The second-gen Tesla Roadster is here—0 to 100 km/h in 0.81 seconds, powered by rocket thrusters. After nearly 9 years of waiting, Elon Musk has finally revealed his hand. Tested 0 to 97 km/h in as little as 0.81 seconds, and the production version is expected to be even faster. The issue isn’t horsepower—it’s the tires. Once you push below 2 seconds, tire grip hits the limits of physics. No matter how powerful the motor is, it’s useless without traction. Musk’s solution? Brutally simple: forget the tires, just use rockets. Equipped with SpaceX Falcon 9-style cold gas thrusters—about 10 nozzles and 250 kg of compressed gas—it can generate up to 2G of downforce, pinning the car to the ground. Traditional supercars tweak suspensions, swap tires, and play with aerodynamics—this approach skips all that. Currently, the fastest production EVs are just over 2 seconds (HiPhi SSR at 1.9 seconds, Xiaomi SU7 Ultra at 1.98 seconds, Zeekr 001 FR at 2.02 seconds), with the Model S at 2.1 seconds. But 0.81 seconds? That’s breaking out of the competition and entering a realm where normal physics doesn’t apply. The rocket-equipped version probably won’t be street-legal—it’s more for closed tracks. But it was never meant to be road-ready. It’s Tesla’s halo car, a statement piece to prove just how cool they are. 2 million yuan for a rocket car you can’t drive on the road—do you think it’s a waste of money or a faith-based investment? #Tesla #Roadster #SpaceX #EV #RocketCar