So you're wondering if any car's ever hit 700 mph. Honestly, it's one of those questions that sounds simple but gets messy fast. The short answer? No wheel-driven car has ever officially done it. But here's where it gets interesting—jet and rocket-powered things? Yeah, they've blown past that number. The only vehicle to crack 700 mph on land was the Thrust SSC back in 1997, and depending on who you ask, that thing barely qualifies as a "car." Let me explain. The fastest official speed by a car is 763.035 mph. That's 1,227.985 km/h for the metric folks. This happened on October 15, 1997, in Nevada's Black Rock Desert. Andy Green, a Royal Air Force pilot, was behind the wheel of the Thrust SSC. It was the first—and still only—land vehicle to officially break the sound barrier. Under the hood? Two Rolls-Royce Spey turbofan jet engines. Same ones used in British F-4 Phantom II fighter jets. But let's be real, calling it a "car" feels generous. It's more like a jet with wheels, built purely for speed records. Wheel-driven cars run into walls physics just won't let them climb. Traction's the big one. At 700 mph, tires experience insane centrifugal forces—enough to tear them apart. Even the fancy tires on the Bloodhound LSR project max out around 650 mph. Past that, rubber just gives up. Then there's drag. Air resistance grows exponentially with speed. You'd need thousands of horsepower just to punch through it, and the drivetrain—gearbox, axles, differential—would crumble under the strain. The current wheel-driven record? 447.59 mph, set by the Vesco Turbinator II in 2001. That's a far cry from 700. The Bloodhound LSR project was supposed to smash 1,000 mph. Never happened. In 2019, Andy Green drove it to 628 mph (1,010 km/h) in South Africa's Kalahari Desert. That makes it the third-fastest land vehicle ever, behind Thrust SSC (763 mph) and Thrust 2 (633 mph). It runs on a Rolls-Royce EJ200 jet engine—from the Eurofighter Typhoon—plus a Nammo hybrid rocket motor. Cool stuff, right? But funding dried up, and now the car's for sale. 628 mph is no joke, but it's still 72 mph short of that 700 mark. Honestly? No way. Not with today's tech. A production car has to meet safety, emissions, and road-legal standards. None of that works at 700 mph. Tires alone would need exotic materials you can't use on real roads. The engine would need over 10,000 horsepower. The aerodynamics would have to be insane just to keep it stable. The fastest production car in 2024 is the SSC Tuatara, claiming 282.9 mph. The Bugatti Chiron Super Sport 300+ hits 304 mph. The gap between those and 700 mph is enormous—decades of progress away. Building a 700 mph car means throwing out everything you know about regular cars. You're basically making a jet or rocket-powered missile on wheels. Here's what you'd need: Let's put 700 mph in perspective. A commercial jetliner cruises around 550 mph. The speed of sound at sea level is 767 mph. So 700 mph is almost there—just under the barrier. Compared to cars, it's more than double the fastest production model. Thrust SSC hit 763 mph, going supersonic. Bloodhound LSR did 628 mph, subsonic. The wheel-driven record sits at 447 mph. So 700 mph is this weird no-man's land only crossed by Thrust SSC. Nothing else—wheel-driven or jet-powered—has officially touched that exact number. Nope. Not even close. It's a purpose-built land-speed record vehicle. No lights, no turn signals, no license plate. Fuel consumption at full throttle? About 4.5 miles per gallon. You can't drive that on public roads. As of 2024, the SSC Tuatara holds that title. It averaged 282.9 mph (455.3 km/h) on a Nevada road in 2020. The Bugatti Chiron Super Sport 300+ hit 304.77 mph (490.48 km/h) but is limited to 273 mph for actual road use. Absolutely not. A Model S Plaid tops out around 163 mph. Electric motors can't sustain the power needed for 700 mph. The battery would drain in seconds, and the tires would disintegrate. Tesla's not building a land-speed record car either. 763.035 mph (1,227.985 km/h). Andy Green in the Thrust SSC, 1997. That's the fastest a human has ever gone on land in a wheeled vehicle.Has any car hit 700 mph
What is the fastest speed ever recorded by a car?
Why hasn't a wheel-driven car hit 700 mph?
How fast is the Bloodhound LSR car?
Could a production car ever hit 700 mph?
What would it take to build a car that goes 700 mph?
Component
Requirement
Example
Powerplant
40,000-60,000+ horsepower (jet or rocket engine)
Thrust SSC used two Rolls-Royce Spey engines (110,000 hp)
Tires
Solid metal or composite wheels (no rubber)
Thrust SSC used solid aluminum wheels
Aerodynamics
Extremely low drag coefficient (Cd < 0.15) and active stability systems
Bloodhound LSR had a Cd of 0.12
Braking
Parachutes and air brakes (conventional brakes would melt)
Thrust SSC used two parachutes
Chassis
Lightweight, high-strength materials like carbon fiber or titanium
Bloodhound LSR used a carbon fiber monocoque
Fuel
Jet fuel or rocket propellant (thousands of liters)
Thrust SSC consumed 4,800 liters of jet fuel per run
How does the 700 mph speed compare to other vehicles?
Frequently Asked Questions
Is the Thrust SSC street legal?
What is the fastest street-legal car?
Could a Tesla hit 700 mph?
What is the fastest speed a human has traveled on land?
Short Summary
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