🏎️This Porsche can lift a rear tire on normal street tires while cornering.
🔧The engine produces 360 horsepower and 285 lb-ft of torque, revving up to 8,000 RPM on pump gas.
⚖️The car weighs only 2,300 lb, thanks to weight-saving modifications.
🌪️The aerodynamics have been optimized with carbon Kevlar fender liners.
🏁The build includes extensive chassis enhancements, suspension upgrades, and a roll cage.
How long did it take to complete this project?
—The project has been ongoing for 17 years, with continuous upgrades and modifications.
What is the power output of the engine?
—The engine produces 360 horsepower and 285 lb-ft of torque on pump gas.
How much does the car weigh?
—The car weighs 2,300 lb, thanks to extensive weight-saving modifications.
What modifications have been made to improve aerodynamics?
—Carbon Kevlar fender liners have been added to optimize aerodynamics.
What chassis and suspension upgrades have been implemented?
—The build includes extensive chassis enhancements, suspension upgrades, and a roll cage.
00:11A 17-year-long Porsche project with mind-blowing performance.
01:56The car can lift a rear tire while cornering on normal street tires.
06:00The engine produces 360 horsepower and 285 lb-ft of torque on pump gas.
09:43The car weighs 2,300 lb, thanks to extensive weight-saving modifications.
12:33Carbon Kevlar fender liners have been added to optimize aerodynamics.
13:31Extensive chassis enhancements, suspension upgrades, and a roll cage have been implemented.
