Tesla’s flying Roadster: what was shown, and what was only said

01Beginner

What happened on stage

On Thursday 15 October 2026, Tesla showed its second-generation Roadster driving up a ramp, hanging upside down, and then flying off to roll in the air and land on its wheels.^[1]

The event was livestreamed on Tesla’s X account from a SpaceX rocket-testing site in McGregor, near Waco, Texas.^[1]^[2] Elon Musk, who runs both Tesla and SpaceX, said “flying cars are real”, and added that the car’s “success is not guaranteed” but that “it will probably work.”^[1]

Tesla marketing image of the Roadster from behind and the side with its doors raised, against a starry desert sky. — Fig. 1 — Tesla’s own picture of the Roadster, with its upward-opening doors raised. Image: Tesla, from tesla.com/en_in/roadster, retrieved 18 October 2026. It is a marketing image, not a photograph from the event, and Tesla does not say whether it is a render.

1
The car drives up a curved ramp that becomes a vertical wall, then an overhanging ledge.
2
A fan-based suction system holds it upside down against the ledge.
3
It drops away, rolls in the air and lands on its wheels, using cold-gas thrusters.
4
In a second stunt it launches over a line of vehicles, including a Tesla Semi cab.

Space.com reports the driver’s seat held a mannequin in a SpaceX spacesuit, a nod to “Starman”. The sources we read do not say how the car was controlled.

Fig. 2 — What happened in the demonstration, from the press accounts.

The car clung to the ramp by suction, dropped away, rolled and landed using cold-gas thrusters, then used the same thrusters to leap over a line of vehicles. TechCrunch lists a Cybercab, Cybertruck, Tesla Semi, Model Y and Model 3.^[3] Space.com counts six vehicles including a Semi cab and notes that the driver’s seat held a mannequin in a SpaceX spacesuit, a nod to the dummy that rode the first Roadster into space in 2018.^[4]

Tesla marketing image of a Roadster with a spacesuited figure at the wheel, with Earth behind it. — Fig. 3 — The picture Tesla’s page labels “Roadster orbiting Earth”, a spacesuited figure at the wheel. It echoes the Starman dummy in the 2018 Roadster that SpaceX launched into orbit. Image: Tesla, from tesla.com/en_in/roadster, retrieved 18 October 2026.

The date matters because this car has been promised for a long time. Tesla first showed the second-generation Roadster in 2017 and, as Fox Business recounts, said deliveries would begin in 2020.^[2]

2017
Second-generation Roadster revealed at the end of the Tesla Semi event; deliveries promised for 2020. $50,000 deposits taken.
2018
Musk posts that a SpaceX package would add about 10 small rocket thrusters. The first Roadster launches into space on Falcon Heavy.
2020–24
Delayed in 2020, 2021, 2023 and 2024, as reported.
2025–26
A reveal “by end of 2025”, then April 1, 2026, then 1 October 2026, which severe weather pushed back.
15 Oct 2026
Reveal at a SpaceX test site near Waco, Texas, livestreamed on Tesla’s X account.
2028
Production, according to Musk. No price announced.

As reported by TechCrunch and others. Dates of past announcements are as the press recounts them.

Fig. 4 — Nine years from the first reveal to this one, as TechCrunch recounts it.

02Beginner

The three versions

Tesla now describes three versions, and it matters which one a claim is about. Performance is “road ready”, with two seats, active aerodynamics and a suction system. Thrust is “race ready”, with rear thrusters. Rocket is “air ready”, with one seat and thrusters around the car.^[5]

Tesla marketing image of a white Roadster seen from the front and side on a dark floor. — Fig. 5 — The Roadster’s angular nose and low roofline, as Tesla shows them. Image: Tesla, from tesla.com/en_in/roadster, retrieved 18 October 2026.

By reservation

Performance

“Road ready.” Two seats. Active aerodynamics and a multi-mode suction system for downforce.

Limited release

Thrust

“Race ready.” Two seats. Adds rear cold-gas thrusters that Tesla says take it from 0–60 in under 1 second.

Invite only

Rocket

“Air ready.” One seat. Thrusters around the car for forward, upward and rotational movement. “So yes, it can fly.”

Quotations are Tesla’s own wording on its Roadster page. The page adds: “Not approved for public road use”, and that its listed specifications are for the Thrust augment only.

Fig. 6 — The three versions, in Tesla’s words.

Close-up of the rear of the Roadster showing a glowing red taillight bar above four round ports. — Fig. 7 — The rear as Tesla shows it: a taillight bar above four round ports. Tesla’s page ties rear cold-gas thrusters to the Thrust version; this picture does not say which version it shows. Image: Tesla, from tesla.com/en_in/roadster, retrieved 18 October 2026.

Tesla’s page says the Thrust version goes from 0 to 60 mph in under one second, and a footnote says the specifications on the page are for the Thrust augment only, an optional upgrade.^[5] A day later Tesla’s X account posted a video clip captioned “0-60 mph in 0.81 seconds”.^[6] TechCrunch reports that all three versions have 300 miles of range and can exceed 230 miles per hour.^[3]

Claim	Figure	Applies to
0–60 mph	Under 1 second	Thrust (Tesla’s page)
0–60 mph, as posted	0.81 seconds	Tesla’s X post, 16 October (a video clip)
Range	300 miles	All three trims (TechCrunch)
Top speed	More than 230 mph	All three trims (TechCrunch); Fox Business: Musk, “certain versions”
Seats	2 (Performance, Thrust), 1 (Rocket)	Tesla’s page
Production	2028	Musk, per all four press reports

Claims, not test results. The car was shown accelerating to 60 mph in under a second during the event, as Fox Business and TechCrunch report, and Tesla later posted a clip captioned 0.81 seconds; there has been no independent measurement.

Fig. 8 — The headline figures, and who said each one. Claims, not test results.

Notice what is missing: a price. Musk named a production year, 2028, and no price.^[3] Fox Business adds that a decade ago Tesla quoted a base price of $200,000.^[2]

03Intermediate

How it works

There are two systems at work, and only one of them is a rocket. The first is suction. Tesla says a multi-mode fan and ground-sealing system pulls air from beneath the car as a downforce generator, with enough pull to hold it upside down even when stationary.^[5] Musk said it should help the car stay glued to the road in fast corners.^[4]

Tesla
What it is
A multi-mode fan and ground-sealing system that pulls air out from beneath the car, acting as a downforce generator.
Tesla
What it does
Tesla says it gives enough suction to hold the car upside down even when stationary, and adds traction and cornering speed.
Musk
Why it matters on a road
Musk said it will help the car stay connected to the ground during fast turns.

Wording paraphrased from Tesla’s Roadster page and Space.com’s account of Musk’s remarks.

Fig. 9 — The suction system, in three lines.

Tesla image of a Roadster seen from behind and upside down above a second view of the car with gas venting from its rear thrusters. — Fig. 10 — Tesla’s “Defying Gravity” picture: one view of the car upside down, another with gas venting from the rear. It illustrates the suction and thruster ideas rather than the event itself. Image: Tesla, from tesla.com/en_in/roadster, retrieved 18 October 2026.

Tesla graph of downforce against speed with lines for a multi-mode fan, a tyre load limit and low drag, with no numbers on the axes. — Fig. 11 — Tesla’s chart for its suction system: downforce against speed, with lines for the multi-mode fan, a “tire load limit” and low drag. There are no numbers on the axes, so it shows the idea, not measurements. Image: Tesla, from tesla.com/en_in/roadster, retrieved 18 October 2026.

The second is the thruster system. “Cold-gas” means these are not combustion rockets: they release compressed air. Tesla’s engineering vice-president Lars Moravy said the car has 10 thrusters fed from 600 litres of compressed air, stored in carbon-fibre-wrapped pressure vessels that fill every usable void.^[4] Musk said the main thrusters are at the rear, with attitude-control thrusters that steer the car’s orientation.^[4] Tesla said on X that the thrusters produce four to five times the force the tyres can.^[2]

Thrusters

Tesla engineering VP Lars Moravy

600 L

Compressed air

about 250 kg, per Space.com

COPVs

Pressure vessels in “every usable void”

Tesla on X

4–5×

Thruster force against what the tyres give

Tesla on X, as quoted by Fox Business

Musk said the car has main thrusters at the rear and attitude-control thrusters that steer its orientation. Moravy said the tank can be recharged. All figures are Tesla’s claims, not measurements.

Fig. 12 — The air system in numbers. Tesla’s claims.

04Beginner

What reserving costs

There is no price, but there is a way to put money down. Tesla’s reservation page shows $5,000 due today for the Performance version, labelled “fully refundable”, and a further $45,000 due within 10 days, so $50,000 in all.^[7] The page warns that reservations are not final until payment is received and that refunds for modifications are not issued.^[7]

Reservation page

Performance: $50,000

$5,000 due today, shown as “fully refundable”, then $45,000 within 10 days. The page says reservations are not final until payment is received.

Reported

Thrust: $250,000

TechCrunch and Fox Business report this reservation payment. Tesla’s page lists the trim as “limited”. We did not see this figure on the page ourselves.

Reservation page

Rocket: invite only

Not open for reservation. No price shown.

These are reservation payments, not the price of the car, which Tesla has not announced. Fox Business notes that about a decade ago Tesla quoted a base price of $200,000.

Fig. 13 — Reservation payments as of 18 October 2026. These are deposits, not the price of the car.

TechCrunch and Fox Business report a $250,000 reservation payment for Thrust, and describe Rocket as invite-only.^[3]^[2] A reservation is a place in a queue for a car that may not exist until 2028. Check the terms on Tesla’s page before paying anything.

05Intermediate

Safety and the regulators

Musk was direct about priorities. At the event he said it is “not necessarily a safety-optimized car”.^[4] Earlier this year, on a podcast, he said that if safety is your first goal you should not buy the Roadster, and that Tesla would “aspire not to kill anyone in this car”.^[3]

Regulators have not caught up. The Federal Aviation Administration told CBS News the vehicle does not meet its definition of an aircraft. The National Highway Traffic Safety Administration normally oversees cars but delegates safety certification to the manufacturer. A senior transport official was sceptical it could take off, but said there was no clear answer on who would oversee it.^[1]

What Musk has said about safety

At the event: “not necessarily a safety-optimized car”.
On a podcast earlier this year, as quoted by TechCrunch: if safety is your number one goal, do not buy the Roadster.
Tesla would “aspire not to kill anyone in this car”.

What the regulators said (CBS News)

The FAA told CBS the vehicle does not meet its definition of an aircraft.
NHTSA normally oversees vehicles but delegates safety certification to the maker; it had not responded.
A senior transport official was sceptical it could take off, but said there was no clear answer.

Tesla’s page says the car is not approved for public road use. Space.com adds that it is hard to imagine the flying version being certified for everyday use.

Fig. 14 — Statements on safety, and where the regulators stand.

06Advanced

The AI claims we were handed

This article began with a block of text that described the Roadster as an “intelligent” machine: machine learning balancing the thrusters, predictive tuning of torque, a Grok voice assistant in the cabin, and “Guardian Angel” neural networks that brake and steer to prevent crashes. We do not know where the text came from. We checked each claim against Tesla’s own pages and the four reports.

Control: yes. ML: not stated
“Machine-learning algorithms and high-speed sensors balance the thrusters and suction.”
Tesla’s page says the thrusters use all-electric actuators to make micro-adjustments within a fraction of a second to help stabilise the car in flight. It does not say machine learning or name sensors.
Not supported
“The computer adjusts torque from your driving style, road and tyre grip to allow sub-1-second 0–60.”
Not in any source we read. Tesla attributes the sub-1-second figure to the Thrust trim’s rear thrusters, and says the thrusters add 4–5× the force tyres can give.
Not found
“Tesla’s Grok assistant acts as a conversational co-pilot in the cabin.”
Not found on Tesla’s Roadster page or in the four reports. The page describes a yoke for steer-by-wire, a centre touchscreen and two smaller forward displays.
Not found
“Guardian Angel” neural networks brake and steer to prevent collisions.
Not found. Musk called it “not necessarily a safety-optimized car” and said safety is not the main goal.

Claims from a text we were given, whose origin we do not know. “Not found” means absent from the sources listed, not proof the feature does not exist. Tesla may say more later.

Fig. 15 — Four claims from the text we were given, against the sources.

Tesla marketing image of the Roadster cabin with a yoke steering wheel, a centre touchscreen and light-coloured seats. — Fig. 16 — The cabin as Tesla shows it: a yoke, a centre touchscreen and light seats. Neither the picture nor the page text mentions a voice assistant. Image: Tesla, from tesla.com/en_in/roadster, retrieved 18 October 2026.

The result is mixed. The thruster claim has a real basis in Tesla’s description of fast actuator control, but nothing says machine learning is involved. The torque-tuning claim confuses the cause: Tesla attributes the sub-one-second time to the rear thrusters, not to software that learns your driving.^[5]^[2] The Grok and “Guardian Angel” claims do not appear in any source we read. The safety claim also sits awkwardly with Musk’s own words about priorities.

Said by Tesla

“The best of the last human-driven cars”

Tesla wrote this phrase on X, as Fox Business reports, and TechCrunch quotes Musk using similar words. A Cybercab was among the Tesla vehicles the Roadster jumped over at the event.

Our reading

Control, not “AI”, is the claim

What Tesla describes is fast control engineering: actuators, fans, active wings and steer-by-wire. That is precise and impressive, but it is not the same thing as AI, and Tesla did not call it that on its page.

The “Our reading” card is our interpretation, an illustration rather than a Tesla statement.

Fig. 17 — Where AI does and does not enter the Roadster story.

None of this proves the features do not exist. Tesla may announce more, and its page describes a car still two years from production. But a published article should not state as fact what its sources do not say. That is the standard we applied.

07Intermediate

Where the sources disagree

A product launch produces a flood of quick stories, and they do not always agree. We found four small conflicts, and checked each against Tesla’s pages where we could.

Resolved
Deposit: $5,000 or $50,000?
Both are right. CBS reported the $5,000 due today; TechCrunch and Fox reported the $50,000 total. Tesla’s page shows $5,000 now and $45,000 within 10 days.
Resolved
0–60: “under a second”, “one second” or 0.81?
All three are Tesla’s own. Its page says “under 1 second” for Thrust, TechCrunch wrote “one second”, and Tesla’s X account posted a clip captioned “0-60 mph in 0.81 seconds” on 16 October. They are consistent, but 0.81 is a claim from one video, not a measured test.
15 Oct
Event date: 15 or 16 October?
The event was Thursday 15 October in Texas. Space.com’s text says “last night (Oct. 16)”, which conflicts with its own and others’ dates.
Same place
Where: Waco or McGregor?
The SpaceX test site is in McGregor, near Waco. Both are used.

Fig. 18 — Conflicts in the coverage, and how we settled them.

08Intermediate

What nobody knows yet

The honest list of what we cannot say is long. There is no price, no independent test, no clear legal path for the flying version, and no description of how the stunts were controlled. Wall Street is also cautious: analyst Dan Ives wrote that the Roadster will not move volume or revenue, and described it as a way to restore the brand’s halo.^[1]

Unknown
Price
Not announced. Reservation payments are not a price.
Unknown
Which trims will actually ship
Performance is “by reservation”, Thrust “limited release”, Rocket “invite only” and “not available in all regions”.
Unknown
Whether the flying version can be legal to use
No agency has a clear answer, per CBS.
Unclear
How the stunts were controlled
The driver’s seat held a mannequin. The sources do not describe the control system.
Unclear
Independent performance figures
None yet. All numbers are Tesla’s.

Fig. 19 — What is still unknown.

Soon
Tesla’s quarterly results, 21 October
CBS cites an analyst expecting the Roadster to be a halo, not a revenue driver.
Next
A price and a spec sheet
Until then, treat every figure as a target.
Next
Regulators
Whether NHTSA or the FAA issue statements on a road-legal and a flying version.
Later
Independent tests
None can happen before cars exist; production is planned for 2028.

Fig. 20 — What to watch next.

The message

Tesla showed a car doing something no road car has publicly done: hanging upside down on suction and rolling through the air on compressed-air thrusters. That is genuine engineering theatre. What it has not shown is a finished product, a price, or an AI brain. The version that the pitch calls “intelligent” is, in the sources we can read, a story about fast control of fans and thrusters, and a promise for 2028.

The Roadster is a demonstration with a deposit page; read the specifications as targets and the AI features as unproven until Tesla publishes them.

Quick quiz

Tap a question to check your answer.

Q1When and where was the Roadster revealed?

Thursday 15 October 2026, at a SpaceX rocket-testing site in McGregor, Texas, near Waco, livestreamed on Tesla’s X account.

Q2What are the three versions, and which one is said to do 0–60 in under a second?

Performance (road ready), Thrust (race ready) and Rocket (air ready). Tesla’s page attributes the under-one-second figure to Thrust.

Q3What does a Roadster reservation cost?

For Performance, $5,000 due today and $45,000 within 10 days, $50,000 in total, per Tesla’s page. Thrust is reported at $250,000. These are deposits; there is no announced price.

Q4Do the sources say the Roadster uses machine learning, Grok or a “Guardian Angel” safety system?

No. We found none of these in Tesla’s Roadster page or in four news reports. Tesla describes electric actuators for thruster control, and Musk says it is not safety-optimised.

Q5Can the flying version be driven on public roads?

Tesla’s page says it is not approved for public road use, and the FAA says it does not meet its definition of an aircraft.

References

The sources behind this article: original papers, official announcements and documentation. Each link was opened and checked on 18 October 2026; documentation without a fixed date is cited as it read that day.

[1]
CBS News (with AFP) (15 October 2026, updated 16 October). With Tesla Roadster debut, Elon Musk shows “flying cars are real”. CBS News.
Reporting · Supports: The event on Tesla’s X livestream, Musk’s quotes, the $5,000 deposit, FAA and NHTSA positions, analyst view and the 21 October earnings date
[2]
Mion, L. (15 October 2026, updated 16 October). Tesla’s new Roadster makes a flying debut, hitting 60 MPH in under a second. Fox Business.
Reporting · Supports: Tesla’s 4–5× thruster-force claim, the $50,000 and $250,000 reservation payments, the 2017 base price and 2020 delivery promise
[3]
O’Kane, S. (15 October 2026). Tesla reveals SpaceX-powered Roadster that flies and falls with style. TechCrunch.
Reporting · Supports: The demo and vehicles jumped, trims, 300 miles and 230 mph, 2028 production, reservation payments, delay history, Musk’s safety remarks
[4]
Wall, M. (16 October 2026). SpaceX thrusters just made a Tesla Roadster ‘fly’ (and Elon Musk’s car is still out there in space). Space.com.
Reporting · Supports: 10 thrusters and 600 litres of compressed air, main and attitude-control thrusters, the mannequin driver, Musk’s “not necessarily a safety-optimized car”
[5]
Tesla. Roadster. Tesla (opened in a browser, 18 October 2026).
Announcement · Supports: The three versions, the suction system, cold-gas thrusters with all-electric actuators, 0–60 in under 1 second for Thrust, and “Not approved for public road use”
[6]
Tesla (@Tesla) (16 October 2026). 0-60 mph in 0.81 seconds. X (a video post, read without logging in).
Announcement · Supports: Tesla’s own caption for a 0–60 clip; compared with the “under 1 second” on its Roadster page
[7]
Tesla. Reserve Your Roadster. Tesla (opened in a browser, 18 October 2026; nothing entered).
Announcement · Supports: $5,000 due today (fully refundable) plus $45,000 within 10 days for Performance; Thrust limited, Rocket invite only

How this article was made

Researched and drafted with the help of AI assistants, checked against the sources above, and published by Mrinal Singh Raja as general information, not professional advice. Facts come from the sources listed and may change, so please check them before relying on them. Spotted a mistake? Tell us and we will correct it. Our editorial standards explain how AI is used here.

Tesla, SpaceX, X, TechCrunch, CBS News, Fox Business and Space.com are independent of MSRX; this article is not affiliated with or endorsed by any of them. Tesla’s Roadster and reservation pages were opened in a browser on 18 October 2026; nothing was entered or submitted. Quotes are word for word from the linked sources. Facts were checked on 18 October 2026 and may change; Tesla’s pages can be edited at any time. All performance figures are claims by Tesla or press reports, and none has been independently tested.