🚀 Key Highlights of the New Flying Tesla Roadster
1. How It Works: SpaceX Cold-Gas Thrusters
Collaboration with SpaceX: Developed as a joint effort between Tesla and SpaceX, the car uses a cold-gas thruster system fed by high-pressure air tanks (holding about 250 kg of air) through 10 nozzles.
Rechargeable System: The vehicle does not require jet fuel; an onboard electric compressor recharges the air tanks while driving.
Mid-Air Maneuvers: During the live demo, an driverless prototype launched off a steep ramp and performed a mid-air barrel roll before landing on its wheels. The short-burst flight system allows the car to stay airborne for a few seconds at a time.
2. Mind-Blowing Performance & Speed
0 to 60 mph Acceleration: Driven by its rear-facing thrusters, the Roadster achieved 0 to 60 mph in a staggering 0.81 seconds during test runs.
Top Speed Goal: Musk claimed a top speed of over 230 mph (370+ km/h), with target goals approaching half the speed of sound.
Inverted Driving Traction: The car features a 2 g suction fan under the floor that pulls the car onto the track for extreme cornering grip, capable of holding the vehicle inverted on steep inclines.
3. Design & Build
Two-Seater Coupe: The car moves away from the earlier 4-seat concept, adopting a lightweight two-seat design built from magnesium, titanium, and carbon fiber.
Yoke Steering: It features butterfly doors and a steer-by-wire yoke.
📅 Timeline, Variants, & Legal Status
| Spec / Detail | Information |
| Production Target | Planned for 2028 |
| Trims / Versions | • Performance: Standard road version with suction fan • Thrust: Adds rear thrusters for sub-0.9s acceleration • Rocket: Flagship single-seat version with full flight system |
| Road Legal Status | The thruster/flight-capable "Rocket" version is not approved for standard road use and may face strict legal regulations across different countries. |
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