Tesla’s New Roadster Does a Kickflip, but the Details Matter

The Short Version

Tesla's new Roadster has made its entrance with a trick normally associated with a skateboard: a kickflip. Electrek reports that Tesla unveiled the redesigned electric sports car on October 15, showing it jumping and flipping through the air with cold-gas thrusters. The spectacle is real news, but it needs one immediate qualification: Tesla says the flight-capable Rocket configuration is not approved for public road use.

This is an unveiling rather than a customer delivery launch. Electrek reports that Elon Musk pointed to production in 2028, while final prices remain undisclosed. That makes the event a demonstration of Tesla's ambitions, rather than confirmation that a flying Roadster is ready for your driveway.

Why It Matters

The interesting engineering question is how a car can both stick to a surface and leave it. Tesla describes two different systems. Fans remove air from beneath the vehicle to generate downforce; the company says the resulting suction can hold it upside down even when stationary. Cold-gas thrusters provide a separate source of force, with rapid adjustments intended to stabilize flight.

In everyday terms, one system helps press the car against the surface, while the other can push it away. Tesla says the Rocket configuration places thrusters around the vehicle for forward, upward and rotational movement. Those are manufacturer claims about its technology, rather than independently verified performance results from customer cars.

The Bigger Picture

The version names matter as much as the stunt. Tesla's reservation page describes Performance as a two-seat car with active aerodynamics and a suction system. Thrust keeps two seats and adds acceleration thrusters. Rocket has one seat and a full flight system, and access is by invitation. Reserving a Performance car therefore should not be read as reserving the aerial tricks seen at the reveal.

For curious drivers, the useful distinction is between technologies aimed at grip and acceleration and the much more specialized ability to move through the air. A controlled demonstration establishes a different kind of evidence from repeatable testing of a finished vehicle. Questions about operating conditions, maintenance and practical use still deserve answers before the spectacle can be translated into a buying decision.

What to Watch

The next meaningful milestones are final pricing, clear specifications for each configuration and progress toward the stated 2028 production target. The Roadster was first shown as a next-generation prototype in 2017, with production originally promised for 2020, according to Electrek. That history makes delivery evidence especially valuable this time.

Tesla has shown a striking idea of what an electric sports car could become. The test ahead is whether the finished product delivers a compelling driving experience as well as a memorable launch stunt.

Would you be more excited to try the Roadster’s extra grip or its airborne tricks?