Subheader Icon 877-412-3651
Article SSC Tuatara Clocked 316.11 mph (508.73 km/h), Becoming the Fastest Production Car Ever Image
Speed Limiters Meter
Image by Gerd Altmann from Pixabay

The production car speed record has captured the imagination of automotive enthusiasts for over a century. Moreover, manufacturers and even countries used it as a bragging right, showing superior engineering and technology. Now, we have a new record holder – the SSC Tuatara, a hypercar from the US.

Some would argue that the Tuatara is not homologated for road use and doesn’t deserve the record. Nonetheless, the American hypercar will undoubtedly get into the history books since it’s the first one that broke the 500 km/h (310 mph) magical barrier. Moreover, it’s the first vehicle from the US to shatter the world record.

The car must make two runs on the same road in opposite directions to attack the world record. Then, the median value of both runs is taken as genuine. This is done to account for going downhill or uphill. The SSC Tuatara achieved 301.07 mph (484.53 km/h) on the first run and exceptional 331.15 mph (532.93 km/h) in the second run. Thus, both runs’ average speed is 316.11 mph (508.73 km/h), enough for a new world record.

SSC did some clever engineering to achieve that mind-blowing number. Firstly, thanks to the extensive use of carbon-fiber, the Tuatara weighs only 1,247 kg. Then, Nelson Racing Engines provided a 5.9-liter flat-plane crank twin-turbo V8, producing 1,750 hp, enough to F1 racing cars to bed.

The most impressive feature, though, is the aerodynamics. The company aimed for a 0.28 drag coefficient while also producing enough downforce to keep the vehicle on the ground. That’s no small feat – supercars usually have much worse drag coefficients.

Fortunately, SSC handed that part to Podium Engineering, an Italian company that specializes in aerodynamics. The guys there managed to come up with an even better number – 0.279       cd. Meanwhile, they also achieved a 37% to 63% front- to -rear aero balance, enough to keep the car glued to the road.

“We’re extremely proud of the design we ended up with. We feel like it’s a timeless design that 10 years from now is still going to be cutting edge, and at the same time very safe and stable for high-speed runs,” stated Jerod Shelby, founder, and owner of SSC.

Related Articles

Latest Metal Hardness Chart: Rockwell vs Brinell vs Vickers Explained Image
Metals

Metal Hardness Chart: Rockwell vs Brinell vs Vickers Explained

Hardness measures how well a metal resists permanent deformation. That is, how it holds up when something harder presses into its surface. Every hardness testing method works the same way. You push an indenter into the material under a controlled load, then measure what it leaves behind. What separates Rockwell, Brinell, and Vickers is indenter shape, applied force, and how the result is read.

Latest Scientists Just 3D Printed One of the Hardest Metals on Earth and It Could Revolutionize Manufacturing Image
Uncategorized

Scientists Just 3D Printed One of the Hardest Metals on Earth and It Could Revolutionize Manufacturing

Creating extremely hard metals has always challenged engineers because these materials resist shaping without damage. Now, researchers at Hiroshima University have developed a new 3D-printing technique that could change how industries manufacture these advanced materials. A Breakthrough for Ultra-Hard Metals The research team successfully 3D printed tungsten carbide-cobalt (WC-Co), a materia

Latest Metalysis Produces Commercial-Spec C-103 Alloy Powder Image
Industry News

Metalysis Produces Commercial-Spec C-103 Alloy Powder

Metalysis has produced C-103 alloy powder to commercial specification, creating a new source of a refractory material used in space, aerospace, defense and hypersonic systems. The niobium-hafnium-titanium alloy is valued for strength, corrosion resistance and performance in extreme heat. “C-103 was developed in the 1960s but now we are seeing a huge surge in demand,” said Metalysis CEO Nitesh S

Latest Foundation Alloy Raises $22M to Scale Metals Platform Image
Metals

Foundation Alloy Raises $22M to Scale Metals Platform

Foundation Alloy has secured $22 million in Series A funding to expand its solid-state metallurgy platform and increase production of advanced alloys in the United States. The investment will support a new manufacturing facility in Massachusetts, additional production capacity in New Hampshire, and international distribution into Asia. CEO Jake Guglin summed up the company's next phase with a s