Elon Musk Unveils Tesla Roadster After Nine Years of Delays, Car Immediately Attempts to Escape Planet Earth
Tesla’s revolutionary sports car can drive upside down, jump over trucks and reach 60 mph in about one second, but engineers admit getting it from the factory to a paying customer remains beyond the capabilities of modern science.
MCGREGOR, TEXAS, October 16, 2026 — Elon Musk unveiled Tesla’s long-awaited Roadster on Thursday, showing off an electric sports car that flew through the air, drove upside down and performed aerial manoeuvres previously reserved for fighter aircraft, before revealing that the car’s most technologically challenging feature, delivery to the customer, would remain unavailable until at least 2028.
The event, held at a SpaceX test site in Central Texas, featured a Roadster lifting itself over a row of other Tesla vehicles on compressed-gas thrusters. According to Reuters reporting on Tesla’s flying Roadster, production is targeted for 2028, eleven years after the second-generation Roadster was first shown in November 2017.
The first flight was particularly significant because it was the first time in nine years the car had travelled anywhere other than into another PowerPoint presentation.
Witnesses watched the Roadster accelerate, leave the ground and appear determined to put as much distance as possible between itself and the chief executive responsible for its development. Tesla engineers called the demonstration an extraordinary success, although several said they were concerned the car had picked up on its manufacturer’s delivery history and was trying to seek political asylum.
The Roadster came back down safely. It was immediately told that production would not begin for another two years.
Thinking About Buying A Tesla Roadster?
- So Elon Musk built a car that can escape Earth’s gravity, but it can’t escape Tesla’s production schedule. Gravity he beat. A Gantt chart, no.
- Zero to sixty in about a second. Announcement to dealership, eleven years. Somebody tell the car it’s allowed to leave the building.
- Tesla engineers conquered gravity, aerodynamics and acceleration. The only thing left is the Gregorian calendar, which Pope Gregory finished in 1582. They’re about four hundred years behind a guy in a pointy hat.
- The Roadster can drive upside down, which is also the only way Tesla’s original delivery promises start making sense.
- He jumped a Roadster over an entire row of Teslas. Finally, a way to avoid your own traffic. The one jam he can’t jump is the one he’s actually in.
Tesla Roadster 0 to 60 in One Second, Zero to Production in Eleven Years
Tesla showed the Roadster reaching 60 mph in about one second, a result that has the automotive industry rethinking the physical limits of acceleration. The company has not explained why a machine that reaches highway speed before a driver finishes sneezing needs eleven years to reach a showroom.
Professor Nigel Chronometer, director of the Institute for Advanced Automotive Excuses, called the gap the greatest unsolved mystery in transportation.
“Tesla has solved the problem of making a car move incredibly quickly,” Chronometer said. “What the company has not solved is making the company move incredibly quickly. Those are two entirely different branches of physics.”
According to the professor, the Roadster runs on two independent scientific principles: Newton’s laws of motion and Musk’s laws of postponement. Under Newton’s laws, an object accelerates when a force acts on it. Under Musk’s laws, a production deadline accelerates into the future whenever an investor presentation acts on it.
“Newton understood gravity,” Chronometer added. “Einstein understood relativity. Musk understands that 2028 is always more attractive than admitting what happened to 2020.”
Customers who reserved Roadsters in 2017 were reportedly encouraged by the demonstration, though some have started to wonder whether the car will arrive before their grandchildren inherit their reservation numbers. One longtime reservation holder said he was delighted that Tesla had finally shown a flying car.
“When I ordered mine, I was a middle-aged man,” he said. “Now I’m approaching retirement. By the time they deliver it, I might actually need the flying feature to get myself to a specialist hospital.”
He remains optimistic. “At least I know the car can go from zero to 60 faster than I can get out of my chair.”
Tesla Roadster Drives Upside Down but Still Can’t Read a Calendar
Driving upside down counts as a real engineering breakthrough. Conventional cars depend on gravity to keep their tyres on the road, an arrangement that has worked reasonably well since the invention of the wheel. Musk has moved on from it. The Roadster uses powerful fans and a multi-mode suction system to stay attached to an inverted surface, which means Tesla can now persuade a car to obey instructions from nearly any direction. Instructions about a delivery date are the exception.
Automotive analysts were impressed that Tesla’s engineers beat gravity while remaining helpless against the passage of time. A company insider said the Roadster’s systems were built to manage extraordinary physical forces but had never been taught to recognise a calendar.
“We have sophisticated computer systems controlling traction, thrust, stability and aerodynamic performance,” the engineer said. “But whenever we enter a production deadline, the system adds twenty-four months automatically.”
Tesla first treated the problem as a software defect. Further investigation suggested it was a management feature.
Experts proposed hanging an ordinary kitchen calendar in the executive offices. Management reportedly turned the idea down after learning that a calendar contains twelve consecutive months and no provision for shareholder optimism.
Tesla Roadster Jumps Over Cybertruck and Semi, Still Can’t Clear the Production Department
The most impressive demonstration came when the Roadster lifted itself over a row of Tesla vehicles that included a Cybercab, a Cybertruck, a Semi, a Model Y and a Model 3. The stunt showed how advanced propulsion might let future motorists skip ordinary traffic, and it raised a question highway engineers have asked for decades: why spend billions widening motorways when drivers could just jump over everybody else?
Transportation researchers began studying applications right away. London commuters could clear stationary traffic on the M25. Texans could hop entire stretches of Interstate 35. German motorists could sail over roadworks instead of spending forty-five minutes watching a man in an orange vest study a traffic cone. The main unresolved issue is who has the right of way at thirty feet.
British councils would respond with an airborne congestion charge, followed by a public consultation on whether flying cars count as aircraft, automobiles or unauthorised extensions to the local highway. Regulators such as the Federal Aviation Administration and the National Highway Traffic Safety Administration will presumably get around to the question in due course.
One transportation consultant predicted a new category of motoring offence: failure to indicate before takeoff. Another asked whether Tesla owners would still owe parking fees if their cars stayed suspended above the space.
The greatest disappointment came when engineers acknowledged the Roadster could clear nearly every Tesla product but not the company’s own manufacturing delays.
“Physics has limits,” one engineer said. “Management meetings do not.”
SpaceX Thrusters in the Tesla Roadster: Rockets for Everything Except Delivery
Musk’s decision to bring in SpaceX engineers put rocket technology inside an automobile, producing a vehicle that sits in the unexplored territory between a supercar and an extremely impatient missile. Engineering vice president Lars Moravy said ten thrusters fed by 600 litres of compressed air lift and spin the car, and that the tank can be recharged. As TechCrunch’s report on the Roadster demonstration detailed, the car combines high-powered fans with the thrusters to pull off its manoeuvres.
The collaboration has raised questions about whether the Roadster should require a driving licence, a pilot’s licence or written permission from NASA. Ordinary motorists have been content with airbags, seatbelts and working brakes. Musk’s approach asks whether the car might benefit from several more rocket thrusters and the ability to perform aerial manoeuvres above a supermarket car park.
Consumers have a few traditional requests Tesla might address before sending the car into orbit. They would like to know the price. They would like to know when it will arrive. A few of the more demanding customers added that the car should ideally get them to the supermarket without involving an air traffic controller.
Tesla labels the Performance version “road ready,” the Thrust version “race ready” and the invite-only Rocket version “air ready,” each aimed at a different surface and none aimed at the customer’s driveway. A transportation lecturer asked the obvious question: if one version is ready for the road, another for the track and a third for the sky, which one is ready for a customer?
Tesla Roadster Reservations: A $50,000 Deposit for a Car With No Price
Tesla has reopened Roadster reservations on its official Roadster page, asking for $5,000 up front and a further $45,000 within ten days for the Performance version, as Entrepreneur reported. The Thrust version asks for $250,000. The Rocket version is invite only. The company has not announced a final price for any of them.
That creates an arrangement in which the customer must show the ability to pay promptly while the manufacturer keeps the option of showing the ability to deliver eventually. Economists called it an inversion of traditional commerce. Historically, manufacturers built products, set prices and sold the finished goods. Under the Tesla system, customers hand over money, the manufacturer announces extraordinary possibilities and accountants try to work out whether a delivery date is a financial obligation or a philosophical concept.
One reservation holder described the process as an exciting investment in the future.
“I’ve paid $50,000 for the opportunity to find out how much more money I will eventually be asked to pay,” he said. “It’s like buying a house without knowing the price, the address or whether the building has been constructed. Except the house can do a backflip.”
Financial consultants listed the advantages. The buyer needs no insurance, no maintenance and no worry about depreciation. The buyer does not even need a garage. The car sits entirely within the financial category traditionally known as something to look forward to.
Tesla Roadster Delivery Delays Reportedly Fascinate NASA
A closer look at the Roadster programme suggests Tesla’s most important breakthrough may be temporal manipulation rather than rocketry. The company announced the car in 2017, targeted production for 2020 and has now settled on 2028 as the next milestone. Electrek has counted at least eight moved targets along the way.
Space scientists have spent generations studying time travel. Musk found a simpler route: announce something in the present and let the delivery date drift continuously into the future. The method could transform several industries. Construction firms could announce completion dates without committing to a century. Airlines could replace delay notices with inspirational presentations about the future of aviation. Restaurants could charge diners for meals scheduled to arrive in 2028, provided the food is described as revolutionary and capable of defying gravity.
The Institute for Advanced Automotive Excuses surveyed twelve people waiting on a Roadster. All twelve believed it would eventually arrive, though seven had stopped specifying in which lifetime. Three had written their reservations into their wills. One had named his firstborn child Delivery Pending.
The twelfth participant asked whether Tesla might build a conventional car that simply moved forward along a road. He was removed from the focus group for lacking vision.
Tesla Stock and the Roadster: Wall Street Cheers a Car That May Eventually Exist
Financial markets greeted the unveiling with renewed interest in Tesla’s ability to generate excitement from events other car makers would call routine product development. Ordinary manufacturers are judged on efficiency, sales, margins and success in persuading customers to buy vehicles. Tesla is valued on a more sophisticated system that includes artificial intelligence, humanoid robots, autonomous vehicles, rockets, future technologies and the psychological condition of investors who refuse to sell.
The Roadster is not expected to change Tesla’s automotive revenue. That is understandable. Building cars and selling them to customers is only a small part of the modern business of persuading investors that building cars will soon be unnecessary.
One financial analyst praised the company’s approach.
“Traditional investors ask how many vehicles Tesla will manufacture,” he said. “Visionary investors ask whether Elon might eventually manufacture something that makes vehicles irrelevant.”
The analyst declined to estimate the Roadster’s commercial contribution because doing so would require arithmetic.
Tesla’s Final Breakthrough: A Roadster That Can Go Anywhere Except Home
As the unveiling ended, Musk stood in front of a car that had challenged gravity, shown startling acceleration and turned a Texas rocket facility into the world’s most expensive automotive stunt show. The Roadster had flown. It had driven upside down. It had cleared trucks. It had accelerated faster than almost any other road-going machine. One problem remained outstanding: getting the car to the customer.
Tesla officials remain confident that production will begin in 2028, although automotive historians pointed out that the company showed similar confidence about 2020. Investors were encouraged to focus on the broader technological achievements rather than the narrow administrative question of whether a car should eventually be delivered to the person who bought it.
For those who have waited since 2017, there is some consolation. By the time their Roadsters arrive, the cars may have capabilities far beyond anything shown on Thursday. They might fly across oceans. They might travel into space. They might navigate the solar system, or even land on Mars.
But the most revolutionary Tesla advertisement will need no rocket technology, no compressed-gas thrusters and no sophisticated algorithms. It will be a photograph of a Roadster parked in someone’s driveway, with a caption reading:
“Customer actually received one.”
10 Humorous Observations on Elon Musk’s Flying Tesla Roadster
- If you reserved one in 2017, you might have to renew your driving licence before it shows up. Possibly twice. Possibly as a different person.
- Best safety feature on the car: nobody can crash one they haven’t received. Five stars. Zero injuries. Zero cars.
- They’ll take fifty grand and not tell you the price. I once put a deposit down on a sofa and at least they told me the colour.
- They brought in SpaceX engineers, because apparently the car industry didn’t have enough experience with launch delays.
- A car that can fly is handy for getting to Mars, where he can open a dealership outside the jurisdiction of annoyed Earth customers.
- He made a car so fast you measure its performance in fractions of a second and its availability in presidential administrations.
- The top option package should be a calendar that automatically adds two years every time he makes an announcement. Heated seats are nice. This one’s accurate.
- Production starts in 2028. That year was picked because it’s far enough away to sound futuristic and close enough to keep taking deposits.
- Most car companies offer roadside assistance. Tesla’s going to need midair assistance, and grief counselling for the reservation holders.
- He finally built the ultimate automobile: a car that can go absolutely anywhere except into the customer’s driveway.
Disclaimer
This report combines verified details of Tesla’s October 15, 2026, Roadster unveiling with satirical commentary, exaggerated incidents, comic expert testimony and absurd customer reactions. The story is presented as an entirely human collaboration between two sentient beings: the world’s oldest tenured professor and a philosophy major turned dairy farmer. Any resemblance between Tesla’s production calendar and the known laws of physics should be investigated by a qualified mechanic.
SOURCE: Reuters, Tesla’s New Roadster Turns in Air With SpaceX Thrusters, Won’t Land Until 2028
Alan Nafzger was born in Lubbock, Texas, the son Swiss immigrants. He grew up on a dairy in Windthorst, north central Texas. He earned degrees from Midwestern State University (B.A. 1985) and Texas State University (M.A. 1987). University College Dublin (Ph.D. 1991). Dr. Nafzger has entertained and educated young people in Texas colleges for 37 years. Nafzger is best known for his dark novels and experimental screenwriting. His best know scripts to date are Lenin’s Body, produced in Russia by A-Media and Sea and Sky produced in The Philippines in the Tagalog language. In 1986, Nafzger wrote the iconic feminist western novel, Gina of Quitaque. He currently lives in Holloway, North London. Contact: [email protected]
