Tesla Unveils Flying Roadster with SpaceX Propulsion for 2028 Launch

Elon Musk unveiled a new Tesla Roadster capable of short-duration flight and inverted driving during a demonstration at SpaceX’s Texas facility on October 15, 2026. The event showcased a vehicle that combines electric performance with aerospace-grade propulsion, marking a significant departure from conventional automotive engineering. The prototype ascended a curved ramp, remained adhered to the surface while upside down, and performed aerial maneuvers before landing safely.

Technology and Performance

The vehicle utilizes two primary innovations developed in collaboration with SpaceX. First, a system of fans installed beneath the chassis generates negative pressure, creating suction that allows the car to stick to surfaces even when inverted. Second, cold gas thrusters using compressed nitrogen stored at 10,000 psi provide vertical thrust. This technology enables the Roadster to accelerate from 0 to 96 km/h in as little as 0.59 seconds in its most extreme configuration. However, this capability comes with a severe operational constraint: the system requires up to seven hours to recharge for merely six seconds of thrust Source: Clarín.

Versions and Availability

Tesla announced three distinct configurations for the Roadster, which is slated for production in 2028. The Performance version is designed for road use with active aerodynamics. The Thrust variant adds rear thrusters for enhanced acceleration but remains primarily track-oriented. The top-tier Rocket model features distributed thrusters for aerial maneuvers but is available only by invitation and is not approved for public roads Source: El País (ES). Reservations have opened with deposits of $50,000 for the Performance and $250,000 for the Thrust Source: Gizmodo.

Regulatory and Safety Challenges

A major point of contention is legality. While the Performance model aims for street legality, the flying variants face significant regulatory hurdles. US authorities are scrutinizing safety requirements, particularly regarding high-pressure tanks and crash protection. Elon Musk acknowledged that the flying configuration is not optimized for occupant safety in standard collisions Source: El Tiempo. Consequently, the Rocket version cannot currently be driven on public highways, limiting its utility to closed courses or private land Source: El Confidencial.