Key Points
ใปOn October 15, 2026 (U.S. time), Tesla demonstrated its new Roadster with no one aboard. According to Fox Business and Electrek, the car climbed a curved ramp held down by fans, jumped off the end using cold gas thrusters developed with SpaceX, flipped in the air and landed.
ใปOnly one of three trims, the one-seat, invitation-only “Rocket,” is built for flight, and it is listed as not approved for public roads, according to Electrek. Executives gave 2028 as the target for starting production, according to Fox Business.
ใปThe demonstration showed that a car can be lifted off the ground. Whether anything reaches everyday cars depends on whether the thrust and suction technologies can meet conditions of weight, noise, cost and safety, and a successful demo, a viable product and a social benefit are separate questions.
An Unmanned Roadster Left the Ground and Landed
On the evening of October 15, 2026 (Central time, the morning of October 16 in Japan), Tesla streamed a demonstration of its new Roadster on X from SpaceX’s test site in McGregor, Texas, according to Fox Business. The car ran up a curved ramp, was pulled to the surface by fans until it was close to upside down, then left the end of the ramp on cold gas thrusters (devices that push the car by releasing compressed air) developed with SpaceX. It flipped in mid-air and landed. The program also included a jump over a row of cars and a large truck.
No one was inside the car, according to Electrek. Elon Musk said the demonstration was “technically autonomous” so that no one would be killed, according to an AP report carried by BNN Bloomberg on October 16, 2026. The height and the time in the air have not been disclosed, according to Electrek.
According to Electrek and the Japanese tech outlet Techno Edge in October 2026, which cite Tesla’s website, the Roadster takes reservations in three trims. The “Performance” for the road and the “Thrust,” which adds a rear thruster, seat two and require deposits of $50,000 and $250,000. The “Rocket,” with thrusters around the body, seats one, is invitation-only and is listed as not approved for public road use. Executives gave 2028 as the production target and did not state a final price, according to Fox Business.
The Federal Aviation Administration told CBS News in October 2026 that the car does not meet the definition of an aircraft. The National Highway Traffic Safety Administration told CBS News that manufacturers must meet federal motor vehicle safety standards.
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How the Car Sticks to a Ramp and Jumps Off It
A cold gas thruster is a device that stores compressed air or another gas in a tank and pushes a vehicle by releasing it through a nozzle, with no combustion involved. Because it burns no fuel it is mechanically simple, and spacecraft have used it for decades to adjust their orientation.
Why does the car not fall off when it is upside down?
The suction system uses fans to push the air under the body outward, which lowers the pressure beneath the car. The surrounding air then presses the body against the road, producing strong downforce even when the car is standing still. A conventional racing car that uses wings does not generate this force until it is moving fast.
The idea is half a century old. In the 1970s, racing cars with rear fans that pulled air out from under the car appeared, including the American Chaparral 2J and the Formula One Brabham BT46B. The BT46B raced once in 1978, won, and then disappeared from the grid.
The British carmaker McMurtry drove its Spรฉirling upside down with a person aboard in April 2025, according to the Institution of Mechanical Engineers. That was a test in which the car, turned over on a rotating platform, moved forward for a few seconds, a different condition from climbing a ramp and sticking to it.
What lifted the car into the air?
Musk wrote on X in 2018 that a “SpaceX option” with about ten small thrusters around the car was planned, adding “Maybe they will even allow a Tesla to fly,” according to Electrek on June 9, 2018. This demonstration turned that idea into a moving car.
Suction held the car to the ramp, and thrusters lifted it and turned it in the air. They are separate devices, and the conditions for using each on public roads differ.
Only one of the three trims can fly
According to Electrek and Techno Edge in October 2026, which cite Tesla’s website, the three trims differ as follows.
| Trim | Seats | Main equipment | Position |
|---|---|---|---|
| Performance | 2 | Suction system and adjustable aerodynamics | For public roads |
| Thrust | 2 | Rear thrusters that assist acceleration | A higher-acceleration trim |
| Rocket | 1 | Thrusters around the body for lift and attitude control | Flight-capable, invitation-only, not approved for public roads |
The Rocket has one seat reportedly because the second seat was removed to make room for additional high-pressure tanks, according to Electrek. It is the only one of the three trims designed to move in the air.
What the demonstration confirmed is that an unoccupied car can stay in the air for a short time, change its orientation and land. How long or how high it can stay up, how it moves with a person aboard, and whether it can come down safely if the compressed air runs out or a part fails have not been shown. The FAA’s answer concerned whether the car meets the definition of an aircraft. Which agency would handle its use in the air has not been disclosed, and CBS News’s own headline said the answer is not readily clear.
Nine years of delays for a flagship car
According to Electrek on September 29, 2025, the new Roadster was announced in 2017 with a production target of 2020, and Tesla collected reservation deposits of $50,000 to $250,000. Production dates have slipped repeatedly since.
In 2025, the popular YouTuber Marques Brownlee canceled a long-held reservation, and a delay in refunding part of the deposit drew attention, according to Electrek and The Autopian. With the latest announcement, Japan has also begun taking reservations for left-hand-drive cars only, according to Techno Edge.
According to The Drive in October 2026, the new reservation terms include language saying Tesla cannot guarantee when, or whether, a car will be delivered. According to The Autopian’s 2025 account of the terms then in force, a deposit is fully refundable before a purchase agreement is signed.
Will a Founder’s Dream Become Something Someone Needs?
A successful demo and a valuable product are separate questions
What the demonstration settled is that it worked as a technical showpiece. A car really did go airborne, flip and land. The idea Musk posted about in 2018 now exists as a moving machine.
How to judge what follows splits at least three ways. Will the product find buyers and pass safety certification? Will the demonstration bring Tesla the attention, talent and brand value that matter to the company? Will the technology leave something useful for other cars and other fields? One of these can succeed while the others still need their own proof.
That may be why reactions to the demonstration split among surprise, doubt about its use and sarcasm about 2028. They look at different stages. “That is amazing,” “when would anyone use it” and “will it really come out” are three questions asked of the same demonstration.
Whose future was this built for?
The new Roadster is a car that gives form to the “maybe a Tesla can fly” idea Musk has talked about since 2018. At the unveiling he said, in effect, that it was not necessarily a safety-optimized car and that he had turned the “fun meter to 11 out of 10,” according to BNN Bloomberg (AP). It reads less like a car designed backward from an everyday inconvenience and more like a car in which the makers put what they wanted to build first.
There is still a route to a viable product. A limited-run sports car costing hundreds of thousands of dollars is a market where the price pays for rarity, surprise and the satisfaction of owning, more than for speed or convenience. Some products work when a small number of buyers pay for the experience, even if the technology never spreads to other cars.
A founder’s dream sometimes comes first and demand grows afterward. Tesla’s first car was the 2008 Roadster, a small-volume luxury sports car. It was the first step of a plan Musk published in 2006: earn technology and money with an expensive car, then move to mass-market models. It is one case in which a dream-led project bore fruit.
Today’s Tesla also carries other businesses, including driverless taxis and humanoid robots. How many people and how much money the Roadster uses has not been disclosed. If the founder’s interest and the company’s priorities drift apart, who decides where engineers and money go, including shareholders, is a question still ahead.
Which of these technologies could reach everyday cars?
No turning point at which ordinary cars head for the sky is in sight. Equipment for flight adds weight, price and maintenance. The Rocket removing a seat to carry tanks shows how heavy that burden is. If many cars flew, the sky would also need traffic management, and congestion could simply move upward.
The nature of the danger also changes. Using flight outside a track would expose not only the people aboard but also pedestrians and other cars to the blast from thrusters, flying debris and failed landings. A sports car that an owner accepts the risk of driving and a device that spreads burden to others face very different conditions for approval.
One candidate for use on the ground is suction-based grip. A system that presses the car down even when stopped could in principle help with stability in corners and sudden avoidance. How the new Roadster’s grip behaves at a standstill, and how it behaves in a failure, have not been shown, so this stays a candidate to be checked on the production specification.
Against that, fans use power and make noise, and suction weakens on uneven roads. The 1970s fan cars also drew complaints for blowing sand and debris backward. How much can be brought into production cars depends on that balance.
Looking beyond cars, possible uses include robots that cling to walls to inspect bridges and exteriors, disaster-response robots that cross steps, and attitude control for spacecraft. These are candidates one could imagine, and Tesla has not shown any plan to adapt the technology. Suction and cold gas jets are both existing technologies. If something spreads from this development, it would be when concrete gains in size, durability and cost are shown.
Will a human-driven car become a product that sells an experience?
Musk said at the event that the Roadster would be the only human-driven car Tesla makes in the long term, according to BNN Bloomberg (AP). The same company has started producing the Cybercab, a driverless taxi with no steering wheel or pedals.
In the future Tesla describes, getting around is done by automated cars, and a human-driven car narrows to a single machine for the pleasure of driving itself. It is a position like that of the horse, once a means of transport and now a hobby in riding. Whether the car market as a whole follows is unclear, but the new Roadster can be read as an extreme version of that direction.
From that view, what is tested is less how practical the car is than how many people will pay how much for the experience. How much flight or inverted driving is needed for that will be checked against the specification that arrives in 2028.
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Japanese Reactions to Tesla’s Flying Roadster Demo
This section covers posts on X. They are reactions on X, not a measure of Japanese public opinion. The Japanese posts we found were mostly surprise and jokes referring to movies and anime, with doubts of two kinds, over whether the car really “flew” and over the reservation money and delivery date. Only the Nikkei post below had spread widely, and most others were small accounts. Posts on Japan’s reservation deposit and on whether a Japanese license could cover such a car also appeared. Any figures inside a post are the poster’s claims.
The post that spread most in Japanese was a headline from Nikkei, which framed the demonstration as a “flying Roadster” and added a note on Tesla’s share price.
ใในใฉใฎ็ฉบ้ฃใถใญใผใในใฟใผใ็ฉบๆฐใฎๅใง่ปไฝๆตฎไธใๆ ชไพกใฏ2%ไธ่ฝhttps://t.co/V9Zz31SU0j
— ๆฅๆฌ็ตๆธๆฐ่ ้ปๅญ็๏ผๆฅ็ต้ปๅญ็๏ผ (@nikkei) October 16, 2026
“Tesla’s flying Roadster lifts its body with the force of air; shares fall 2%”
Nikkei (Nihon Keizai Shimbun) Electronic Edition, October 16, 2026 (translation of the post text)
This is a news organization’s headline, not an individual’s feeling. It shows the demonstration landing in Japanese media under the “flying car” label, with the stock market’s reaction reported beside it.
The next post is from the president of a company, who quoted the Nikkei report and added a cool comment.
ใในใฉใฎ็ฉบ้ฃใถใญใผใในใฟใผใ็ฉบๆฐใฎๅใง่ปไฝๆตฎไธใๆ ชไพกใฏ2%ไธ่ฝ๏ผๆฅๆฌ็ตๆธๆฐ่ใไพกๆ ผใฏ้ๅ ฌ่กจใ ใใไบ็ด้ใฏๆจๆบๅใ5ไธใใซใในใฉในใใฏ25ไธใใซ๏ผ็ด3950ไธๅ๏ผใจใใใไบ็ด้ใๆใฃใฆใใๆถ่ฒป่ ใฎใใจใซใใคๅฑใใใฏไธๆใ ใ้ข็ฝใใใฉใญใๅ ฌ้่ตฐ่กใฏ้ ใใใ ใชใโฆhttps://t.co/PSMfuEBW0z
— CIM Groupใไปฃ่กจๅ็ท ๅฝน็คพ้ทใไธญ่ฅฟๅบๆด (@CIM_coltd) October 17, 2026
“Tesla’s flying Roadster, body lifted by the force of air; shares fall 2%: Nihon Keizai Shimbun. ‘The price is undisclosed, but the deposit is $50,000 for the standard model and $250,000 (about 39.5 million yen) for the Thrust. Even if you pay the deposit, it is unclear when it will reach consumers.’ Interesting, though. Driving on public roads looks far off…”
Motoharu Nakanishi, president of CIM Group, October 17, 2026 (translation of the post text)
The tone is “interesting technology, but a long way from the road, with no delivery date.” It mirrors the doubts in the analysis above, about the gap between a demonstration and a product that can be delivered.
An individual writer expressed admiration and worry in the same post.
ใ็ฉบ้ฃใถใฏใซใใใฎใคใกใผใธใฃใฆๆฌๅฝใฏใใใชใใใใชใใฃใใฎ๏ผ
— ใใใใ@ใฉใคใฟใผ (@ViepnzMdJAhvWHn) October 18, 2026
ใใญใผใณใๅทจๅคงๅใใฆใญใผใฟใผๅใใฆใใใใใใชใใฆใๅฐไธใ่ตฐใในใใผใใซใผใใใฎใพใใพ้ฃใถใใคใ ใใญใ
ใในใฉใใใใใชใ
ใใ ใ่ชๅ่ปๅ ่จฑใง้่ปขใใใใๅฑใชใใใ ใชใใhttps://t.co/aLaZXcW614
“Wasn’t this what a ‘flying car’ was supposed to be all along? Not a giant drone spinning rotors, but a sports car that runs on the ground and just flies as it is. Tesla is amazing. Although letting people drive it on an ordinary driver’s license seems dangerous.”
Shigezo, a self-described writer, October 18, 2026 (translation of the post text)
Surprise and concern about licensing and rules sit together. The comparison to rotor-driven “flying cars” shows how the Japanese term often points to drone-like aircraft, which this machine is not.
The last post is a skeptical reading of what the video shows.
ใในใฉใฎ็ฉบ้ฃใถ่ปใใใ้ฃใใงใใใใใชใใฆใ้ซใๆใใ่ฝใกใใฎใๅงฟๅขๅถๅพกใใฆใใใ ใใญใ
— ใใผ / nรผ (@nuthemedia) October 18, 2026
ใใฎ้ซๅบฆใพใงใฏ้ใ็ปใฃใฆใใ https://t.co/iijYcEgP8B
“About Tesla’s flying car: it isn’t flying, it’s controlling its attitude after falling from a high place. It climbs the road up to this height.”
Nu (@nuthemedia), October 18, 2026 (translation of the post text)
This is the poster’s own reading, not an established fact. In the demonstration, the car climbed a ramp held by suction and then moved through the air on thrusters, and the height and time in the air were not disclosed. The post fits a recurring doubt about whether to call it flight, and the poster’s account of the physics is a reading of the video and not something Tesla or reporters confirmed.
Many Japanese posts also joked about movies and anime, or suspected the video was AI-generated. This section reflects a selection of what search surfaced, so it cannot show proportions, and we left out posts from small accounts and stock promotions.
What Turns Surprise Into a Usable Future
What is asked after a car leaves the ground
Tesla’s car really did go airborne. After nine years of delays since the 2017 announcement, the most outlandish part of the concept was shown as a working machine, which is a significant event.
What the demonstration established for practical use is that an unmanned car jumped once, changed direction and landed. Whether a production specification can repeat it, whether it is safe with a person aboard, and whether there is anywhere it can be used without endangering people and cars nearby have not been shown. The size of the surprise and whether it becomes a usable future will be answered separately.
Whether a future a founder wanted to build grows into technology that someone needs may begin to show in whether the 2028 production target holds and what a production specification comes with.
Frequently Asked Questions
Can Tesla’s new Roadster fly?
In one trim, in a demonstration, yes. On October 15, 2026, an unmanned Roadster jumped off a ramp on cold gas thrusters, flipped and landed, according to Fox Business. Only the one-seat, invitation-only Rocket trim is built for the air, and Electrek reports it is not approved for public road use. The height and the time in the air were not disclosed.
Who regulates a flying car like the Roadster?
It is not clear. The FAA told CBS News in October 2026 that the car does not meet the definition of an aircraft, and the NHTSA said manufacturers must meet federal motor vehicle safety standards. CBS News reported that which agency would oversee its use in the air is not readily clear.
When will the new Roadster be delivered?
Tesla executives gave 2028 as the production target, with no final price, according to Fox Business. The new Roadster was announced in 2017 with a production target of 2020, according to Electrek on September 29, 2025, and The Drive reported in October 2026 that the reservation terms say Tesla cannot guarantee when, or whether, a car will be delivered.
Is the suction technology the same as a fan car?
The principle is similar. A fan car uses fans to pull air out from under the body so that the surrounding air presses it onto the road. Fan cars such as the Chaparral 2J and the Brabham BT46B ran in the 1970s, and McMurtry drove its Spรฉirling upside down on a turntable with a person aboard in April 2025, according to the Institution of Mechanical Engineers. The new Roadster adds thrusters to jump and turn in the air.
How did Japanese social media react to Tesla’s flying Roadster?
On X, Japanese posts mixed surprise and jokes with two kinds of doubt: whether the car really flew, and whether it will ever be delivered. Nikkei’s post calling it a “flying Roadster” and noting a 2% share price fall spread most widely, according to the post of October 16, 2026. An individual writer worried about driving it on an ordinary license. This is a selection of what search surfaced, not a measure of Japanese public opinion.
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We publish video summaries of articles like this one, along with short clips built around Japanese reactions.
Reference Links
- Are Tesla’s claims for its new ‘flying’ Roadster real, or is it just full of cold gas? | Electrek
- Tesla’s new Roadster takes flight during dramatic unveiling at SpaceX facility | Fox Business
- Flying electric vehicle? New Tesla Roadster revealed | BNN Bloomberg (AP)
- We asked the DOT who would oversee a flying car like Tesla’s Roadster. The answer isn’t readily clear. | CBS News
- Tesla ‘Cannot Guarantee’ Roadster Reservation Holders Will Ever Get a Car | The Drive
- How and why McMurtry made a car that can drive upside down | IMechE
- Elon Musk says Tesla next-gen Roadster’s ‘SpaceX package’ will include rocket thrusters | Electrek
- Tesla makes it hard to get $50,000 Roadster deposit refunded after 8 years | Electrek
- Good Luck Trying To Get Your Entire Tesla Roadster Deposit Back | The Autopian
- Tesla demonstrates the flying “Roadster Rocket” (in Japanese) | TechnoEdge
