Nine years. In the time since Tesla first showed a sleek red Roadster prototype and promised a 2020 delivery, the world has changed. But after an eternity of delays, memes, and Elon Musk’s timeline adjustments, the production version has finally landed. And it didn’t just land; it flew, did a barrel roll over a Semi truck, and drove upside down. This isn’t the car we were promised in 2017. It’s something far more absurd and infinitely more interesting, a joint venture with SpaceX that seems hell-bent on making Isaac Newton file a restraining order.
As Musk quipped at the reveal, quoting Peter Thiel, “We were promised flying cars, instead we got 140 characters. Well, not anymore.” The new Roadster is positioned not just as a car, but as a statement: a glorious, physics-defying middle finger to the limits of automotive engineering and, perhaps, the very last hurrah for the human driver.
So, It Actually Flies?
Let’s get this out of the way: yes, it “flies.” The top-tier “Rocket” version, an invite-only, single-seater that is absolutely not road-legal, uses a perimeter of ten cold-gas thrusters to achieve short, controlled hops, rotations, and stabilization. During a live (and thankfully, autonomous) demonstration, the car launched itself over a lineup of its stablemates—including a Cybertruck and a Semi—performed a “kick-flip” in mid-air, and landed softly in a plume of compressed air.
This aerial ballet is made possible by the “SpaceX Package,” which is less of an option and more of a complete personality transplant. The system comes in tiers:
- Performance: The “base” road-legal model, still capable of a sub-1.6 second 0-60 mph sprint thanks to over 1,340 horsepower and a fan-powered ground-effect system.
- Thrust: A limited-release, “race-ready” version that adds rear-mounted thrusters to drop the 0-60 time below 0.9 seconds.
- Rocket: The main event. A single-seat configuration with a full array of ten thrusters, a 600-liter compressed air tank, and a claimed 0-60 mph time of under 0.59 seconds. It is, for all intents and purposes, a land-based spacecraft.
Bending Physics with Air and Suction
The magic isn’t in rocket fuel. The thrusters use compressed air—stored in carbon-fiber overwrapped pressure vessels tucked into every available void—which the car can replenish itself. This system allows the Roadster to generate thrust that completely bypasses the tires, overcoming the physical limitations of friction that govern every other car on Earth. While the Rimac Nevera dances on the absolute edge of what tire grip allows, the Roadster simply punches a hole through that ceiling.
But the insanity doesn’t stop there. The Performance version and up feature a “multi-mode suction system”—a series of fans and seals that actively evacuates air from beneath the chassis. This creates enough downforce to, as demonstrated, hold the car upside down on a curved ramp while completely stationary.
In a surprising twist for performance purists, Chief Designer Franz von Holzhausen and VP of Vehicle Engineering Lars Moravy confirmed the new Roadster is rear-wheel-drive only. The tri-motor, all-wheel-drive layout from the 2017 concept is gone, replaced by two ludicrously power-dense motors on the rear axle that deliver over a megawatt of power and enable precise torque vectoring. The goal, they said, was to create “the last best driver’s car,” and that meant keeping the weight under 1,700 kg and the driving dynamics visceral.
A Mashup of Tesla’s Entire Toy Box
The new Roadster is a perfect storm of technologies from across Musk’s empire. The cold-gas thrusters are a direct application of SpaceX’s attitude-control systems used on spacecraft. The cryptic hint about “Optimus ankle muscles” in the brief now makes sense: the lightning-fast, all-electric actuators controlling the thrusters and active aero surfaces require the same precision and speed as the joints on a humanoid robot. It’s a clear case of cross-pollination between Tesla’s robotics and automotive divisions.
The design language has also evolved, abandoning the softer curves of the original prototype for a more angular, aggressive look reminiscent of the Cybertruck and, as the designers noted, the Lotus Esprit. It’s a vehicle that looks like it was designed by a car company and a rocket company, which is exactly what it is.
The Last Hurrah for Human Drivers?
There’s a beautiful irony in Tesla, a company relentlessly pushing toward a future of autonomous robotaxis, building the most extreme, hands-on driver’s car ever conceived. This project feels like a capstone, a final, defiant celebration of human control before the steering wheel is relegated to a museum. As we’ve noted before, the promise of a Musk Teases a Flying Car That Out-Bonds James Bond has been a long-running saga. Now, with competitors like BYD making their supercars BYD's Driverless Supercar Jumps. No, We're Not Kidding. , Tesla had to deliver something that wasn’t just fast, but fundamentally different.
Production is slated to begin “for real this time” in 2028 at Giga Texas. Reservations have reopened, requiring a $50,000 deposit for the Performance model and a staggering $250,000 for the Thrust version. Final pricing remains a mystery. One thing is certain: after nine years of waiting, Tesla has delivered a machine so far beyond the initial promise that it feels less like a car and more like a visitor from a much more exciting future. Just don’t ask your insurance agent about the flight coverage.
