New Tesla Roadster Unveiled With SpaceX Thrusters – 0–96 km/h in 0.81 Seconds, Production Planned for 2028
Tesla has unveiled its next-generation Roadster electric sports car, showcasing an extraordinary acceleration demonstration, SpaceX-developed thrusters and a Rocket variant capable of brief airborne manoeuvres.
Tesla has officially unveiled the redesigned second-generation Roadster at SpaceX's test facility in McGregor, Texas, on 15 October 2026. The electric sports car arrives nearly nine years after its original concept was introduced in 2017.
The highlight of the unveiling was a demonstration of the Roadster's ability to lift off the ground, rotate in mid-air and land using compressed-air thrusters developed with SpaceX technology.
Tesla also demonstrated a 0–60 mph (approximately 96.6 km/h) acceleration time of 0.81 seconds, although the result has not been independently certified.
The company is targeting production in 2028. Final vehicle prices and India launch plans have not been announced.
New Tesla Roadster – Key Highlights
Redesigned second-generation electric sports car.
SpaceX-developed compressed-air thruster technology.
Demonstrated 0–60 mph acceleration in 0.81 seconds.
Claimed top speed exceeding 230 mph (370 km/h).
Performance, Thrust and Rocket configurations.
Rocket variant designed for brief airborne manoeuvres.
Active aerodynamic technology and underbody suction system.
Production targeted for 2028.
Final pricing and India availability not confirmed.
Tesla Roadster's Flying Demonstration
The most remarkable part of the unveiling was Tesla's demonstration of the Roadster's aerial capabilities. The vehicle used an underbody fan-based suction system to travel along an inverted ramp. It subsequently demonstrated mid-air rotation and controlled landing using compressed-air thrusters.
In another demonstration, the Roadster lifted itself over a line of stationary Tesla vehicles. Unlike conventional rocket propulsion, the system uses compressed air rather than combustion-based rocket fuel.
The technology is intended to provide extraordinary acceleration and manoeuvring capabilities. However, Tesla has not established that the most extreme airborne functions can legally operate on public roads.
Three Tesla Roadster Configurations
Tesla has outlined three configurations of its new electric sports car.
Configuration | Key Difference |
Performance | Conventional high-performance electric Roadster |
Thrust | Adds acceleration thrusters |
Rocket | Invite-only version with a full flight system |
The Rocket configuration is designed around the most extreme capabilities demonstrated during the unveiling.
The Performance and Thrust versions are expected to appeal to buyers seeking a high-performance electric sports car, while the Rocket model represents a more experimental application of the technology.
Tesla has indicated reservation deposits of $50,000 for the Performance version and $250,000 for the Thrust version. These deposits should not be confused with final vehicle prices.
Acceleration, Top Speed and Range
Tesla demonstrated the Roadster accelerating from 0–60 mph in just 0.81 seconds.
The company has also indicated a top speed exceeding 230 mph, equivalent to approximately 370 km/h.
Reports from the unveiling suggest a driving-range target exceeding 300 miles, or roughly 480 km, although Tesla has not published a complete final production specification sheet.
Parameter | Announced or Reported Detail |
0–60 mph | 0.81 seconds demonstrated |
Top speed | Over 370 km/h claimed |
Driving range | Over 480 km reported |
Propulsion | Fully electric |
Thruster technology | Compressed air |
Production target | 2028 |
Final price | Not announced |
These figures should be considered preliminary until production specifications and independent test results become available.
New Design and Advanced Aerodynamics
The redesigned Roadster features a low-slung sports-car profile, distinctive lighting elements and a more futuristic appearance than the original 2017 concept.
Tesla has also introduced advanced aerodynamic technologies, including an active rear wing and a fan-based system designed to generate substantial downforce.
The new design reflects the company's attempt to combine conventional electric-supercar performance with experimental aerospace-inspired engineering.
Tesla Roadster 2017 vs 2026 – What Changed?
Parameter | 2017 Concept | 2026 Reveal |
0–60 mph | 1.9 seconds claimed | 0.81 seconds demonstrated |
Top speed | Over 250 mph claimed | Over 230 mph claimed |
Driving range | 620 miles claimed | Over 300 miles reported |
SpaceX thrusters | Not demonstrated | Demonstrated |
Production target | Originally 2020 | Now 2028 |
The latest Roadster demonstrates a major improvement in acceleration compared with the original concept's claims. However, the newer reported range and top-speed targets are lower than the ambitious figures presented in 2017.
Importantly, neither generation's headline performance claims should be treated as independently verified production-car results.
Tesla Roadster India Launch – What We Know
Tesla has not announced plans to introduce the new Roadster in India.
There is currently no confirmed India price, launch date, booking programme or delivery schedule.
Given its highly specialised technology and expected premium positioning, the Roadster is more likely to serve as a global technology showcase than a volume-focused product.
Auto Punditz Verdict
The new Tesla Roadster is among the most unusual electric performance vehicles unveiled in recent years.
Its ability to briefly lift off the ground using compressed-air thrusters demonstrates an unconventional approach to vehicle engineering.
However, the Roadster also raises important questions about production feasibility, regulatory approval, safety, pricing and the practical usefulness of its advanced technology.
Tesla's history of repeatedly postponing the Roadster's production makes the new 2028
target particularly important.
The Roadster's unveiling is a remarkable engineering demonstration, but its real achievement will depend on whether Tesla can turn the technology into a production vehicle that meets safety and regulatory requirements.
For now, the Roadster should be viewed as a technology showcase rather than a confirmed road-ready flying electric car.
