How Tesla's Roadster 2 Hops, Sucks, and Blows
Original: Here’s Exactly How Tesla Made Its New 230-Mph Car ‘Fly’
Why This Matters
Roadster 2 stress-tests EV performance limits and SpaceX-Tesla hardware integration at scale.
Tesla unveiled the Roadster 2 in McGregor, Texas on Oct 15, 2026—nine years after its announcement. The 230-mph EV uses four 20kW suction fans and SpaceX thrusters to achieve stunts including a mid-air flip.
After nearly a decade of delays, Tesla's Roadster 2 finally made its public debut at SpaceX's McGregor, Texas facility, where CEO Elon Musk watched the driverless prototype leap over Tesla's entire vehicle lineup, accelerate from 0-60 mph in under a second, drive off a high ramp upside-down, flip mid-air, and land using onboard thrusters. Tesla stock dipped after the event.
The engineering behind the spectacle breaks into two systems. First, a 'sucker system': four 20-kilowatt fans—inspired, according to Tesla lore, by Musk's $1M purchase of the Bond film Lotus Esprit submarine car—pull the car to the road surface at lower speeds where aerodynamic wings don't yet generate sufficient downforce. Four independent skirts drop from the car's sides to seal the effect. Second, SpaceX cold-gas thrusters handle the airborne phase, cushioning the car's descent after the ramp launch.
Power comes from two rear motors producing over 1 megawatt (1,341 hp) and more than 1,400 Nm of torque—more than Tesla's three-motor Plaid—delivered exclusively to the rear wheels. Curb weight sits just under 1,700 kg. Range is claimed at over 300 miles, with a 15-to-80-percent charge possible in 10 minutes. Chief designer Franz von Holzhausen handled the angular exterior, consistent with his work on the Cybertruck, Semi, and Model S/X/3/Y.