Tesla Roadster Finally Unveiled
Nine years after it first rolled off the back of a Tesla Semi trailer, the second-generation Tesla Roadster is finally real. Tesla revealed the redesigned car on Thursday night, 15 October 2026, at the SpaceX test site in McGregor, Texas, with a livestreamed demo that had the car leaping over Tesla's entire lineup, driving up an inverted ramp and flipping in mid-air. What it didn't bring was a price, and production is now pencilled in for 2028.
0.59 s
Claimed 0-60 mph, top Rocket trim
230+
Claimed top speed in mph
300+
Quoted range in miles
2028
Production start, per Elon Musk
A demo built for the headlines
The reveal was staged as a joint Tesla and SpaceX show. After introductions from chief designer Franz von Holzhausen, vehicle engineering VP Lars Moravy and Musk, a white Roadster used a mix of high-powered fans and thrusters to drive up an inverted ramp, spin around and settle back onto the tarmac. It then used its thrusters to hop over a Cybercab, Cybertruck, Tesla Semi, Model Y and Model 3 while moving, and Tesla showed it hitting 60 mph in roughly one second.
Musk called it the best of the last human-driven cars and said that, in the longer term, it will be the only manually driven car Tesla builds. Tellingly, Tesla's FSD driver-assistance system is not part of the package.
Three trims: Performance, Thrust and Rocket
The configurations were published on Tesla's X account after the stream. Thrust and Rocket are treated as “augments” stacked on top of the base Performance car.
Tesla Roadster trims at a glance
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Trim
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Billed as
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Seats
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Key hardware
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0-60 mph
|
Availability
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|---|---|---|---|---|---|
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Performance
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Active aero, multi-mode suction (fan) system
|
||||
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Thrust
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Adds rear-mounted cold-gas thrusters
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||||
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Rocket
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10 cold-gas thrusters around the car for lift and rotation
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Tesla quotes a range of more than 300 miles and a top speed of over 230 mph. Coverage differs on whether that top speed applies to every trim or only to the Rocket. Tesla's own Roadster page states the Rocket is not approved for public road use, and Musk admitted he isn't sure the car is legal in every jurisdiction.
How the thrusters work
This is where SpaceX comes in. According to Moravy, the Roadster feeds 10 thrusters from around 600 litres of compressed air, and the tanks can be recharged. Tesla says getting cold-gas thrusters to work in the atmosphere rather than in a vacuum needed new hardware and controls, and that every usable void in the car is packed with carbon-fibre overwrapped pressure vessels (COPVs). More stored gas means more “flight time.”
Tesla claims the thrusters produce four to five times the force the tyres can handle, which is how it sidesteps the traction limit that caps every other car's acceleration.
The suction system does the opposite job. Tesla says its fans pull enough air from under the car to hold it upside down, even when stationary. In Track Mode, the Roadster lowers itself and deploys active wings driven by the same actuators Tesla developed for its Optimus robot, with Tesla claiming downforce close to Formula 1 levels.
From S3XY to Cyber: the new design
The car looks very different from the 2017 prototype. Tesla says its design language has moved on from the S3XY lineup to Cybertruck, Cybercab and Optimus, and that the Roadster draws on the SR-71 reconnaissance jet and the F-35 fighter. Highlights include:
- Exterior: hidden headlights, a full-length taillight, flush-mounted aero and scissor doors
- Paint: “Ano White,” said to borrow from coatings used to protect rockets
- Glass: tinted windows meant to evoke the gold visor of a spacesuit
- Cabin: steer-by-wire yoke, centre touchscreen and two small driver displays
- Weight saving: fixed seat position, manual controls, and magnesium, titanium and carbon fibre throughout
What changed since 2017
Some numbers went backwards, others went off the scale. Tesla originally promised 620 miles of range, a top speed above 250 mph and a 2+2 cabin. The production car is quoted at over 300 miles, over 230 mph and two seats at most. Acceleration went the other way: even the base Performance trim beats the 1.9-second 0-60 mph figure promised in 2017.
2017 promise vs 2026 reveal
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Spec
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2017 prototype promise
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2026 production reveal
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|---|---|---|
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Range
|
||
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Top speed
|
||
|
Seats
|
||
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0-60 mph
|
under 1.6 s (Performance) to under 0.59 s (Rocket)
|
|
|
Production
|
Claimed 0-60 mph times: 2017 promise vs 2026 trims
Shorter bar = quicker. Bars scaled to the 1.9 s figure promised in 2017. 2026 figures are Tesla claims ("under" values). Data: Tesla via Electrek, 15 October 2026.
2017 prototype promise
1.9 s
Performance
<1.6 s
Thrust
<0.9 s
Rocket
<0.59 s
Price, reservations and production
Tesla still hasn't priced any of the three trims, and earlier reporting has pointed to a figure north of $200,000. Reservations have reopened on Tesla's website. Electrek reports a $5,000 refundable payment up front with a further $45,000 due within 10 days, the same $50,000 total Tesla asked in 2017, while TechCrunch reports $250,000 to reserve the Thrust. The Rocket is invite only.
Production is set for 2028. That's eight years after the original 2020 target, and follows delays announced in 2020, 2021, 2023 and 2024, plus a string of slipped reveal dates this year, including April Fools' Day and an attempt on 1 October that was called off due to severe weather.
Bottom line
The engineering on show is genuinely new: cold-gas thrusters that work in the atmosphere, a fan system that can hold a car to a ceiling and Optimus-derived active wings, all in one car. But the stunts grabbing the headlines belong to limited and invite-only trims that aren't road legal, the range has roughly halved since 2017, and there's still no price. For the early reservation holders who have waited nine years, the real test comes in 2028.
Sources
