to the leader provided the leader also pits. This will also remove lapped cars from behind the pace car, allowing the leaders to take the green without interference [so the leader will not restart in the middle of the pack].
NASCAR recently used the “double-file” format for its non-points NASCAR Sprint All-Star Race, which produced an unpredictable finish. The format will be adapted for the NASCAR Nationwide Series and NASCAR Camping World Truck Series in the near future. Under the previous format, cars on the lead lap would restart in a single-file line while cars that had been lapped would start in a line next to them. Under the new format, the race leader will have the option to restart on the inside or outside lane. The second-place driver would then restart next to the leader. Regardless of where the leader starts, drivers in odd number positions (3rd, 5th, 7th places, etc.) will restart on the inside lane, while drivers in even number positions (4th, 6th, 8th places, etc.) will restart on the outside. All restarts will use the same format regardless of the number of laps remaining in the race.
The first-place driver will continue to control the timing of restarts in a designated zone on the track. Likewise, cars are to stay in line until they reach the start/finish line. The first eligible car a lap or more down will continue to earn one lap back following a caution, which is known as the “free pass.” However, a new element beginning this week will be that the “free pass” will remain in effect the entire race [before it was all race until 10 or less laps to go, then none was awarded]. Lapped cars choosing to remain on the track will be “waved around” the caution car and will restart the race in respective track position, thus picking up a lap to the leader provided the leader also pits. This will also remove lapped cars from behind the pace car, allowing the leaders to take the green without interference [so the leader will not restart in the middle of the pack].
Wednesday, October 6, 2010
NASCAR RESTART RULES
NASCAR’s Robin Pemberton explains new restart rules: NASCAR Vice President of Competition Robin Pemberton gave an explanation Friday of the new double-file restart rules. Here are excerpts of the conversation with the media and his answers to some questions ask.
SD: What is the procedure for double-file restarts?
Pemberton: “When the caution comes out, the field will be frozen as it is today. The free-pass car will be identified as it is today and it will be the same format. As the cars are gathered behind the pace car, the pit road is opened for leaders, the second time by it will be open for the lap-down cars, and that is how it is today. And when we come to the one [lap]-to-go [until the green drops], the cars that have elected not to pit that are lap-down cars that will be in front of the lead-lap cars that have pitted, will be waved around to join the field at the tail end. The lineup will be on the double-file restart, lead-lap cars to the front, lap-down cars, … then it will be the free-pass car, then it will be the cars that have been waved around and then it will be the penalty cars.
SD: If a guy on the lead lap opts not to pit, he’s the leader?
Pemberton: Correct. Still P1 [the leader].
SD: Is there an option for the lead car to select which lane?
Pemberton: When we give the 1-to-go, the leader throughout the entire race will get lane choice, high or low. He has to make that choice when we come to the 1-to-go at the stripe. One other thing we have added is the free pass will take place from start to finish throughout the entire race.
SD: If a car on the lead lap pits a second time with the lap-down cars, does he restart with the lap-down cars?
Pemberton: He will start in his respective track position how he came off of pit road. If you have a lead-lap car who makes multiple pit stops to work on his car, he is not in that lead-lap group that pitted that first-time by. He’ll be scored where he comes off pit road [with lapped cars]
SD: The lap-down cars that don’t pit and the get the wave around the leader, do they get to come all the way around to rear of the field?
Pemberton: That’s correct but they will not be able to hit pit road for tires and fuel. Pit road won’t be closed but they will forfeit their wave-around status if they hit pit road for tires and fuel.
SD: At tracks like Martinsville and Bristol and you’re waiting for the 1-to-go, are you anticipating that the wave around could be hard to be completed?
Pemberton: There could be issues. Every track has its different set of challenges. We’ll have to address those when we get to them. The whole field will be double file so they won’t be as strung out.
SD: If multiple lead-lap cars stay out, do the lap-down cars that don’t pit still get waved around?
Pemberton: The only way you can be waved around is if you are between the leader and the pace car. As pit stops take place, you need to be in front of the lead-lap cars. You get waved around regardless if you’re one or two or three laps down [or more].
SD: Are you going to use double-file restarts throughout the race for every race?
Pemberton: Yes.
SD: It was said that Trucks and Nationwide will use it later this year? Any timetable?
Pemberton: It’s just later. We need to work through some of these details here. We’ve got three races in three different states [this weekend]. We want to make sure we concentrate on this [in Cup] and get everything as right as we can.
SD: What is the procedure for double-file restarts?
Pemberton: “When the caution comes out, the field will be frozen as it is today. The free-pass car will be identified as it is today and it will be the same format. As the cars are gathered behind the pace car, the pit road is opened for leaders, the second time by it will be open for the lap-down cars, and that is how it is today. And when we come to the one [lap]-to-go [until the green drops], the cars that have elected not to pit that are lap-down cars that will be in front of the lead-lap cars that have pitted, will be waved around to join the field at the tail end. The lineup will be on the double-file restart, lead-lap cars to the front, lap-down cars, … then it will be the free-pass car, then it will be the cars that have been waved around and then it will be the penalty cars.
SD: If a guy on the lead lap opts not to pit, he’s the leader?
Pemberton: Correct. Still P1 [the leader].
SD: Is there an option for the lead car to select which lane?
Pemberton: When we give the 1-to-go, the leader throughout the entire race will get lane choice, high or low. He has to make that choice when we come to the 1-to-go at the stripe. One other thing we have added is the free pass will take place from start to finish throughout the entire race.
SD: If a car on the lead lap pits a second time with the lap-down cars, does he restart with the lap-down cars?
Pemberton: He will start in his respective track position how he came off of pit road. If you have a lead-lap car who makes multiple pit stops to work on his car, he is not in that lead-lap group that pitted that first-time by. He’ll be scored where he comes off pit road [with lapped cars]
SD: The lap-down cars that don’t pit and the get the wave around the leader, do they get to come all the way around to rear of the field?
Pemberton: That’s correct but they will not be able to hit pit road for tires and fuel. Pit road won’t be closed but they will forfeit their wave-around status if they hit pit road for tires and fuel.
SD: At tracks like Martinsville and Bristol and you’re waiting for the 1-to-go, are you anticipating that the wave around could be hard to be completed?
Pemberton: There could be issues. Every track has its different set of challenges. We’ll have to address those when we get to them. The whole field will be double file so they won’t be as strung out.
SD: If multiple lead-lap cars stay out, do the lap-down cars that don’t pit still get waved around?
Pemberton: The only way you can be waved around is if you are between the leader and the pace car. As pit stops take place, you need to be in front of the lead-lap cars. You get waved around regardless if you’re one or two or three laps down [or more].
SD: Are you going to use double-file restarts throughout the race for every race?
Pemberton: Yes.
SD: It was said that Trucks and Nationwide will use it later this year? Any timetable?
Pemberton: It’s just later. We need to work through some of these details here. We’ve got three races in three different states [this weekend]. We want to make sure we concentrate on this [in Cup] and get everything as right as we can.
Tuesday, October 5, 2010
NASCAR Wave-Around Rule
NASCAR tweaks wave-around rule for Cup, Nationwide: NASCAR has tweaked its rule on wave-around cars under caution. The new rule now dictates that cars under penalty at the time of the caution are ineligible for the wave around. The change began last week with the Sprint Cup race at Kansas Speedway after a situation came up in the Nationwide Series race that was new to the double-file restart system instituted in June. In the Nationwide race, Roush Fenway Racing's Carl Edwards was penalized for speeding under green, and then the caution came out. He stayed out and didn't pit and then was among those cars on the end of the lead lap. He then got the "wave around" the caution car (along with the rest of the cars that had stayed out and were on the end of the lead lap) to get to the rear of the line of lead-lap cars. Edwards then went to the end of the line to serve his penalty. That move would not be allowed anymore. The driver would not get the wave around and would start a lap down at the rear of the field on the restart, the penalty for a driver who had a speeding penalty under green but never served it before the caution came out. The new rule in general is any driver under penalty is no longer eligible for the wave around.
Monday, October 4, 2010
NASCAR RESTART ZONE
NASCAR creates formula for setting restart zone: NASCAR has established a formula for determining the length of the restart zone on the track. officials will take the pit-road speed limit, double that figure and then set that as the distance in feet of the restart zone. At the start of this season, NASCAR created a zone where the leader must restart the race instead of giving the leader discretion from a certain area coming out of Turn 4 up to the starting line to restart the race. The rule is designed to create a more consistent restart at each track. Pit-road speeds typically range from 30 to 55 mph, depending on the length of the track. That means the restart zone will vary from 60-110 feet, depending on the track. "It will be twice the pit-road speed," Pemberton said. "It's a means to get variable lengths in there for the race track itself. It's something the garage area asked us to do.
Restart Line changes again: NASCAR is still experimenting with new distances for the restart zone. This weekend at Las Vegas Motor Speedway, it’s 90 feet. The zone two weeks ago was 50 feet at Daytona. Last week, it was 110 feet at Auto Club Speedway in California. NASCAR has created the restart zone to limit the area where the leader may restart the event.
Restart Line changes again: NASCAR is still experimenting with new distances for the restart zone. This weekend at Las Vegas Motor Speedway, it’s 90 feet. The zone two weeks ago was 50 feet at Daytona. Last week, it was 110 feet at Auto Club Speedway in California. NASCAR has created the restart zone to limit the area where the leader may restart the event.
Sunday, October 3, 2010
NASCAR GREEN-WHITE CHECKERED
Green-White-Checker OFFICIAL and: A “green-white-checkered” finish format will be used for the NASCAR SprintcupSeries and NASCARNationwide Series . “The green-white-checkered format is an attempt to achieve everyone’s goals – a green-flag finish,” NASCAR President Mike Helton said. “This change hopefully will provide competitive finishes in the relatively rare occasions it is warranted. This format has been successful in the NASCAR Craftsman Truck Series, and considering the tight competition week in and week out in the other two national series, we feel the time is right to use the same procedure in all three national series.”
The new procedure will consist of a restart of two laps – green flag for the first lap of the restart and the white flag signaling the final lap leading to the checkered flag. All additional laps will be counted and scored. The new format will not guarantee a green-flag finish. Only 3 restart under the “green-white-checkered” format will be attempted. If a caution comes out during that period, the race will be complete. This procedure will eliminate the need for a red flag in the final laps to immediately stop the race in an attempt to finish under green-flag conditions. The announcement expands the single attempt “green-white-checkered” format to all three of NASCAR’s national series,
The new procedure will consist of a restart of two laps – green flag for the first lap of the restart and the white flag signaling the final lap leading to the checkered flag. All additional laps will be counted and scored. The new format will not guarantee a green-flag finish. Only 3 restart under the “green-white-checkered” format will be attempted. If a caution comes out during that period, the race will be complete. This procedure will eliminate the need for a red flag in the final laps to immediately stop the race in an attempt to finish under green-flag conditions. The announcement expands the single attempt “green-white-checkered” format to all three of NASCAR’s national series,
Saturday, October 2, 2010
NASCAR AGE REQUIREMENT
NASCAR lowers age for some series: NASCAR announced it was implementing a Learner’s Permit License for its NASCAR Whelen All-American Series tracks beginning in 2010. The license will lower the age-limit for NASCAR-sanctioned tracks’ entry-level division from 16-years-old to 14. The change provides an intermediate step for young drivers looking to make the move from non-NASCAR beginner-level racing series to running at their NASCAR home track. The NASCAR Whelen All-American Series is NASCAR’s national championship program for its more than 55 sanctioned short tracks across North America. More than 10,000 drivers compete in the series annually.(NASCAR
Thursday, September 30, 2010
NASCAR PENALTY / APPEAL PROCESS
APPEALS - results 1999 to current
133 total appeals
89 upheld
32 reduced
10 overturned
2 increased
(NASCAR)(thru last appeal 9-29-2010)
What happens to the money from the penalties?
Starting in 2008 all money collected from fines issued to drivers go to the NASCAR Foundation for its charitable initiatives, before the money collected from driver/crew member penalties are generally placed into the Drivers Points Fund awarded at the end of the season.
NASCAR's appeal process
1. A written request for an appeal must be made to the National Stock Car Racing Chief Appellate Officer within 10 calendar days of the notice of the penalty.
2. The National Stock Car Racing Chief Appellate Officer will set a date and location.
3. From the pool of commission members, the chairman will be joined by a minimum of two to constitute a quorum. Commission members are selected based on their knowledge and experience. They include men and women from a variety of motorsports backgrounds, some active in the sport and some retired. They include promoters, industry leaders, and dignitaries from other forms of professional motorsports.
4. Appeal would be heard; decision handed down.
5. If the team is not satisfied with the decision, they could make a final appeal to the National Stock Car Racing Chief Appellate Officer. All decisions are final.
2010 National Stock Car Racing Chief Appellate Officer
National Stock Car Racing Chief Appellate Officer: John Middlebrook, retired GM Executive
Commission Members for 2010
Member Title
Mark Arute Stafford Motor Speedway chief operating officer and general manager
Buddy Baker Retired driver
Lee Baumgarten Phoenix International Raceway director of operations
John Bishop Founder, IMSA
Clay Campbell Martinsville Speedway president
John Capels USAC chairman
John Cooper Former president of Daytona International Speedway and Indianapolis Motor Speedway
Barbara Cromarty Riverhead Raceway (N.Y.) owner
Doug Fritz Richmond International Raceway president
John Gall
Harry Gant Retired driver
Richard Gore Old Dominion Speedway (Va.) owner
Janet Guthrie Retired driver
Russell Hackett Carraway Speedway (N.C.) owner
David Hall Former co-founder and president of TNN/CMT
Jack Housby President, Housby Trucking
Spencer Lueders Deputy Appellate Administrator
Grant Lynch Talladega Superspeedway president
Denis McGlynn Dover International Speedway president and CEO
Leo Mehl Former director of Goodyear racing, former executive director of the Indy Racing League
Bud Moore Retired car owner
Steve Page Infineon Raceway president
Dale Pinilis Bowman-Gray Stadium (N.C.) operator
Cathy Rice South Boston Speedway (Va.) general manager
Les Richter Ex-NFL linebacker, former president Riverside Raceway, former NASCAR director of competition
Doug Rollins
George Silbermann (Chairman) Appellate Administrator
Lyn St. James Retired driver
Mike Straubel
H.A. "Humpy" Wheeler Jr. former Lowe's Motor Speedway president
Kevin Whitaker Greenville Pickens Speedway (S.C.) operator
Jim Williams Irwindale Speedway (Calif.) president
Jo DeWitt Wilson Former president of North Carolina Speedway
Wadell Wilson Former crew chief/engine builder
Robert Yates Retired car owner
--------------------------------------------------------------------------------
SOME LARGEST PENALTIES
Team, Date, Track, Violation, Crew chief Fine-Team/points, Suspension
#46-Carl Long, May 2009, Lowe's Motor Speedway/Sprint Showdown, Oversized Engine, Charles Swing, $200,000/200, 12 race suspension
#33-Clint Bowyer, Sept. 2010, New Hampshire, Car Body Modification, Shane Wilson, $150,000/150, 6 races
#55-Michael Waltrip Racing, Feb. 2007, Daytona, Fuel/Additive, David Hyder $100,000/100 Indefinite Suspension
#24-Jeff Gordon/Hendrick Motorsports, July 2007, Sonoma, Front Fender Manipulation, Steve Letarte, $100,000/100, 6 races
#48-Jimmie Johnson/Hendrick Motorsports, July 2007, Sonoma, Front Fender Manipulation, Chad Knaus, $100,000/100, 6 races
#2-Kurt Busch/Penske Racing, June 2007, Dover, Endangering crew member, Drivers $100,000, Team/Driver 100 pts
#8-Dale Earnhardt Inc. May 2007, Darlington, Rear Wing Brackets, Tony Eury Jr. $100,000/100, 6 events
#24-Hendrick Motorsports May 1995, suspension parts, Ray Evernham $60,000/none None
the list got too long to maintain and the differences over the years in terms of money and points penalzied has changed dramatically
PAST PENALTIES NEWS
Last Time a win was stripped for an post-race inspection violation? The last time NASCAR [Cup Series] disqualified a winner for failing a post-race inspection was in 1955, according to an official in NASCAR's statistical services. Fireball Roberts won the Daytona Beach race, but had the win taken away for an engine modification. NASCAR gave Tim Flock the win. Since then, drivers have kept wins regardless of the infractions. NASCAR stripped Rudd of a victory at the Sears Point (now Infineon) road course in 1991 for rough driving. Rudd made contact with leader Davey Allison before the final lap and caused Allison to spin. Rudd crossed the finish line first but was not given the checkered flag. That waved as Allison passed.(News and Record). No Petty was not stripped in 1983, no Mayfield was not stripped in 2000, Skinner and Jarrett had Busch wins stripped NOT Cup.
133 total appeals
89 upheld
32 reduced
10 overturned
2 increased
(NASCAR)(thru last appeal 9-29-2010)
What happens to the money from the penalties?
Starting in 2008 all money collected from fines issued to drivers go to the NASCAR Foundation for its charitable initiatives, before the money collected from driver/crew member penalties are generally placed into the Drivers Points Fund awarded at the end of the season.
NASCAR's appeal process
1. A written request for an appeal must be made to the National Stock Car Racing Chief Appellate Officer within 10 calendar days of the notice of the penalty.
2. The National Stock Car Racing Chief Appellate Officer will set a date and location.
3. From the pool of commission members, the chairman will be joined by a minimum of two to constitute a quorum. Commission members are selected based on their knowledge and experience. They include men and women from a variety of motorsports backgrounds, some active in the sport and some retired. They include promoters, industry leaders, and dignitaries from other forms of professional motorsports.
4. Appeal would be heard; decision handed down.
5. If the team is not satisfied with the decision, they could make a final appeal to the National Stock Car Racing Chief Appellate Officer. All decisions are final.
2010 National Stock Car Racing Chief Appellate Officer
National Stock Car Racing Chief Appellate Officer: John Middlebrook, retired GM Executive
Commission Members for 2010
Member Title
Mark Arute Stafford Motor Speedway chief operating officer and general manager
Buddy Baker Retired driver
Lee Baumgarten Phoenix International Raceway director of operations
John Bishop Founder, IMSA
Clay Campbell Martinsville Speedway president
John Capels USAC chairman
John Cooper Former president of Daytona International Speedway and Indianapolis Motor Speedway
Barbara Cromarty Riverhead Raceway (N.Y.) owner
Doug Fritz Richmond International Raceway president
John Gall
Harry Gant Retired driver
Richard Gore Old Dominion Speedway (Va.) owner
Janet Guthrie Retired driver
Russell Hackett Carraway Speedway (N.C.) owner
David Hall Former co-founder and president of TNN/CMT
Jack Housby President, Housby Trucking
Spencer Lueders Deputy Appellate Administrator
Grant Lynch Talladega Superspeedway president
Denis McGlynn Dover International Speedway president and CEO
Leo Mehl Former director of Goodyear racing, former executive director of the Indy Racing League
Bud Moore Retired car owner
Steve Page Infineon Raceway president
Dale Pinilis Bowman-Gray Stadium (N.C.) operator
Cathy Rice South Boston Speedway (Va.) general manager
Les Richter Ex-NFL linebacker, former president Riverside Raceway, former NASCAR director of competition
Doug Rollins
George Silbermann (Chairman) Appellate Administrator
Lyn St. James Retired driver
Mike Straubel
H.A. "Humpy" Wheeler Jr. former Lowe's Motor Speedway president
Kevin Whitaker Greenville Pickens Speedway (S.C.) operator
Jim Williams Irwindale Speedway (Calif.) president
Jo DeWitt Wilson Former president of North Carolina Speedway
Wadell Wilson Former crew chief/engine builder
Robert Yates Retired car owner
--------------------------------------------------------------------------------
SOME LARGEST PENALTIES
Team, Date, Track, Violation, Crew chief Fine-Team/points, Suspension
#46-Carl Long, May 2009, Lowe's Motor Speedway/Sprint Showdown, Oversized Engine, Charles Swing, $200,000/200, 12 race suspension
#33-Clint Bowyer, Sept. 2010, New Hampshire, Car Body Modification, Shane Wilson, $150,000/150, 6 races
#55-Michael Waltrip Racing, Feb. 2007, Daytona, Fuel/Additive, David Hyder $100,000/100 Indefinite Suspension
#24-Jeff Gordon/Hendrick Motorsports, July 2007, Sonoma, Front Fender Manipulation, Steve Letarte, $100,000/100, 6 races
#48-Jimmie Johnson/Hendrick Motorsports, July 2007, Sonoma, Front Fender Manipulation, Chad Knaus, $100,000/100, 6 races
#2-Kurt Busch/Penske Racing, June 2007, Dover, Endangering crew member, Drivers $100,000, Team/Driver 100 pts
#8-Dale Earnhardt Inc. May 2007, Darlington, Rear Wing Brackets, Tony Eury Jr. $100,000/100, 6 events
#24-Hendrick Motorsports May 1995, suspension parts, Ray Evernham $60,000/none None
the list got too long to maintain and the differences over the years in terms of money and points penalzied has changed dramatically
PAST PENALTIES NEWS
Last Time a win was stripped for an post-race inspection violation? The last time NASCAR [Cup Series] disqualified a winner for failing a post-race inspection was in 1955, according to an official in NASCAR's statistical services. Fireball Roberts won the Daytona Beach race, but had the win taken away for an engine modification. NASCAR gave Tim Flock the win. Since then, drivers have kept wins regardless of the infractions. NASCAR stripped Rudd of a victory at the Sears Point (now Infineon) road course in 1991 for rough driving. Rudd made contact with leader Davey Allison before the final lap and caused Allison to spin. Rudd crossed the finish line first but was not given the checkered flag. That waved as Allison passed.(News and Record). No Petty was not stripped in 1983, no Mayfield was not stripped in 2000, Skinner and Jarrett had Busch wins stripped NOT Cup.
Friday, August 27, 2010
EVOLUTION OF THE PIT STOP: Today’s Crews Filled With Athletes
EVOLUTION OF THE PIT STOP: Today’s Crews Filled With Athletes
(This is the fourth and final story in the four-part series dealing with how the pit stop has evolved in stock car racing over the past 60 years. Presented by TUMS, the number one antacid in America, award-winning motorsports writer Ben White chronicles the changes that have made a pit stop an art form and the people responsible for that transformation.).
In today’s intense motorsports world known as NASCAR Sprint Cup Series racing, starting grids are comprised of 43 drivers competing in 36 points-paying events on 22 short tracks, road courses and superspeedways across the country. The level of competition is closer in 2010 than at any other time in NASCAR’s 62-year history.
NASCAR drivers are considered some of the most talented. They put their skills to the test lap after lap in hopes of gaining an edge on the race track. So equal are the Toyotas, Chevrolets, Fords and Dodges in Sprint Cup racing that in many cases, a team’s best way of gaining positions comes down to seconds gained from precision stops on pit road.
From where do these special individuals who perform those incredible 12-second stops come? Mostly from family backgrounds that span generations, college degrees in mechanical engineering, professional sports, and past careers as short-track drivers and crewmen. Through those doors entered the people that hold jobs in NASCAR’s most coveted arena of racing.
Unlike stock car racing's previous eras, today's crew members are highly specialized at their jobs. The No. 00 Michael Waltrip Racing crew showed their best work recently when they helped David Reutimann score a victory July 11 in the TUMS Toyota at Chicagoland Speedway.
In NASCAR, the crew chief is the leader of the pit crew and viewed as a head coach of sorts, as all decisions pertaining to car construction, chassis set-ups and race strategy is his responsibility. He also is in contact with the team's pit crew coach regarding the pit stops, the crew members' nutrition and their workout programs.
The car chief is in charge of scheduling day-to-day car preparations at the shop prior to the race weekend. He also makes certain the car being used on any given weekend meets all of NASCAR’s inspection requirements and oversees changes to the car requested by the crew chief or team engineer.
The jackman slides the jack under each side of the car to lift it high enough so tires can be replaced. He also pulls off the old right-rear tire after the rear tire changer loosens the lug nuts. When the stop is complete, he drops the jack to signal the driver to leave the pit.
The two tire carriers bring new tires over the pit wall and guide each wheel onto the studs on the hub. They must stay in contact with the old tires as they are being taken to the wall. The front-tire carrier is usually responsible for pulling the front fenders away from the tire if necessary. He may also be responsible for cleaning the car's grille and adding or removing tape from it during a pit stop in order to adjust the car's front end for more down force or to help lower engine temperature.
The rear-tire carrier may also make changes to the rear track bar and/or wedge unless done by the catch can man.
Don Marvel, the rear-tire carrier for the No. 00 TUMS team, has his eyes constantly moving during a stop, because there’s a lot to do in a very short amount of time.
“I run out with the rear tire, put the right rear on the car, take off the right rear that’s already on the car and bring it back to pit wall,” Marvel says. “Then I go to the left side and put the left rear tire on. I also take care of chassis adjustments with a wedge wrench. I might also serve the driver water or an ice pack if it’s a hot day.”
The front- and rear-tire changers remove the lug nuts and the old tires and tighten the new tires' five lug nuts to hold the wheels in place.
Eric Maycroft, the team's rear-tire changer, prepares for race day long before the green flag waves.
“The main preparation for actually changing tires comes during the week,” Maycroft explains. “We practice four times per week and we look at film on Mondays and work out on Tuesdays, Wednesdays and Thursdays. That’s when we get the bulk of our workout. Ten or 15 minutes before the race, we have a (stationary) hub (mounted to the pit wagon) that we hit (for practice).
“Track position is everything. If you get behind one or two guys, that’s one or two spots you can pick up on pit road. That just gets us that much closer to the front. Seeing spots gained on pit road gives you the best feeling. That keeps the driver’s confidence up and keeps the team pumped up.”
NASCAR champion Dale Jarrett always enjoyed great pit stops when he was driving.
“If you can pick up one or two spots, you can conquer the world,” Jarrett says. “You show a different side driving and the crew gets excited. So that makes the next stop better. It's such a huge boost to your confidence and mental attitude if you come in fifth and you can hold that spot or gain one. So it's kind of like a revolving door where you can continue to improve and move forward.
“On the other side of that, if you work your tail off on the race track and maybe you’ve worked hard to get to fifth and you go back out 10th, you realize how close the competition is. In that situation, you’re going to use up your car getting back to where you were. So it can go both ways.”
Rounding out the pit stop, the gasman fills the car with 18 gallons of fuel; while the catch can man catches any fuel overflow in a small container. He also holds the empty can while the gasman secures and fills the car with the second gas can while the left-side tires are being changed. When the catch can starts to fill, the catch can man signals the jackman there’s enough fuel in the car.
“It’s very rewarding when you have a really good pit stop,” says Jeff Seaberg, catch can man for the No. 00 TUMS team. “When the car leaves the box, you know right away if it was a good stop or not. You’re sort of depending on everyone else on the team. We all count on each other to get at the right spot at the right time. We know who is where and what we’re doing. We sort of have a playbook.
“The thrill of going over the wall is just the accomplishments of pulling off the perfect play. If the driver behind us goes long, I would be the guy to get hit because I’m standing between the two race cars. But that’s the last thing on your mind when you’re out there because you’re concentrating on the stop. I catch access fuel, but I also make physical adjustments to the race car. I’m also worried about being positioned so I can turn rounds on the track bar or doing wedge adjustments left or right depending on what we need. For me, my surroundings are pretty much irrelevant. Once you go over the wall, you do your job. We train and run through this so much; your internal clock tells you where you’re at.”
Finally, NASCAR regulations dictate that only seven individuals can go over the wall to service a race car during a pit stop. Crews are allowed only two impact wrenches, one jack, and two cans of gasoline on pit road. Other tools may be used if needed, but in the event major work is needed, the car must be repaired in the garage.
NASCAR occasionally allows an eighth man over the wall to help with special circumstances pertaining to the driver, but he may not make any other adjustments on the car.
Ray Evernham, former crew chief for Hendrick Motorsports and former Sprint Cup team owner, has seen pit stops evolve into the art form that exist today.
“The Wood Brothers sort of had the patent on making a fast pit stop,” Evernham says. “Those guys really came up with the idea. What we did at Hendrick Motorsports was improve on that and take it to the next level. What the teams have done in 2010 is take it to the next level again.
“Now they’ve taken that idea well into the future. Everyone has a trainer. Everyone has someone in sports medicine. They watch all kinds of film. They’ve got computer layovers. They can count the number of steps with people and they have back-up teams. Now the technology and the tools and the development of the human body just keep making those pit stops get faster and faster. And it's way more critical now because the cars are so closely matched and so closely competitive.”
(This is the fourth and final story in the four-part series dealing with how the pit stop has evolved in stock car racing over the past 60 years. Presented by TUMS, the number one antacid in America, award-winning motorsports writer Ben White chronicles the changes that have made a pit stop an art form and the people responsible for that transformation.).
In today’s intense motorsports world known as NASCAR Sprint Cup Series racing, starting grids are comprised of 43 drivers competing in 36 points-paying events on 22 short tracks, road courses and superspeedways across the country. The level of competition is closer in 2010 than at any other time in NASCAR’s 62-year history.
NASCAR drivers are considered some of the most talented. They put their skills to the test lap after lap in hopes of gaining an edge on the race track. So equal are the Toyotas, Chevrolets, Fords and Dodges in Sprint Cup racing that in many cases, a team’s best way of gaining positions comes down to seconds gained from precision stops on pit road.
From where do these special individuals who perform those incredible 12-second stops come? Mostly from family backgrounds that span generations, college degrees in mechanical engineering, professional sports, and past careers as short-track drivers and crewmen. Through those doors entered the people that hold jobs in NASCAR’s most coveted arena of racing.
Unlike stock car racing's previous eras, today's crew members are highly specialized at their jobs. The No. 00 Michael Waltrip Racing crew showed their best work recently when they helped David Reutimann score a victory July 11 in the TUMS Toyota at Chicagoland Speedway.
In NASCAR, the crew chief is the leader of the pit crew and viewed as a head coach of sorts, as all decisions pertaining to car construction, chassis set-ups and race strategy is his responsibility. He also is in contact with the team's pit crew coach regarding the pit stops, the crew members' nutrition and their workout programs.
The car chief is in charge of scheduling day-to-day car preparations at the shop prior to the race weekend. He also makes certain the car being used on any given weekend meets all of NASCAR’s inspection requirements and oversees changes to the car requested by the crew chief or team engineer.
The jackman slides the jack under each side of the car to lift it high enough so tires can be replaced. He also pulls off the old right-rear tire after the rear tire changer loosens the lug nuts. When the stop is complete, he drops the jack to signal the driver to leave the pit.
The two tire carriers bring new tires over the pit wall and guide each wheel onto the studs on the hub. They must stay in contact with the old tires as they are being taken to the wall. The front-tire carrier is usually responsible for pulling the front fenders away from the tire if necessary. He may also be responsible for cleaning the car's grille and adding or removing tape from it during a pit stop in order to adjust the car's front end for more down force or to help lower engine temperature.
The rear-tire carrier may also make changes to the rear track bar and/or wedge unless done by the catch can man.
Don Marvel, the rear-tire carrier for the No. 00 TUMS team, has his eyes constantly moving during a stop, because there’s a lot to do in a very short amount of time.
“I run out with the rear tire, put the right rear on the car, take off the right rear that’s already on the car and bring it back to pit wall,” Marvel says. “Then I go to the left side and put the left rear tire on. I also take care of chassis adjustments with a wedge wrench. I might also serve the driver water or an ice pack if it’s a hot day.”
The front- and rear-tire changers remove the lug nuts and the old tires and tighten the new tires' five lug nuts to hold the wheels in place.
Eric Maycroft, the team's rear-tire changer, prepares for race day long before the green flag waves.
“The main preparation for actually changing tires comes during the week,” Maycroft explains. “We practice four times per week and we look at film on Mondays and work out on Tuesdays, Wednesdays and Thursdays. That’s when we get the bulk of our workout. Ten or 15 minutes before the race, we have a (stationary) hub (mounted to the pit wagon) that we hit (for practice).
“Track position is everything. If you get behind one or two guys, that’s one or two spots you can pick up on pit road. That just gets us that much closer to the front. Seeing spots gained on pit road gives you the best feeling. That keeps the driver’s confidence up and keeps the team pumped up.”
NASCAR champion Dale Jarrett always enjoyed great pit stops when he was driving.
“If you can pick up one or two spots, you can conquer the world,” Jarrett says. “You show a different side driving and the crew gets excited. So that makes the next stop better. It's such a huge boost to your confidence and mental attitude if you come in fifth and you can hold that spot or gain one. So it's kind of like a revolving door where you can continue to improve and move forward.
“On the other side of that, if you work your tail off on the race track and maybe you’ve worked hard to get to fifth and you go back out 10th, you realize how close the competition is. In that situation, you’re going to use up your car getting back to where you were. So it can go both ways.”
Rounding out the pit stop, the gasman fills the car with 18 gallons of fuel; while the catch can man catches any fuel overflow in a small container. He also holds the empty can while the gasman secures and fills the car with the second gas can while the left-side tires are being changed. When the catch can starts to fill, the catch can man signals the jackman there’s enough fuel in the car.
“It’s very rewarding when you have a really good pit stop,” says Jeff Seaberg, catch can man for the No. 00 TUMS team. “When the car leaves the box, you know right away if it was a good stop or not. You’re sort of depending on everyone else on the team. We all count on each other to get at the right spot at the right time. We know who is where and what we’re doing. We sort of have a playbook.
“The thrill of going over the wall is just the accomplishments of pulling off the perfect play. If the driver behind us goes long, I would be the guy to get hit because I’m standing between the two race cars. But that’s the last thing on your mind when you’re out there because you’re concentrating on the stop. I catch access fuel, but I also make physical adjustments to the race car. I’m also worried about being positioned so I can turn rounds on the track bar or doing wedge adjustments left or right depending on what we need. For me, my surroundings are pretty much irrelevant. Once you go over the wall, you do your job. We train and run through this so much; your internal clock tells you where you’re at.”
Finally, NASCAR regulations dictate that only seven individuals can go over the wall to service a race car during a pit stop. Crews are allowed only two impact wrenches, one jack, and two cans of gasoline on pit road. Other tools may be used if needed, but in the event major work is needed, the car must be repaired in the garage.
NASCAR occasionally allows an eighth man over the wall to help with special circumstances pertaining to the driver, but he may not make any other adjustments on the car.
Ray Evernham, former crew chief for Hendrick Motorsports and former Sprint Cup team owner, has seen pit stops evolve into the art form that exist today.
“The Wood Brothers sort of had the patent on making a fast pit stop,” Evernham says. “Those guys really came up with the idea. What we did at Hendrick Motorsports was improve on that and take it to the next level. What the teams have done in 2010 is take it to the next level again.
“Now they’ve taken that idea well into the future. Everyone has a trainer. Everyone has someone in sports medicine. They watch all kinds of film. They’ve got computer layovers. They can count the number of steps with people and they have back-up teams. Now the technology and the tools and the development of the human body just keep making those pit stops get faster and faster. And it's way more critical now because the cars are so closely matched and so closely competitive.”
Thursday, August 26, 2010
EVOLUTION OF THE PIT STOP: ERA OF THE RAINBOW WARRIORS
EVOLUTION OF THE PIT STOP: ERA OF THE RAINBOW WARRIORS
(This is the third in a series of four stories about how the pit stop has evolved in stock car racing over the past 60 years. Presented by TUMS, the number one antacid in America, award-winning motorsports writer Ben White chronicles the changes that have made a pit stop an art form and the people responsible for that transformation.).
When Jeff Gordon tried his hand with the heavier NASCAR machines, the California native and Indiana transplant knew an opportunity to race stock cars would open up a new world of possibilities.
In 1991, Gordon moved south to drive for Bill Davis Racing in NASCAR's Busch Series [now Nationwide]. Driving cars for Ford Motor Co., Gordon would gain experience in the Busch Series, and then he and the team would move up to the Cup series together.
It was Speedweeks 1992, however, when a fateful meeting between Gordon and Ray Evernham would change everything and eventually turn into one of the most successful unions in NASCAR history. Evernham, a smart out-of-the-box thinker was a former Modified driver. He'd met NASCAR driver Alan Kulwicki while working as a mechanic with the International Race of Champions. Kulwicki wanted Evernham to work with him and finally the New Jersey native relented and moved to North Carolina. However, when the two reached Daytona in February 1992, a heated disagreement between the pair resulted in Evernham leaving the team. Evernham walked out of the garage and was headed home when he encountered Ford's NASCAR representative, Preston Miller, who guided Evernham to Bill Davis Racing and introduced him to Gordon who was 21 at the time.
Gordon’s ability to adapt to stock cars and his tremendous talent quickly fueled his name as NASCAR's next hot commodity. Midway through his freshman season in the Busch Series, team owner Rick Hendrick discovered Gordon wasn’t under contract. He quickly signed him and as part of the package brought Evernham into the fold. Hendrick realized he had a driver-crew chief combination that was as close to perfect as a racer could get.
Also, a primary sponsorship from DuPont Automotive paints and a blue paint scheme accented by rainbow colors on its quarter panels would lead to the “Rainbow Warriors” moniker that stuck among media members and fans alike.
Gordon and Evernham became fast friends, something that’s not always the case between drivers and crew chiefs.
“We hit it off right from the beginning,” Gordon said in the 2004 book, Twenty Years of Hendrick Motorsports. “I could tell right away he was a sharp guy. He was excellent on a chassis and is a former race car driver himself, so when I said, ‘Oh, it's doing this or that,’ he knew what I was talking about. He was somebody I could relate to. He was someone who knew quite a bit about a race car.”
Over the next decade, Gordon and Evernham won 52 races and three of Gordon’s four NASCAR championships in Hendrick’s Chevrolets. The first title came in 1995, his third full season of competition. With Evernham at his side, he also claimed titles in 1997 and 1998.
Evernham was always thinking, always looking for the advantage in the rules by studying the obvious, but seeing what other drivers, team owners and crew chiefs didn’t see. He had found something that proved to be the key for building a lightning-fast pit crew: Capitalize on the mental and physical strength the crew members bring to the team. He also developed specialized positions.
“When we decided to start the team, we decided to look at it like it was its own little separate sports team,” Evernham says. “I couldn’t let them concentrate on being a good mechanic or good fabricator during the day and still be able to concentrate on being a good athlete on pit road. When the crew guys were initially assembled, they knew everything they were going to do was going to be different.”
At the start of Gordon‘s rookie season in 1993, Evernham called upon Andy Papathanassiou, a former football player from Stanford University who had spent many years training for and playing various positions on the football field. His job was to put an athletic way of thinking into the minds of car guys who would rather watch a football game than train as if they would play in one.
Evernham knew he had his work cut out for him.
“We went about the whole thing differently,” Evernham explains. “At that time, we didn’t have a lot of money to pay people and the pit crew guys. They weren’t making six figure salaries, but these guys were good. They sacrificed and wanted to do it. I think they knew they were doing something that was unique and being rewarded for their efforts. They got to be a part of Hendrick Motorsports and a part of the No. 24 team. We had a great driver and a great team. It was a good, close-knit team.”
Just as a running back is fast on the field and a lineman blocks for his quarterback, Evernham wanted people in positions that fit them according to their size and ability.
“What made them fast was the fact we did look at it like a sports franchise,” Evernham continued. “We worked on physical conditioning, worked on flexibility. We picked people by size and by physical stature per position, whether that was a tire changer or jackman or whatever the position was. We also worked on speed drills, vertical leaps and things like that as part of the training program. We event had special hand-and-eye coordination drills. We measured body fat and got well into the pit crew conditioning before many of the other Sprint Cup teams did. We reviewed videos of pit stops and we were one of the first to do that, too. The guys worked and acted like a team.
“We weren’t the first ones to go into the physical fitness angle and expand on that because there were other teams doing it. We just took it to a more organized level. It wasn’t fragmented. It was part of the daily regime for those guys.”
Evernham smiles when he thinks back to all of the races during that eight-year span where the Rainbow Warriors pulled off race-winning miracles in the pits.
“I can’t pick one race where those guys came through in the end because to be truthful, they did for Jeff Gordon and for myself so many times,” Evernham says. “When the pressure was on, they would really step up. We could make calls that other people just couldn’t make. We could count on our guys. We just knew we were going to gain on pit road and not lose.
"They might not agree, but I think they had their best, yet toughest day when we won the Southern 500 at Darlington [S.C.] Raceway (on Aug. 31, 1997); the day Jeff won the first of three career Winston Million bonuses."
That day, Gordon had to fight a poor handling race car due to some chassis set-up miscues that resulted in numerous pit stops to fix the problems. There was little hope of winning until the Rainbow Warriors put him in position to take the checkered flag.
“Jeff drove his butt off that day,” Evernham said. “We pitted like 16 times trying to fix that thing. We had spring rubbers going in, spring rubbers going out, sway bar hooked up, sway bar unhooked. They held their own on pit road and kept us in position to win that race.”
Gordon knew first hand just how smoothly the Rainbow Warriors performed on pit road. He directly benefited from every move they made and on many occasions, the end result was champagne and confetti showers in victory lane.
“That was something that Ray and Hendrick Motorsports really did a lot with,” Gordon says. “By tuning up our pit crew, those guys became known as the best. (Other teams) feared them.
“I would come down pit road and I knew they were either going to get me out first or they were going to pick up two, three or four spots on pit road every time.
“I think the Rainbow Warriors is why the sport has come so far. Back then, you could look at an area and focus on that area and see a dramatic increase in performance. These days, everyone is so focused in all areas it's so hard to make any big gains or find an edge.”
In 2001, Gordon won his fourth NASCAR championship with crew chief Robbie Loomis. Evernham had left Hendrick Motorsports in late 1999 to form his own Sprint Cup team with Dodge. Now, he is a television analyst with ESPN, but he feels the union he shared with Gordon and the Rainbow Warriors was a very important piece of NASCAR’s storied history.
“That was just an incredible, incredible time,” Evernham said. “I honestly can’t count the times when it came down to the money stop that they got us right out and in position to win. There were a lot of those. Whether it was great coaching by Andy Papa or just that the team jelled. Those guys had a ton of confidence and they got it done for us. The Rainbow Warriors put me and Jeff in position to win a lot of races.”
(This is the third in a series of four stories about how the pit stop has evolved in stock car racing over the past 60 years. Presented by TUMS, the number one antacid in America, award-winning motorsports writer Ben White chronicles the changes that have made a pit stop an art form and the people responsible for that transformation.).
When Jeff Gordon tried his hand with the heavier NASCAR machines, the California native and Indiana transplant knew an opportunity to race stock cars would open up a new world of possibilities.
In 1991, Gordon moved south to drive for Bill Davis Racing in NASCAR's Busch Series [now Nationwide]. Driving cars for Ford Motor Co., Gordon would gain experience in the Busch Series, and then he and the team would move up to the Cup series together.
It was Speedweeks 1992, however, when a fateful meeting between Gordon and Ray Evernham would change everything and eventually turn into one of the most successful unions in NASCAR history. Evernham, a smart out-of-the-box thinker was a former Modified driver. He'd met NASCAR driver Alan Kulwicki while working as a mechanic with the International Race of Champions. Kulwicki wanted Evernham to work with him and finally the New Jersey native relented and moved to North Carolina. However, when the two reached Daytona in February 1992, a heated disagreement between the pair resulted in Evernham leaving the team. Evernham walked out of the garage and was headed home when he encountered Ford's NASCAR representative, Preston Miller, who guided Evernham to Bill Davis Racing and introduced him to Gordon who was 21 at the time.
Gordon’s ability to adapt to stock cars and his tremendous talent quickly fueled his name as NASCAR's next hot commodity. Midway through his freshman season in the Busch Series, team owner Rick Hendrick discovered Gordon wasn’t under contract. He quickly signed him and as part of the package brought Evernham into the fold. Hendrick realized he had a driver-crew chief combination that was as close to perfect as a racer could get.
Also, a primary sponsorship from DuPont Automotive paints and a blue paint scheme accented by rainbow colors on its quarter panels would lead to the “Rainbow Warriors” moniker that stuck among media members and fans alike.
Gordon and Evernham became fast friends, something that’s not always the case between drivers and crew chiefs.
“We hit it off right from the beginning,” Gordon said in the 2004 book, Twenty Years of Hendrick Motorsports. “I could tell right away he was a sharp guy. He was excellent on a chassis and is a former race car driver himself, so when I said, ‘Oh, it's doing this or that,’ he knew what I was talking about. He was somebody I could relate to. He was someone who knew quite a bit about a race car.”
Over the next decade, Gordon and Evernham won 52 races and three of Gordon’s four NASCAR championships in Hendrick’s Chevrolets. The first title came in 1995, his third full season of competition. With Evernham at his side, he also claimed titles in 1997 and 1998.
Evernham was always thinking, always looking for the advantage in the rules by studying the obvious, but seeing what other drivers, team owners and crew chiefs didn’t see. He had found something that proved to be the key for building a lightning-fast pit crew: Capitalize on the mental and physical strength the crew members bring to the team. He also developed specialized positions.
“When we decided to start the team, we decided to look at it like it was its own little separate sports team,” Evernham says. “I couldn’t let them concentrate on being a good mechanic or good fabricator during the day and still be able to concentrate on being a good athlete on pit road. When the crew guys were initially assembled, they knew everything they were going to do was going to be different.”
At the start of Gordon‘s rookie season in 1993, Evernham called upon Andy Papathanassiou, a former football player from Stanford University who had spent many years training for and playing various positions on the football field. His job was to put an athletic way of thinking into the minds of car guys who would rather watch a football game than train as if they would play in one.
Evernham knew he had his work cut out for him.
“We went about the whole thing differently,” Evernham explains. “At that time, we didn’t have a lot of money to pay people and the pit crew guys. They weren’t making six figure salaries, but these guys were good. They sacrificed and wanted to do it. I think they knew they were doing something that was unique and being rewarded for their efforts. They got to be a part of Hendrick Motorsports and a part of the No. 24 team. We had a great driver and a great team. It was a good, close-knit team.”
Just as a running back is fast on the field and a lineman blocks for his quarterback, Evernham wanted people in positions that fit them according to their size and ability.
“What made them fast was the fact we did look at it like a sports franchise,” Evernham continued. “We worked on physical conditioning, worked on flexibility. We picked people by size and by physical stature per position, whether that was a tire changer or jackman or whatever the position was. We also worked on speed drills, vertical leaps and things like that as part of the training program. We event had special hand-and-eye coordination drills. We measured body fat and got well into the pit crew conditioning before many of the other Sprint Cup teams did. We reviewed videos of pit stops and we were one of the first to do that, too. The guys worked and acted like a team.
“We weren’t the first ones to go into the physical fitness angle and expand on that because there were other teams doing it. We just took it to a more organized level. It wasn’t fragmented. It was part of the daily regime for those guys.”
Evernham smiles when he thinks back to all of the races during that eight-year span where the Rainbow Warriors pulled off race-winning miracles in the pits.
“I can’t pick one race where those guys came through in the end because to be truthful, they did for Jeff Gordon and for myself so many times,” Evernham says. “When the pressure was on, they would really step up. We could make calls that other people just couldn’t make. We could count on our guys. We just knew we were going to gain on pit road and not lose.
"They might not agree, but I think they had their best, yet toughest day when we won the Southern 500 at Darlington [S.C.] Raceway (on Aug. 31, 1997); the day Jeff won the first of three career Winston Million bonuses."
That day, Gordon had to fight a poor handling race car due to some chassis set-up miscues that resulted in numerous pit stops to fix the problems. There was little hope of winning until the Rainbow Warriors put him in position to take the checkered flag.
“Jeff drove his butt off that day,” Evernham said. “We pitted like 16 times trying to fix that thing. We had spring rubbers going in, spring rubbers going out, sway bar hooked up, sway bar unhooked. They held their own on pit road and kept us in position to win that race.”
Gordon knew first hand just how smoothly the Rainbow Warriors performed on pit road. He directly benefited from every move they made and on many occasions, the end result was champagne and confetti showers in victory lane.
“That was something that Ray and Hendrick Motorsports really did a lot with,” Gordon says. “By tuning up our pit crew, those guys became known as the best. (Other teams) feared them.
“I would come down pit road and I knew they were either going to get me out first or they were going to pick up two, three or four spots on pit road every time.
“I think the Rainbow Warriors is why the sport has come so far. Back then, you could look at an area and focus on that area and see a dramatic increase in performance. These days, everyone is so focused in all areas it's so hard to make any big gains or find an edge.”
In 2001, Gordon won his fourth NASCAR championship with crew chief Robbie Loomis. Evernham had left Hendrick Motorsports in late 1999 to form his own Sprint Cup team with Dodge. Now, he is a television analyst with ESPN, but he feels the union he shared with Gordon and the Rainbow Warriors was a very important piece of NASCAR’s storied history.
“That was just an incredible, incredible time,” Evernham said. “I honestly can’t count the times when it came down to the money stop that they got us right out and in position to win. There were a lot of those. Whether it was great coaching by Andy Papa or just that the team jelled. Those guys had a ton of confidence and they got it done for us. The Rainbow Warriors put me and Jeff in position to win a lot of races.”
EVOLUTION OF THE PIT STOP: THE BEST IN THE ‘80S
EVOLUTION OF THE PIT STOP: THE BEST IN THE ‘80S
(This is the second in a series of four stories about how the pit stop has evolved in stock car racing over the past 60 years. Presented by TUMS, the number one antacid in America, award-winning motorsports writer Ben White chronicles the changes that have made a pit stop an art form and the people responsible for that transformation).
The best pit crew of the 1980s emerged among a half dozen crewmen within Richard Childress Racing. Built by driver-turned-team-owner Richard Childress, the team won four consecutive Unocal Pit Crew championships from 1985 to 1988. The annual competition was held at the one-mile superspeedway in Rockingham, N.C., and open to the teams that had qualified for that weekend's NASCAR Cup race. Year after year, the RCR team excelled with its fast times and flawless performances. The few who drew a full-time paycheck from RCR had one common bond: They were diehard racers with a passion to win. It was all they knew and what truly defined their lives. That mentality was and continues to be evident in Childress, a Winston Salem, N.C., native. He grew up in the sport, working the grandstands at famed Bowman-Gray Stadium selling peanuts to fans watching the local short-track stars, as well as NASCAR Grand National legends such as Richard Petty, Curtis Turner and Rex White, on a bi-annual basis. Childress began his own driving career at the track in the early 1960s, enjoying countless victories and a strong fan following. In 1969, he transformed his team into a very modest Sprint Cup operation, collecting an impressive six top-5s and 76 top-10s in 285 starts, but no victories. Still, his cars were strong - enabling him to mix it up regularly with NASCAR’s top drivers and teams. When Dale Earnhardt, an up-and-coming superstar suddenly became available with 11 races remaining in the 1981 Sprint Cup season, Childress jumped at the chance to get him and left the driver’s seat to make room for the young, aggressive driver. Earnhardt didn’t win at first, but was competitive. He left Childress on good terms to wheel Ford Thunderbirds for veteran team owner Bud Moore in 1982-83, but returned to the small but promising one-car organization in 1984, picking up where they had left off. Little did anyone know at the time a dynasty had been born. The team produced 67 of Earnhardt’s 76-career wins and six of his seven championships in 17 seasons. Success enjoyed during that magical time came from Earnhardt’s incredible driving talent, Childress’ seemingly bullet-proof cars and engines, and a crew that turned wrenches on the team’s Chevrolets during the week and then produced precision pit stops on race day. So good were they at getting Earnhardt off pit road that the six-man crew was dubbed “The Flying Aces.” Horace Simpson carried tires to crew chief Kirk Shelmerdine and Will Lind, the front and rear tire changers, respectively. David Smith handled the jack duties, while Barney Boyd fueled the car with Rick Slaydon working the catch can. Eventually, Danny “Chocolate” Myers was added as the gasman with Bobby Moody handling catch can duties.
“We thought we were pretty good,” Shelmerdine says. “We had pretty good results most of the time. There were a lot of great pit crews on pit road back then, but hardly any of them beat us out very often. There was a certain standard you had to keep up to compete and we did that and then some.
“The pit crew was just another piece of that winning combination. Very few names changed in the line-up for a lot of those years and that was key. When one guy zigged, we all knew when to zag and perform as one unit.” Lind believes the fact their lives came together at a specific time in a specific place was meant to produce something great. “I’d like to say there was some great plan, but I think it was just one of those deals where you put five or six people together who were more opposites than what they had in common,” he said. “We just really meshed very well together. That’s half the battle with chemistry anyway. I think it happens by itself more times than when people try to make it happen. But it was just a group of guys who believed in each other. We were pretty much a band of brothers who spent more time with each other than we did our own families and somehow it all worked.” Lind also remembers how the over-the-wall pit crew was chosen. It usually came through a very short conversation, such as, “You're changing tires next Sunday.” “There really wasn’t any great science to it back then,” Lind recalls. “I got my opportunity to change tires when Larry Pollard left and went to work with what was then known as Petty Enterprises with Richard and Kyle Petty. I was just the next guy in line. It wasn’t like I was any kind of trained specialist to fill the position. I was there and I was a mechanic and the tire guy on the road crew. I got thrown into the mix. My first time doing it, I believe, was in 1983 when we went to Riverside, Calif., and won the thing with Ricky Rudd driving.”
In that era, the mechanics of a pit stop were quite different than what’s performed today. For instance, drivers brought their cars to a complete stop in the pit box before crews were allowed to go over the wall. Second, tire carriers handed tires off to changers and didn’t place them on the spindles. Finally, a third air gun was put into play, allowing work to be performed on both sides of the car at the same time. Even so, a time of 22 to 23 seconds was considered a good stop.
“Things were different then," Lind said. “You couldn’t leave the wall until the car was in the pit box. You couldn’t go out slightly ahead of the car like they do today. The times weren’t even relative.
“We had three air guns back then, too. We had a left-side guy who jumped over and loosened the left-side lugs while we were on the right side. All the teams did that before NASCAR outlawed the third gun. Still, we won the pit crew championship four years in a row and no other team has ever won four, much less four straight.”
Myers, a longtime RCR employee, recalls how everyone on the team had a variety of responsibilities. “We had no specialists whatsoever like what makes up teams today,” Myers recalls. “A pit crew member was the same guy who worked on the brakes, the same guy who worked on the motor and swept the floor. Everybody did everything.” Smith worked extremely hard to perfect his role as jackman, as the entire stop started with his ability to get the car in the air faster than anyone else. He worked with jack developer George Brunnhoelzl to perfect a jack that was lighter and faster for pit road. “I was the first to use a one-pump jack,” Smith says. “We started with a three-quarter pump in the jack that needed was five or six pumps to get the car in the air. Then, we went to a seven-eighths pump that needed only three or four pumps. Then we went to a one-inch pump. It was a bear to get pumped but I could do it in one pump. That cut off several seconds in the pits. We put a longer handle on it for better leverage. And over time, we also made the jacks lighter. “Having Dale Earnhardt as our driver was a big plus, but we did our part to beat other cars off pit road. We did that consistently. When Earnhardt came down pit road in third or fourth, we would most times have him coming out first or second. We all worked well together and just knew what the other guy was doing. We just made it happen.” Smith, a one-time crew chief for Earnhardt, was one of the first to recognize the need to train pit crews. He initially developed and perfected the basic program that all Sprint Cup teams use today.
“There are a lot more trained athletes out there now,” Smith continued. “As I got older, I started working out on my own and I felt stronger and more in shape. I knew to compete with the younger guys, I was going to have to. The guys today train hard and work hard. I spent a lot of time watching race tapes to make me a better jackman. [Teams now film their stops.] I also watched the tire carriers and tire changers because when I retired as a jackman, I was also Dale’s crew chief. From 1999 until 2005 when I left RCR, I was the pit crew manager and trainer. So I was working on the routines for those guys. I hired a regular trainer so those guys would be fit, eat right and not be tired out during races.”
“The Flying Aces set the standard for a lot of the other pit crews,” said Danny Lawrence, chief engine builder for RCR in the 1980s. “It was kind of like watching Tiger Woods play golf when they pitted a car. He doesn’t ever look like he’s in a hurry and they never did, either. Today, they use lighter aluminum jacks and better air sockets, etc. Then, it was just the ability of the guys to get the job done. Earnhardt was really good at getting in on pit road, but there was no pit road speed in those days. But we never seemed to have loose wheels because the boys didn’t make mistakes. Those guys had a lot invested in the race because they also worked on the cars. They didn’t fly guys in to change tires back then. They were the guys over the wall.”
Myers adds there was one important piece of the equation that glued the team together. “We were best of friends then and we’re still the best of friends today,” Myers says. “It wasn’t that we just liked each other, we loved each other. “I think what made the team so good was Richard Childress and Dale Earnhardt. They didn’t hesitate for one minute to give us what we needed to win. Richard was right there with us when we got there in the morning and when we left to go home at night. Sometimes, he was there longer than us and Dale was the same way. Those were two guys who never gave up whatsoever. Because of those guys, we just gave it all we had.”
(This is the second in a series of four stories about how the pit stop has evolved in stock car racing over the past 60 years. Presented by TUMS, the number one antacid in America, award-winning motorsports writer Ben White chronicles the changes that have made a pit stop an art form and the people responsible for that transformation).
The best pit crew of the 1980s emerged among a half dozen crewmen within Richard Childress Racing. Built by driver-turned-team-owner Richard Childress, the team won four consecutive Unocal Pit Crew championships from 1985 to 1988. The annual competition was held at the one-mile superspeedway in Rockingham, N.C., and open to the teams that had qualified for that weekend's NASCAR Cup race. Year after year, the RCR team excelled with its fast times and flawless performances. The few who drew a full-time paycheck from RCR had one common bond: They were diehard racers with a passion to win. It was all they knew and what truly defined their lives. That mentality was and continues to be evident in Childress, a Winston Salem, N.C., native. He grew up in the sport, working the grandstands at famed Bowman-Gray Stadium selling peanuts to fans watching the local short-track stars, as well as NASCAR Grand National legends such as Richard Petty, Curtis Turner and Rex White, on a bi-annual basis. Childress began his own driving career at the track in the early 1960s, enjoying countless victories and a strong fan following. In 1969, he transformed his team into a very modest Sprint Cup operation, collecting an impressive six top-5s and 76 top-10s in 285 starts, but no victories. Still, his cars were strong - enabling him to mix it up regularly with NASCAR’s top drivers and teams. When Dale Earnhardt, an up-and-coming superstar suddenly became available with 11 races remaining in the 1981 Sprint Cup season, Childress jumped at the chance to get him and left the driver’s seat to make room for the young, aggressive driver. Earnhardt didn’t win at first, but was competitive. He left Childress on good terms to wheel Ford Thunderbirds for veteran team owner Bud Moore in 1982-83, but returned to the small but promising one-car organization in 1984, picking up where they had left off. Little did anyone know at the time a dynasty had been born. The team produced 67 of Earnhardt’s 76-career wins and six of his seven championships in 17 seasons. Success enjoyed during that magical time came from Earnhardt’s incredible driving talent, Childress’ seemingly bullet-proof cars and engines, and a crew that turned wrenches on the team’s Chevrolets during the week and then produced precision pit stops on race day. So good were they at getting Earnhardt off pit road that the six-man crew was dubbed “The Flying Aces.” Horace Simpson carried tires to crew chief Kirk Shelmerdine and Will Lind, the front and rear tire changers, respectively. David Smith handled the jack duties, while Barney Boyd fueled the car with Rick Slaydon working the catch can. Eventually, Danny “Chocolate” Myers was added as the gasman with Bobby Moody handling catch can duties.
“We thought we were pretty good,” Shelmerdine says. “We had pretty good results most of the time. There were a lot of great pit crews on pit road back then, but hardly any of them beat us out very often. There was a certain standard you had to keep up to compete and we did that and then some.
“The pit crew was just another piece of that winning combination. Very few names changed in the line-up for a lot of those years and that was key. When one guy zigged, we all knew when to zag and perform as one unit.” Lind believes the fact their lives came together at a specific time in a specific place was meant to produce something great. “I’d like to say there was some great plan, but I think it was just one of those deals where you put five or six people together who were more opposites than what they had in common,” he said. “We just really meshed very well together. That’s half the battle with chemistry anyway. I think it happens by itself more times than when people try to make it happen. But it was just a group of guys who believed in each other. We were pretty much a band of brothers who spent more time with each other than we did our own families and somehow it all worked.” Lind also remembers how the over-the-wall pit crew was chosen. It usually came through a very short conversation, such as, “You're changing tires next Sunday.” “There really wasn’t any great science to it back then,” Lind recalls. “I got my opportunity to change tires when Larry Pollard left and went to work with what was then known as Petty Enterprises with Richard and Kyle Petty. I was just the next guy in line. It wasn’t like I was any kind of trained specialist to fill the position. I was there and I was a mechanic and the tire guy on the road crew. I got thrown into the mix. My first time doing it, I believe, was in 1983 when we went to Riverside, Calif., and won the thing with Ricky Rudd driving.”
In that era, the mechanics of a pit stop were quite different than what’s performed today. For instance, drivers brought their cars to a complete stop in the pit box before crews were allowed to go over the wall. Second, tire carriers handed tires off to changers and didn’t place them on the spindles. Finally, a third air gun was put into play, allowing work to be performed on both sides of the car at the same time. Even so, a time of 22 to 23 seconds was considered a good stop.
“Things were different then," Lind said. “You couldn’t leave the wall until the car was in the pit box. You couldn’t go out slightly ahead of the car like they do today. The times weren’t even relative.
“We had three air guns back then, too. We had a left-side guy who jumped over and loosened the left-side lugs while we were on the right side. All the teams did that before NASCAR outlawed the third gun. Still, we won the pit crew championship four years in a row and no other team has ever won four, much less four straight.”
Myers, a longtime RCR employee, recalls how everyone on the team had a variety of responsibilities. “We had no specialists whatsoever like what makes up teams today,” Myers recalls. “A pit crew member was the same guy who worked on the brakes, the same guy who worked on the motor and swept the floor. Everybody did everything.” Smith worked extremely hard to perfect his role as jackman, as the entire stop started with his ability to get the car in the air faster than anyone else. He worked with jack developer George Brunnhoelzl to perfect a jack that was lighter and faster for pit road. “I was the first to use a one-pump jack,” Smith says. “We started with a three-quarter pump in the jack that needed was five or six pumps to get the car in the air. Then, we went to a seven-eighths pump that needed only three or four pumps. Then we went to a one-inch pump. It was a bear to get pumped but I could do it in one pump. That cut off several seconds in the pits. We put a longer handle on it for better leverage. And over time, we also made the jacks lighter. “Having Dale Earnhardt as our driver was a big plus, but we did our part to beat other cars off pit road. We did that consistently. When Earnhardt came down pit road in third or fourth, we would most times have him coming out first or second. We all worked well together and just knew what the other guy was doing. We just made it happen.” Smith, a one-time crew chief for Earnhardt, was one of the first to recognize the need to train pit crews. He initially developed and perfected the basic program that all Sprint Cup teams use today.
“There are a lot more trained athletes out there now,” Smith continued. “As I got older, I started working out on my own and I felt stronger and more in shape. I knew to compete with the younger guys, I was going to have to. The guys today train hard and work hard. I spent a lot of time watching race tapes to make me a better jackman. [Teams now film their stops.] I also watched the tire carriers and tire changers because when I retired as a jackman, I was also Dale’s crew chief. From 1999 until 2005 when I left RCR, I was the pit crew manager and trainer. So I was working on the routines for those guys. I hired a regular trainer so those guys would be fit, eat right and not be tired out during races.”
“The Flying Aces set the standard for a lot of the other pit crews,” said Danny Lawrence, chief engine builder for RCR in the 1980s. “It was kind of like watching Tiger Woods play golf when they pitted a car. He doesn’t ever look like he’s in a hurry and they never did, either. Today, they use lighter aluminum jacks and better air sockets, etc. Then, it was just the ability of the guys to get the job done. Earnhardt was really good at getting in on pit road, but there was no pit road speed in those days. But we never seemed to have loose wheels because the boys didn’t make mistakes. Those guys had a lot invested in the race because they also worked on the cars. They didn’t fly guys in to change tires back then. They were the guys over the wall.”
Myers adds there was one important piece of the equation that glued the team together. “We were best of friends then and we’re still the best of friends today,” Myers says. “It wasn’t that we just liked each other, we loved each other. “I think what made the team so good was Richard Childress and Dale Earnhardt. They didn’t hesitate for one minute to give us what we needed to win. Richard was right there with us when we got there in the morning and when we left to go home at night. Sometimes, he was there longer than us and Dale was the same way. Those were two guys who never gave up whatsoever. Because of those guys, we just gave it all we had.”
Tuesday, August 24, 2010
EVOLUTION OF THE PIT STOP: THE EARLY YEARS
8/24/10
EVOLUTION OF THE PIT STOP: THE EARLY YEARS
(This is the first in a series of four stories about how the pit stop has evolved in stock car racing over the past 60 years. Presented by TUMS, the number one antacid in America, award-winning motorsports writer Ben White chronicles the changes that have made a pit stop an art form and the people responsible for that transformation. The NASCAR Hall of Fame hosted the “Evolution of the Pit Stop” press conference on Tuesday, August 24 at 2 p.m.).
On the Sunday afternoon of June 19, 1949, NASCAR’s first ever Strictly Stock race was held on a small, dirt track just off Wilkerson Boulevard in Charlotte, N.C. Since that fateful day, pit crews have serviced cars during races on a variety of track configurations throughout the nation. In more than six decades of racing, it has become a science and an art form.
Pit stops have become an important part of the sport, just as baseball games feature home runs and football has its 100-yard fields. Initially, however, pit stops weren't that important when stock car racing first came to prominence in America following World War II. At that time, moonshiners in the North Carolina, Georgia and Tennessee mountains raced cars more for bragging rights than for money in hastily organized events on vacant cow pastures and open farmland.
Rules, if there were any, varied greatly from region to region and often were open for interpretation with many gray areas. Mechanics and those who owned the cars struggled to define them, often causing confusion and anger after races had been completed.
Race promoters would, at times, organize events and announced a purse to be paid, only to scurry off the premises with gate proceeds before the race was completed.
After seeing his fair share of dirty dealings and unfair actions on and off the track, race promoter and eventual NASCAR president Bill France, Sr., called a meeting of drivers, owners, promoters and mechanics in December 1947 and asked for their ideas to build stock car racing into a respected and legitimate professional sport. Once the National Association for Stock Car Auto Racing – NASCAR – was incorporated the following February in Daytona Beach, Fla., a structured point system emerged, a uniform set of rules were established and drivers could depend on the purse being paid.
In NASCAR’s fledgling years, many races were 100 miles or less in length on dirt tracks carved by the Hudsons, Desotos, Fords and Mercurys that were driven on them. The so-called race cars of the 1950s came straight out of home garages, put into service after stops at local corner gas stations for fuel, water, tape over headlights, and a leather belt to keep the doors from flying open. The last touch was door and roof-top numbers applied via the use of white shoe polish.
Putting cars designed for highway use to the test through higher speeds and sharper turns meant service had to be ready at a moment’s notice. That resulted in friends and family often being called upon to help turn wrenches when engines broke, when tires went flat and radiators steamed hot.
Dubbed “pit crews” for the deep work pits used in old-fashioned garages, they quickly became an important part of the race-day dynamic. They discovered in NASCAR's early days that positions lost on the track could be gained back with fast stops on pit road.
“In the beginning, pit stops were rather chaotic,” says Buz McKim, historian for the newly opened NASCAR Hall of Fame in Charlotte, N.C. “It was pretty much done by neighbors of the driver or team owner looking for a way to get into the race for free. Pit stops weren't choreographed with any degree of real organization until the 1960s. Over time, crew members became quite a bit more specialized as far as their duties on race day, such as changing tires, carrying tires, filling cars with fuel and cleaning windshields. But in the beginning, there was very little polish during a pit stop in NASCAR.”
Crew chiefs or chief mechanics, as they were initially known, answered the mechanical needs on race day the best way they knew how by using merger tools that were very primitive by today’s pit crew standards.
Leonard Wood, chief mechanic for the famous Fords fielded by the Wood Brothers, was a huge part of the team’s 96-career victories dating back to 1953 when the organization was formed.
Over time, drivers and crews discovered quick work in the pits was vital for making up positions lost in the race. Along with his ability for building strong race-winning engines, Wood is considered someone who first recognized and developed fast stops on pit road. His ideas pioneered the astounding 12-second stop often seen today.
“Back in those days, we had a four-lug wrench for taking off lug nuts,” Wood says. “There was a lot of emphasis on making sure it was balanced so the lugs would spin on and off nicely. We continued working where you could do it with one hand. It would spin on real fast and off real fast. But if that wrench was wobbling or not balanced, it wouldn’t spin off very fast and you’d lose time. There was a lot of emphasis put into it, but without that, you just couldn’t get the job done. You could sense this was something the crew could gain time with, so we just kept working with it until we got the process as fast.
“From the four-prong lug nut wrenches, we went to power guns. Once we had changing tires worked out to where we thought we had it as fast as you could get it, then we’d ask ourselves, ‘What’s holding us up?’ Then we’d look at the jack and what could be done to speed the jack up in getting the car in the air. Then we’d have the jack worked out to our liking, so you’d say, ‘OK, what else is holding us up?’ Then it might be how fast the fuel goes in. So we streamline the fuel system. We would just work at what we thought was the weakest link and concentrate on that and improve that. But throughout that process, you want pit crew members who really had quick reflexes.
By the early 1960s the Wood Brothers were already enjoying stardom, having won many races including the 1963 Daytona 500 with Tiny Lund at the controls of the No. 21 Ford. They were already known as one of the fastest pit crews in NASCAR when Ford Motor Co. asked them to step out of their element and serve as Jimmy Clark's pit crew in the 1965 Indianapolis 500.
Both Clark and rear-engine Lotus designer Colin Chapman were delighted to have men from the Virginia mountains giving them lightning-fast pit stops that year. Thanks to their flawless pit work and common sense ingenuity, Clark started from the second position and breezed to victory, just under two minutes ahead of second-place Parnelli Jones.
“From say 1961 to 1963, we already had the pit stops worked out pretty well,” Wood says. “Pitting Jimmy Clark in the Indianapolis 500 was a much different situation for us, but we still took the same techniques. We got there and found we had an all British crew that we were working with. Being a foreign crew, we weren’t sure how that was going to work out because we weren’t sure they were going to accept us. Butwe walked in and they welcomed us with open arms. So that made all the difference. It wouldn’t have worked if they hadn’t wanted us to be there.”
The first pit stop of the day set the stage for Clark’s runaway victory.
“We just started working with the car and preparing for the stop. I remember we were going through inspection and this was the first year they had a gravity-feed fuel flow; it previously was under pressure. Ours (fuel tank) was different, but completely legal.
“The official said, ‘I’ll bet you $1,000 you can’t pour 20 gallons a minute out of that thing.' Of course, we didn’t bet with him. We did a dry run and put in 58 gallons in 15 seconds. So we knew each stop was going to be under 20 seconds. That kind of caught everybody off guard. It just got everyone to thinking. You go along doing the same thing over and over, but then you reach a point where you think of how time can be gained here or there.”
One of the greatest chief mechanics in NASCAR history is Dale Inman, the man who built and turned wrenches on the Plymouths, Dodges and Fords driven by seven-time NASCAR champion Richard Petty. Even though very modest about his accomplishments, Inman orchestrated 198 of Petty’s 200-career victories.
Like Wood, Inman was on the scene when tools used on pit road consisted of not much more than a lug wrench, a pit board, a few tires and a small box of tools.
“Lord have mercy, we might have had a floor jack, but may have even had aregular bumper jack that came with the car some of the time. I’m serious,” Inman says. “There would be times back then with some of the shorter races that we might only change one tire at a time and did it with a four-way lug wrench. I don’t remember the exact time we started using air wrenches on pit road, but that may have been in the late 1950s. It’s hard to describe what this sport has come from to what it is now.”
Today’s specialist-filled NASCAR garage features crewmen dressed in vibrant sponsor-colored uniforms. In the early days, there was very little specialization among crew members. Volunteers were a major part of Sprint Cup, then Grand National, pit crews during the first two decades of NASCAR’s existence.
“We had what we called pick-up pit crews way on up into the mid 1970s,” Inman says. “We used to share pit crews with (veteran crew chief) Harry Hyde’s team at some 100-mile races. We would pit together. If he had three or four people and we had three or four people, we would pit whichever car was out front of the other at the time first.
“It’s all come a long way, but the equipment is what has made the biggest difference. We started modifying our sockets, such as putting springs in them. It was the same thing with jacks. We never had one that worked with one pump, but we did try to make them lighter. At one time, we were changing four tires using two jacks. One would go up on the right side and someone whom didn’t go over the wall would start jacking the left side jack when the right one fell and the tire guys were coming around the car. Over time, NASCAR outlawed thatand made us use only one jack.”
Through thousands of NASCAR events dating back to the sanctioning body's inaugural one, safety on pit road has evolved just as it has with all aspects of stock car racing. Many innovations have come throughout NASCAR’s storied history.
“Fireball Roberts got burned badly at Charlotte in 1964 and we still had gas tanks then,” Inman says. “That brought on the rubber bladders [fuel cells] inside the gas tank. For years, we used a regular gas can and a regular snout to put itinto the car. They now use a dry break system (which lets the gas can spout fit snug into the car to prevent fires). Eventually, the man who catches access fuel out the vent opening will be eliminated. That’s a guy standing with his back to oncoming cars coming down pit road and the guy who is pitting right behind him.” I was there the day Don Miller [retired president of Penske Racing South] got hurt on pit road in 1974. And I don’t remember the exact year, but some people got hurt on pit road the same way at Raleigh [N.C.] Speedway when we were still fueling the cars from the center of the rear bumper. That was a long time ago.”
EVOLUTION OF THE PIT STOP: THE EARLY YEARS
(This is the first in a series of four stories about how the pit stop has evolved in stock car racing over the past 60 years. Presented by TUMS, the number one antacid in America, award-winning motorsports writer Ben White chronicles the changes that have made a pit stop an art form and the people responsible for that transformation. The NASCAR Hall of Fame hosted the “Evolution of the Pit Stop” press conference on Tuesday, August 24 at 2 p.m.).
On the Sunday afternoon of June 19, 1949, NASCAR’s first ever Strictly Stock race was held on a small, dirt track just off Wilkerson Boulevard in Charlotte, N.C. Since that fateful day, pit crews have serviced cars during races on a variety of track configurations throughout the nation. In more than six decades of racing, it has become a science and an art form.
Pit stops have become an important part of the sport, just as baseball games feature home runs and football has its 100-yard fields. Initially, however, pit stops weren't that important when stock car racing first came to prominence in America following World War II. At that time, moonshiners in the North Carolina, Georgia and Tennessee mountains raced cars more for bragging rights than for money in hastily organized events on vacant cow pastures and open farmland.
Rules, if there were any, varied greatly from region to region and often were open for interpretation with many gray areas. Mechanics and those who owned the cars struggled to define them, often causing confusion and anger after races had been completed.
Race promoters would, at times, organize events and announced a purse to be paid, only to scurry off the premises with gate proceeds before the race was completed.
After seeing his fair share of dirty dealings and unfair actions on and off the track, race promoter and eventual NASCAR president Bill France, Sr., called a meeting of drivers, owners, promoters and mechanics in December 1947 and asked for their ideas to build stock car racing into a respected and legitimate professional sport. Once the National Association for Stock Car Auto Racing – NASCAR – was incorporated the following February in Daytona Beach, Fla., a structured point system emerged, a uniform set of rules were established and drivers could depend on the purse being paid.
In NASCAR’s fledgling years, many races were 100 miles or less in length on dirt tracks carved by the Hudsons, Desotos, Fords and Mercurys that were driven on them. The so-called race cars of the 1950s came straight out of home garages, put into service after stops at local corner gas stations for fuel, water, tape over headlights, and a leather belt to keep the doors from flying open. The last touch was door and roof-top numbers applied via the use of white shoe polish.
Putting cars designed for highway use to the test through higher speeds and sharper turns meant service had to be ready at a moment’s notice. That resulted in friends and family often being called upon to help turn wrenches when engines broke, when tires went flat and radiators steamed hot.
Dubbed “pit crews” for the deep work pits used in old-fashioned garages, they quickly became an important part of the race-day dynamic. They discovered in NASCAR's early days that positions lost on the track could be gained back with fast stops on pit road.
“In the beginning, pit stops were rather chaotic,” says Buz McKim, historian for the newly opened NASCAR Hall of Fame in Charlotte, N.C. “It was pretty much done by neighbors of the driver or team owner looking for a way to get into the race for free. Pit stops weren't choreographed with any degree of real organization until the 1960s. Over time, crew members became quite a bit more specialized as far as their duties on race day, such as changing tires, carrying tires, filling cars with fuel and cleaning windshields. But in the beginning, there was very little polish during a pit stop in NASCAR.”
Crew chiefs or chief mechanics, as they were initially known, answered the mechanical needs on race day the best way they knew how by using merger tools that were very primitive by today’s pit crew standards.
Leonard Wood, chief mechanic for the famous Fords fielded by the Wood Brothers, was a huge part of the team’s 96-career victories dating back to 1953 when the organization was formed.
Over time, drivers and crews discovered quick work in the pits was vital for making up positions lost in the race. Along with his ability for building strong race-winning engines, Wood is considered someone who first recognized and developed fast stops on pit road. His ideas pioneered the astounding 12-second stop often seen today.
“Back in those days, we had a four-lug wrench for taking off lug nuts,” Wood says. “There was a lot of emphasis on making sure it was balanced so the lugs would spin on and off nicely. We continued working where you could do it with one hand. It would spin on real fast and off real fast. But if that wrench was wobbling or not balanced, it wouldn’t spin off very fast and you’d lose time. There was a lot of emphasis put into it, but without that, you just couldn’t get the job done. You could sense this was something the crew could gain time with, so we just kept working with it until we got the process as fast.
“From the four-prong lug nut wrenches, we went to power guns. Once we had changing tires worked out to where we thought we had it as fast as you could get it, then we’d ask ourselves, ‘What’s holding us up?’ Then we’d look at the jack and what could be done to speed the jack up in getting the car in the air. Then we’d have the jack worked out to our liking, so you’d say, ‘OK, what else is holding us up?’ Then it might be how fast the fuel goes in. So we streamline the fuel system. We would just work at what we thought was the weakest link and concentrate on that and improve that. But throughout that process, you want pit crew members who really had quick reflexes.
By the early 1960s the Wood Brothers were already enjoying stardom, having won many races including the 1963 Daytona 500 with Tiny Lund at the controls of the No. 21 Ford. They were already known as one of the fastest pit crews in NASCAR when Ford Motor Co. asked them to step out of their element and serve as Jimmy Clark's pit crew in the 1965 Indianapolis 500.
Both Clark and rear-engine Lotus designer Colin Chapman were delighted to have men from the Virginia mountains giving them lightning-fast pit stops that year. Thanks to their flawless pit work and common sense ingenuity, Clark started from the second position and breezed to victory, just under two minutes ahead of second-place Parnelli Jones.
“From say 1961 to 1963, we already had the pit stops worked out pretty well,” Wood says. “Pitting Jimmy Clark in the Indianapolis 500 was a much different situation for us, but we still took the same techniques. We got there and found we had an all British crew that we were working with. Being a foreign crew, we weren’t sure how that was going to work out because we weren’t sure they were going to accept us. Butwe walked in and they welcomed us with open arms. So that made all the difference. It wouldn’t have worked if they hadn’t wanted us to be there.”
The first pit stop of the day set the stage for Clark’s runaway victory.
“We just started working with the car and preparing for the stop. I remember we were going through inspection and this was the first year they had a gravity-feed fuel flow; it previously was under pressure. Ours (fuel tank) was different, but completely legal.
“The official said, ‘I’ll bet you $1,000 you can’t pour 20 gallons a minute out of that thing.' Of course, we didn’t bet with him. We did a dry run and put in 58 gallons in 15 seconds. So we knew each stop was going to be under 20 seconds. That kind of caught everybody off guard. It just got everyone to thinking. You go along doing the same thing over and over, but then you reach a point where you think of how time can be gained here or there.”
One of the greatest chief mechanics in NASCAR history is Dale Inman, the man who built and turned wrenches on the Plymouths, Dodges and Fords driven by seven-time NASCAR champion Richard Petty. Even though very modest about his accomplishments, Inman orchestrated 198 of Petty’s 200-career victories.
Like Wood, Inman was on the scene when tools used on pit road consisted of not much more than a lug wrench, a pit board, a few tires and a small box of tools.
“Lord have mercy, we might have had a floor jack, but may have even had aregular bumper jack that came with the car some of the time. I’m serious,” Inman says. “There would be times back then with some of the shorter races that we might only change one tire at a time and did it with a four-way lug wrench. I don’t remember the exact time we started using air wrenches on pit road, but that may have been in the late 1950s. It’s hard to describe what this sport has come from to what it is now.”
Today’s specialist-filled NASCAR garage features crewmen dressed in vibrant sponsor-colored uniforms. In the early days, there was very little specialization among crew members. Volunteers were a major part of Sprint Cup, then Grand National, pit crews during the first two decades of NASCAR’s existence.
“We had what we called pick-up pit crews way on up into the mid 1970s,” Inman says. “We used to share pit crews with (veteran crew chief) Harry Hyde’s team at some 100-mile races. We would pit together. If he had three or four people and we had three or four people, we would pit whichever car was out front of the other at the time first.
“It’s all come a long way, but the equipment is what has made the biggest difference. We started modifying our sockets, such as putting springs in them. It was the same thing with jacks. We never had one that worked with one pump, but we did try to make them lighter. At one time, we were changing four tires using two jacks. One would go up on the right side and someone whom didn’t go over the wall would start jacking the left side jack when the right one fell and the tire guys were coming around the car. Over time, NASCAR outlawed thatand made us use only one jack.”
Through thousands of NASCAR events dating back to the sanctioning body's inaugural one, safety on pit road has evolved just as it has with all aspects of stock car racing. Many innovations have come throughout NASCAR’s storied history.
“Fireball Roberts got burned badly at Charlotte in 1964 and we still had gas tanks then,” Inman says. “That brought on the rubber bladders [fuel cells] inside the gas tank. For years, we used a regular gas can and a regular snout to put itinto the car. They now use a dry break system (which lets the gas can spout fit snug into the car to prevent fires). Eventually, the man who catches access fuel out the vent opening will be eliminated. That’s a guy standing with his back to oncoming cars coming down pit road and the guy who is pitting right behind him.” I was there the day Don Miller [retired president of Penske Racing South] got hurt on pit road in 1974. And I don’t remember the exact year, but some people got hurt on pit road the same way at Raleigh [N.C.] Speedway when we were still fueling the cars from the center of the rear bumper. That was a long time ago.”
Tuesday, June 22, 2010
CARBURETOR RESTRICTOR PLATES
NASCAR has announced that NASCAR Sprint Cup Series teams will use carburetor restrictor-plate openings of 1 1/32 inches for the July 3 event at Daytona International Speedway. The previous plate at Daytona last February was 63/64-inch.
Monday’s announcement pertains only to next month’s Coke Zero 400 Powered by Coca-Cola – the last NASCAR Sprint Cup Series event on the current Daytona asphalt. The 2.5-mile, high-banked superspeedway will be repaved prior to the 2011 Daytona 500.
Each restrictor plate contains four openings which restrict air flow to the engine, thus slowing cars. Larger openings mean more air, and more speed.
"We think this will be a needed boost due to the additional drag we've picked up since switching from a rear wing to a rear spoiler," said NASCAR Vice President of Competition Robin Pemberton.
Rule changes, announced Jan. 21, mandated switching from a wing mounted on the rear deck lid of NASCAR’s new car, back to a more traditional stock-car spoiler. The March event at Martinsville Speedway marked the first race for the new spoiler.
Carburetor restrictor plates are used only at Daytona and 2.66-mile Talladega Superspeedway. Events at those tracks are famous for their close competition.
The 1 1/32-inch size openings will be the largest since the one-inch mandate in 1988, the first year the horsepower-reducing plates were mandated for yearly use in NASCAR Sprint Cup competition at Daytona.
Teams used openings of 15/16-inch for this season’s spring race (April 25) at Talladega. That size was determined following a March 16 test at Talladega that helped answer several mechanical questions, among them, spoiler height and the restrictor-plate openings.
Monday’s announcement pertains only to next month’s Coke Zero 400 Powered by Coca-Cola – the last NASCAR Sprint Cup Series event on the current Daytona asphalt. The 2.5-mile, high-banked superspeedway will be repaved prior to the 2011 Daytona 500.
Each restrictor plate contains four openings which restrict air flow to the engine, thus slowing cars. Larger openings mean more air, and more speed.
"We think this will be a needed boost due to the additional drag we've picked up since switching from a rear wing to a rear spoiler," said NASCAR Vice President of Competition Robin Pemberton.
Rule changes, announced Jan. 21, mandated switching from a wing mounted on the rear deck lid of NASCAR’s new car, back to a more traditional stock-car spoiler. The March event at Martinsville Speedway marked the first race for the new spoiler.
Carburetor restrictor plates are used only at Daytona and 2.66-mile Talladega Superspeedway. Events at those tracks are famous for their close competition.
The 1 1/32-inch size openings will be the largest since the one-inch mandate in 1988, the first year the horsepower-reducing plates were mandated for yearly use in NASCAR Sprint Cup competition at Daytona.
Teams used openings of 15/16-inch for this season’s spring race (April 25) at Talladega. That size was determined following a March 16 test at Talladega that helped answer several mechanical questions, among them, spoiler height and the restrictor-plate openings.
Wednesday, February 17, 2010
Records Fall at 2010 Daytona 500
Records Fall at 2010 Daytona 500
A number of records and race bests were recording in Sunday’s Daytona 500. For instance:
- There was a Daytona record 21 different leaders.
- There were 52 lead changes, which is third-most ever at Daytona.
- There were 170 green flag passes for the lead, by FAR the most ever at Daytona since the inception of the Loop Data statistic in 2005. Here's a breakdown, race-by-race in the Daytona 500:
02/14/10 170
02/15/09 34
02/17/08 77
02/18/07 45
02/19/06 82
02/20/05 29
- There were 9,450 green flag passes, the most since the inception of Loop Data in 2005.
A number of records and race bests were recording in Sunday’s Daytona 500. For instance:
- There was a Daytona record 21 different leaders.
- There were 52 lead changes, which is third-most ever at Daytona.
- There were 170 green flag passes for the lead, by FAR the most ever at Daytona since the inception of the Loop Data statistic in 2005. Here's a breakdown, race-by-race in the Daytona 500:
02/14/10 170
02/15/09 34
02/17/08 77
02/18/07 45
02/19/06 82
02/20/05 29
- There were 9,450 green flag passes, the most since the inception of Loop Data in 2005.
Saturday, February 6, 2010
How To Make The Daytona 500 Field 2/6/10
How To Make The Daytona 500 Field
Qualifying for the Daytona 500 is unlike any other qualifying procedure in auto racing. Drivers have two chances to qualify for the season-opening race, as opposed to the one qualifying session format used at other races.
The first chance: Daytona 500 Qualifying, which will be held Saturday, Feb. 6.
The second chance: The Gatorade Duel at Daytona, two 150-mile qualifying races held on Thursday, Feb. 11.
Below is a breakdown of the Daytona 500 qualifying procedure:
Daytona 500 Qualifying Day
• Each team may run two laps with the fast lap counting as a qualifying time. The two fastest qualifiers are “locked into” the front row for the Daytona 500. Those are the race’s only guaranteed positions coming out of qualifying day.
• The Gatorade Duel at Daytona, two 150-mile qualifying races, determine starting positions for the Daytona 500 beyond the front row. In the event of cancellation, the field will be set according to the NASCAR Sprint Cup Series Rule Book.
Gatorade Duel
• The highest-ranked 35 teams in final 2009 car owner points will be assigned to Gatorade Duel races based on those points. Teams with odd-numbered owner points positions will compete in the first Gatorade Duel race; even-numbered owners will compete in the second.
• The only exception is that the fastest qualifier from Daytona 500 qualifying will start on the pole in the firstGatorade Duel race and the second fastest qualifier will start on the pole in the second, regardless of 2009 car owner points.
• Teams who failed to finish in the top 35 of the 2009 owner points will be assigned to a Gatorade Duel race based on qualifying times. The fastest qualifying team goes to the first Duel; the second-fastest next to the second, etc., alternating through the remaining entries.
• Starting positions for the Gatorade Duel races are based on qualifying times.
Daytona 500 Lineup
• The two fastest qualifiers are locked into the front row.
• Finishing positions in the Gatorade Duel races will determine the other starting positions in the Daytona500.
• The top two “non-top 35” teams in each Duel race will earn a spot in the Daytona 500.
• Based on their finish in the first Duel race, the highest-ranked 35 in 2009 car owner points plus the two highest finishing non-top 35 teams will be lined up on the inside row (odd-number starting positions).
• Based on their finish in the second Duel race, the eligible highest ranked 35 plus the two highest finishing non-top 35 teams will be lined up on the outside row (even-number starting positions).
• The remaining positions will be filled based on qualifying.
-If one or both teams on the front row are not top-35 teams, the number of teams that get in based on time are reduced accordingly.
• The 43rd starting position will be assigned to any owner who has the most recent eligible past NASCAR Sprint Cup champion who did not make the race by any other method providing the driver competed in the 2009 NASCAR Sprint Cup season. If the 43rd position remains unused it will be assigned to the next highest qualifying time.
The bottom line, regarding who gets locked in the Daytona 500 field:
– The top two qualifiers from Sunday.
– The remaining top 35 guaranteed starters.
– Four drivers from the Gatorade Duel at Daytona (two non-top 35s from each race)
– Remaining drivers not in through the above methods can fall back on Sunday’s qualifying times or being past champion.
Qualifying for the Daytona 500 is unlike any other qualifying procedure in auto racing. Drivers have two chances to qualify for the season-opening race, as opposed to the one qualifying session format used at other races.
The first chance: Daytona 500 Qualifying, which will be held Saturday, Feb. 6.
The second chance: The Gatorade Duel at Daytona, two 150-mile qualifying races held on Thursday, Feb. 11.
Below is a breakdown of the Daytona 500 qualifying procedure:
Daytona 500 Qualifying Day
• Each team may run two laps with the fast lap counting as a qualifying time. The two fastest qualifiers are “locked into” the front row for the Daytona 500. Those are the race’s only guaranteed positions coming out of qualifying day.
• The Gatorade Duel at Daytona, two 150-mile qualifying races, determine starting positions for the Daytona 500 beyond the front row. In the event of cancellation, the field will be set according to the NASCAR Sprint Cup Series Rule Book.
Gatorade Duel
• The highest-ranked 35 teams in final 2009 car owner points will be assigned to Gatorade Duel races based on those points. Teams with odd-numbered owner points positions will compete in the first Gatorade Duel race; even-numbered owners will compete in the second.
• The only exception is that the fastest qualifier from Daytona 500 qualifying will start on the pole in the firstGatorade Duel race and the second fastest qualifier will start on the pole in the second, regardless of 2009 car owner points.
• Teams who failed to finish in the top 35 of the 2009 owner points will be assigned to a Gatorade Duel race based on qualifying times. The fastest qualifying team goes to the first Duel; the second-fastest next to the second, etc., alternating through the remaining entries.
• Starting positions for the Gatorade Duel races are based on qualifying times.
Daytona 500 Lineup
• The two fastest qualifiers are locked into the front row.
• Finishing positions in the Gatorade Duel races will determine the other starting positions in the Daytona500.
• The top two “non-top 35” teams in each Duel race will earn a spot in the Daytona 500.
• Based on their finish in the first Duel race, the highest-ranked 35 in 2009 car owner points plus the two highest finishing non-top 35 teams will be lined up on the inside row (odd-number starting positions).
• Based on their finish in the second Duel race, the eligible highest ranked 35 plus the two highest finishing non-top 35 teams will be lined up on the outside row (even-number starting positions).
• The remaining positions will be filled based on qualifying.
-If one or both teams on the front row are not top-35 teams, the number of teams that get in based on time are reduced accordingly.
• The 43rd starting position will be assigned to any owner who has the most recent eligible past NASCAR Sprint Cup champion who did not make the race by any other method providing the driver competed in the 2009 NASCAR Sprint Cup season. If the 43rd position remains unused it will be assigned to the next highest qualifying time.
The bottom line, regarding who gets locked in the Daytona 500 field:
– The top two qualifiers from Sunday.
– The remaining top 35 guaranteed starters.
– Four drivers from the Gatorade Duel at Daytona (two non-top 35s from each race)
– Remaining drivers not in through the above methods can fall back on Sunday’s qualifying times or being past champion.
Sunday, January 31, 2010
Nascar Update Drug Policy 1/2010
NASCAR has an extensive list of banned substances in its 2010 rule book, which also states that the list is “non-exhaustive.”
One of the criticisms of the NASCAR random drug-testing policy implemented in 2009 was that there was no definitive list. NASCAR sent a list to the teams in December 2008 to use as a guideline in testing crewmen, but the policy itself had no definitive list. Not having a list is one of the reasons suspended driver Jeremy Mayfield claims he should be reinstated in a lawsuit against the sanctioning body and policy administrator Aegis Sciences Corporation.
The drug-testing policy is now part of the NASCAR rule book, while before it was a document signed by the driver, who acknowledged understanding the policy, when getting a NASCAR license.
“Prohibited substances are those substances that, in Aegis’s determination in consultation with NASCAR, may adversely affect the safety and well-being of the Competitors, Officials, and/or spectators, or the performance of a Competitor or Official in or at a NASCAR Event, including without limitation illegal drugs,” the rule book states. “Aegis, in consultation with NASCAR, may make this determination with respect to a particular substance at any time, including and without limitation at the time of discovery of the substance following a drug test.”
The rule states that competitors and officials are prohibited from using, possessing, purchasing, selling or participating in the distribution of any illegal drug, regardless of the amount. Illegal possession and distribution of prescription or over-the-counter medication is also prohibited.
The rule book lists banned drugs that might not fall under that category. It also notes that derivatives of the prohibited drugs are not allowed and that the list is not exhaustive.
Among the drugs listed:
• Stimulants, such as amphetamine, methamphetamine, Ecstasy (MDMA), Eve (MDEA) and Phentermine.
• Narcotic analgesics, such as hydromorphone, methadone, morphine, oxycodone, oxymorphone, heroin, codeine and hydrocodone.
• Ephedrine, such as pseudoephedrine and phenylpropanolamine if used in a manner inconsistent with the instructions provided by the drug manufacturer or in a manner or amount that risks the health, safety or impairs a driver.
• Benzodiazepines, such as lorazepam (Ativan), oxazapam (Serax), temazepam (Restoril), Alpha-hydroxyalprazolam (Xanax) and Nordiazepam (Valium).
• Barbituates, such as amobarbital (Amytal) and secobarbital (Seconal).
• Performance enhancing drugs, such as Human Growth Hormone (hGH), as well as anabolic androgenic steroids (AAS), including testosterone.
• Muscle relaxers, such as carisoprodol (Soma), meprobamate (Miltown, Meprospan).
• Sleep aids, such as zolpidem (Ambien)
• Beta blockers, such as alpernolol and carteolol.
• Alcohol: A competitor is prohibited from consuming any alcohol 12 hours prior to or during on-track activity. A driver is considered unfit if the blood-alcohol level is above 20 milligrams per 100 milliliters (0.02 percent).
• Dietary supplements with a warning advising non-use if the purchaser is subject to a drug-testing program even though available without a prescription.
• Masking agents designed to avoid detection, including Aromatase inhibitors that may be used to biologically manipulate the testosterone/epitestosterone ratio, and/or using epitestosterone to artificially alter the testosterone/epitestosterone ratio.
One of the criticisms of the NASCAR random drug-testing policy implemented in 2009 was that there was no definitive list. NASCAR sent a list to the teams in December 2008 to use as a guideline in testing crewmen, but the policy itself had no definitive list. Not having a list is one of the reasons suspended driver Jeremy Mayfield claims he should be reinstated in a lawsuit against the sanctioning body and policy administrator Aegis Sciences Corporation.
The drug-testing policy is now part of the NASCAR rule book, while before it was a document signed by the driver, who acknowledged understanding the policy, when getting a NASCAR license.
“Prohibited substances are those substances that, in Aegis’s determination in consultation with NASCAR, may adversely affect the safety and well-being of the Competitors, Officials, and/or spectators, or the performance of a Competitor or Official in or at a NASCAR Event, including without limitation illegal drugs,” the rule book states. “Aegis, in consultation with NASCAR, may make this determination with respect to a particular substance at any time, including and without limitation at the time of discovery of the substance following a drug test.”
The rule states that competitors and officials are prohibited from using, possessing, purchasing, selling or participating in the distribution of any illegal drug, regardless of the amount. Illegal possession and distribution of prescription or over-the-counter medication is also prohibited.
The rule book lists banned drugs that might not fall under that category. It also notes that derivatives of the prohibited drugs are not allowed and that the list is not exhaustive.
Among the drugs listed:
• Stimulants, such as amphetamine, methamphetamine, Ecstasy (MDMA), Eve (MDEA) and Phentermine.
• Narcotic analgesics, such as hydromorphone, methadone, morphine, oxycodone, oxymorphone, heroin, codeine and hydrocodone.
• Ephedrine, such as pseudoephedrine and phenylpropanolamine if used in a manner inconsistent with the instructions provided by the drug manufacturer or in a manner or amount that risks the health, safety or impairs a driver.
• Benzodiazepines, such as lorazepam (Ativan), oxazapam (Serax), temazepam (Restoril), Alpha-hydroxyalprazolam (Xanax) and Nordiazepam (Valium).
• Barbituates, such as amobarbital (Amytal) and secobarbital (Seconal).
• Performance enhancing drugs, such as Human Growth Hormone (hGH), as well as anabolic androgenic steroids (AAS), including testosterone.
• Muscle relaxers, such as carisoprodol (Soma), meprobamate (Miltown, Meprospan).
• Sleep aids, such as zolpidem (Ambien)
• Beta blockers, such as alpernolol and carteolol.
• Alcohol: A competitor is prohibited from consuming any alcohol 12 hours prior to or during on-track activity. A driver is considered unfit if the blood-alcohol level is above 20 milligrams per 100 milliliters (0.02 percent).
• Dietary supplements with a warning advising non-use if the purchaser is subject to a drug-testing program even though available without a prescription.
• Masking agents designed to avoid detection, including Aromatase inhibitors that may be used to biologically manipulate the testosterone/epitestosterone ratio, and/or using epitestosterone to artificially alter the testosterone/epitestosterone ratio.
Wednesday, January 20, 2010
Nascar 2010: Spoiler specifications
Spoiler Specs Announced: Specifications for the new spoiler and quarterpanels on Sprint Cup cars were sent in a memo Monday to teams by series director John Darby. According to the memo the spoiler that will replace the current wing will sit 4 inches atop the deck lid when measured from the centerline. The spoiler will be level across the top with a ground clearance of 43.52 inches from the top of the spoiler to the ground with the chassis on 6- and 8-inch blocks. The spoiler will be 64½-inches wide and one piece from right to left. It will be fabricated from 3/16-inch thick aluminum and fixed at 70 degrees. The fuel filler hole must be relocated forward of the left lower tip of the spoiler. Also, right and left quarterpanel extensions will be added to all cars. The extensions will be 4 inches long toward the ground at the rear wheel opening. The modifications, according to the memo, are not to be used in competition until all wind tunnel and on-track tests are completed. An open test [at Charlotte] is scheduled for all teams in March. The changes are being made in hopes of improving downforce and improving the quality of racing. They are not expected to be used for the Daytona 500 that kicks off the season on Feb. 14. The Bristol race in March is a more likely target
Monday, January 18, 2010
NASCAR:FLAGS 101
Long before two-way radios were installed in cars to allow drivers and crews to talk with each other, the only way for racing officials to communicate with drivers during noisy racing action was with the use of colored signal flags.
Nearly every racing series in the United States uses the same combination of flag colors, usually waved by a flagman on a platform at the start-finish line, so drivers know immediately what's happening during the race.
Just like the green, yellow and red signal lights at a traffic intersection, some of the flags communicate racing conditions.
GREEN: The track is clear and cars may proceed at speed. This flag is used to signal the beginning of the race and any restarts.
YELLOW (CAUTION): The track is not clear, slow down and hold your position behind the pace car. This flag is used to signal an accident, debris caused by contact or mechanical failure, or weather-related issues. NASCAR rules allow cars to bunch up behind the leader. In most cases, lead-lap cars restart in the outside lane, while any lapped cars restart to the inside. In addition, a yellow flag during a practice session means cars should go to pits immediately.
RED: The track is unsafe and there is a situation that requires immediate attention. Cars must go to a designated location and stop. This flag is usually waved in cases of heavy precipitation, an accident which requires immediate medical assistance or if the track is blocked. In addition, NASCAR reserves the right to throw a red flag in the closing laps of a race to make sure the event ends under green conditions.
WHITE: There is one lap remaining in the scheduled distance.
CHECKERED: The event has reached its scheduled distance and is complete.
In addition, there are flags that communicate information.
BLACK: Come into the pits immediately for consultation. Normally, this flag is waved at an individual car, either because it has a mechanical problem or has broken a rule. Waved in combination with a red flag signals the end of a practice session.
BLACK WITH WHITE CROSS: Cars that refuse to acknowledge the black flag are shown this flag, which means NASCAR will no longer score them until they come into the pits for consultation.
BLUE WITH YELLOW STRIPE: Pay attention to your mirrors, because a faster car is approaching from behind. Contrary to popular opinion, this flag does not make it mandatory that slower cars must move over for the leader of the race. This flag gets a workout at tracks like Bristol and Martinsville, where traffic becomes a major factor.
YELLOW WITH RED VERTICAL STRIPES: Used only on road courses by corner workers, held or waved to signify debris or slippery conditions ahead.
Nearly every racing series in the United States uses the same combination of flag colors, usually waved by a flagman on a platform at the start-finish line, so drivers know immediately what's happening during the race.
Just like the green, yellow and red signal lights at a traffic intersection, some of the flags communicate racing conditions.
GREEN: The track is clear and cars may proceed at speed. This flag is used to signal the beginning of the race and any restarts.
YELLOW (CAUTION): The track is not clear, slow down and hold your position behind the pace car. This flag is used to signal an accident, debris caused by contact or mechanical failure, or weather-related issues. NASCAR rules allow cars to bunch up behind the leader. In most cases, lead-lap cars restart in the outside lane, while any lapped cars restart to the inside. In addition, a yellow flag during a practice session means cars should go to pits immediately.
RED: The track is unsafe and there is a situation that requires immediate attention. Cars must go to a designated location and stop. This flag is usually waved in cases of heavy precipitation, an accident which requires immediate medical assistance or if the track is blocked. In addition, NASCAR reserves the right to throw a red flag in the closing laps of a race to make sure the event ends under green conditions.
WHITE: There is one lap remaining in the scheduled distance.
CHECKERED: The event has reached its scheduled distance and is complete.
In addition, there are flags that communicate information.
BLACK: Come into the pits immediately for consultation. Normally, this flag is waved at an individual car, either because it has a mechanical problem or has broken a rule. Waved in combination with a red flag signals the end of a practice session.
BLACK WITH WHITE CROSS: Cars that refuse to acknowledge the black flag are shown this flag, which means NASCAR will no longer score them until they come into the pits for consultation.
BLUE WITH YELLOW STRIPE: Pay attention to your mirrors, because a faster car is approaching from behind. Contrary to popular opinion, this flag does not make it mandatory that slower cars must move over for the leader of the race. This flag gets a workout at tracks like Bristol and Martinsville, where traffic becomes a major factor.
YELLOW WITH RED VERTICAL STRIPES: Used only on road courses by corner workers, held or waved to signify debris or slippery conditions ahead.
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