Eagle 997

Last updated

Eagle 997
Robby Gordon 1998 Gurney Eagle.jpg
Category IndyCar
Designer(s) Mark Page
Predecessor Eagle 987
Technical specifications [1]
Length4,830 millimetres (190.2 in)
Width2,040 millimetres (80.3 in)
Height940 millimetres (37.0 in)
Wheelbase 2,900 millimetres (114.2 in)
Engine Toyota RV8D and E 2,650 cubic centimetres (162 cu in) V8 Single Turbo Mid engine, RWD
Transmission Xtrac 6-speed Manual
Power900 horsepower (912.5 PS; 671.1 kW) @ 10,300 rpm
625 newton-metres (461.0 lb⋅ft) @ 8,500 rpm
Weight1,550 pounds (703 kg)
Tires Goodyear
Competition history
Notable drivers Flag of the United States.svg Alex Barron
Flag of Brazil.svg Gualter Salles
Flag of Brazil.svg Raul Boesel
Flag of Italy.svg Andrea Montermini
Debut 1999 Miami Grand Prix
Last event 1999 Marlboro 500
EntriesRacesWins Podiums
202000
Poles F/Laps Titles
000
Teams' Championships0
Constructors' Championships0
Drivers' Championships0

The Eagle 997 was the final built CART chassis by Eagle. [2] The car was used in the 1999 CART FedEx Championship Series and was primarily campaigned by All American Racers. Robby Gordon also used a privately entered Eagle 997 in select races in the later half of the 1999 season. [3]

Contents

Development History

The car would be the first CART/IndyCar race car to be designed using Computational fluid dynamics. This would lead to the car having significantly more down force then the other cars on the grid, the winning Reynard 99I of the year would make ~4,300 lb (1,950 kg) of down force at 200 mph (321.9 km/h), where as the 997 would produce 5,000 lb (2,268 kg) of down force at 200 mph (321.9 km/h). This would lead the car to be exceptionally good in the corners, but have extremely low top speed for its time, meaning that this car would have its top speed limited to 197 mph (317 km/h), versus the ~225 mph (362 km/h) of the aforementioned 99I, this lowered top speed would allow for significantly lower gearing for the car, meaning that even though it would be more then 0.3 seconds quicker to 60 mph (96.6 km/h) then the 99I, with the 997's 0-60 mph (96.6 km/h), with the 997 capable of 2.8 seconds to 60 mph (96.6 km/h), however that was only simulated, and it was capable of only around 3 seconds, meaning it was only 0.1 seconds quicker then the 99I which is a negligible difference because off the line performance rarely matters in rolling race starts which most Indycar races are. [2] [4]

CART/Champ car results

YearTiresDriversNo.1234567891011121314151617181920Ref
1999 MIA MOT LBH NAZ RIO GAT MIL POR CLE ROA TOR MCH DET MDO CHI VAN LAGHOU SRF FON
G Flag of the United States.svg Alex Barron 361517239231614 [5]
Flag of Brazil.svg Gualter Salles 27132025151118 [6]
Flag of Brazil.svg Raul Boesel 1217 [7]
Flag of Italy.svg Andrea Montermini 11242315 [8]

References

  1. "AAR Eagle 997 specs, performance data". FastestLaps.com. Retrieved April 9, 2025.
  2. 1 2 "Aerodynamic design of the Eagle E997 Champ Car". www.researchgate.net. Archived (PDF) from the original on May 15, 2024. Retrieved December 12, 2024.
  3. "Champcar/CART: Team Gordon to fly the Eagle Chicago, Fontana". motorsport.com. Motorsport Network, LLC. August 15, 1999. Retrieved April 11, 2025.
  4. "AAR Eagle 997 specs, performance data". FastestLaps.com. Retrieved April 9, 2025.
  5. "Driver". Racing-Reference. Retrieved December 13, 2024.
  6. "Driver". Racing-Reference. Retrieved December 13, 2024.
  7. "Driver". Racing-Reference. Retrieved December 13, 2024.
  8. "Driver". Racing-Reference. Retrieved December 13, 2024.