C9 Corvette concept previews the next-generation Corvette

Are we seeing the next-generation C9 Corvette here? Yes - and no. This new concept car will undoubtedly shape the appearance of the next-generation Corvette, although it is not simply a case of fitting number plates and approving it for production.

Created by GM’s new Advanced Design Studio in Leamington Spa - roughly 32 km from Birmingham, for anyone whose UK geography needs refreshing - it is one of three Corvette concepts due to be unveiled this year. A second will be produced by GM’s Los Angeles studio, while a third, expected around August, will come from the Detroit studio. That final concept will combine elements of the other two and offer a proper preview of the C9.

C9 Corvette concept from GM’s UK studio

GM operates several ‘satellite’ studios worldwide, including facilities in Shanghai, Seoul and São Paulo, alongside its new UK base, the LA studio and its Detroit headquarters. Their role is to bring varied influences and viewpoints to GM’s conceptual design projects. Few perspectives could be more contrasting than asking a UK studio to create the next-generation Corvette.

Detroit’s brief was genuinely that straightforward, and the outcome is markedly sleeker, more refined and more understated than today’s mid-engined C8.

“As part of the Corvette creative study, we asked multiple studios to develop hypercar concepts,” Michael Simcoe, senior VP of global design said. “It was important that they all pay homage to Corvette’s historic DNA, but each studio brought their own unique creative interpretation to the project. Which is exactly what our advanced design studio network is intended to do – push the envelope, challenge convention and imagine what could be.”

Electric Corvette design with classic proportions

First, the obvious point: this has been conceived as a fully electric Corvette, although GM has provided no technical specifications. That layout offers several advantages. Simcoe again: “What we’ve done here doesn’t promise it [pure EV] in the next generation or anything close to that, it’s a concept, but giving it an EV propulsion system means you can do more with the aero - a more efficient underbody, and flow air through the body.”

So there is no need to worry that the next-generation Corvette will be exclusively electric: the V8 will continue.

Even with an electric powertrain, the designers have retained traditional mid-engine proportions. The car is divided into two clearly defined sections: an upper surface kept as clean and uncluttered as possible, and a lower section focused entirely on aerodynamics and function. Together, they create a two-tone appearance. The lower material is 3D-printed from recycled tyres, with the printed texture deliberately left visible.

Corvette aerodynamics, Apex vision and active downforce

Its strongest view may be from the front, where enormous intakes and a low nose sit beneath an upper surface that appears draped over the car, with the wheel arches swelling through it. The effect is not unlike the Aston Martin Valkyrie.

The division continues with a line running through the bonnet, windscreen, roof and rear screen, referencing the split-window C2 Stingray. This is more than a nostalgic detail, however, because it enables what GM calls Apex vision. There is effectively no A-pillar; instead, a wraparound windscreen provides a panoramic view when cornering. The wing doors are hinged along this line too, meaning half of the windscreen moves upwards with them.

Along the side pods and around the rear, extensive negative space allows some particularly clever aerodynamic work. Concealed fans are intended to draw air through the car while cruising, creating a virtual longtail - like the GMA T.50 - to cut drag and improve efficiency. In track mode, though, dorsal fins rise from the rear deck and the airflow is redirected to generate maximum downforce. It offers the best of both worlds for road and circuit use, while preserving the sculpted, wing-free upper surface.

“Corvettes have been done outside of the US before, as concepts. Final engineering is always done in the US,” Simcoe told us. “Our Chinese and Korean studios weren’t involved this time because of the amount of work they have going on, and frankly putting it into the UK studio was a test for the guys. It’s a different way of thinking about the car.”

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