Zenvo Aurora Tur Hypercar Targets 1,850bhp and 260mph From a V12 Hybrid

A Danish manufacturer most UK drivers have never heard of is building what could become the most powerful V12 ever fitted to a road car. Zenvo Automotive will show two Aurora Tur prototypes at Goodwood Festival of Speed this week, revealing the exterior and interior specification customers will actually receive when deliveries start in the second half of 2027. Production is capped at 50 cars.

The numbers explain why a company most people have never encountered is worth watching. Zenvo’s 6.6-litre quad-turbocharged V12, developed with MAHLE Powertrain, targets 1,250bhp and a 9,800rpm redline on its own. Add a lightweight triple electric motor system and the combined output rises to a targeted 1,850bhp, pushing the car toward an estimated 420km/h (260mph) top speed and 0-100km/h in 2.3 seconds.

Who Is Zenvo, and Why This Hypercar Counts

Zenvo has built hypercars in Præstø, Denmark for almost two decades, always in tiny numbers and mostly for collectors who already own a garage full of Ferraris and Bugattis. Aurora, first announced in 2023, is the company’s most ambitious project in its history: an entirely purpose-built platform rather than a modified version of an existing car, and an engine built from scratch with a specialist powertrain developer rather than sourced from a larger manufacturer.

Jens Sverdrup, Zenvo’s executive chairman, called Aurora “an equilibrium of extremes,” describing a car built to combine power, low mass and everyday drivability rather than choosing outright performance at the expense of usability. Jon Gunner, the company’s chief executive and technical chief, said the team focused on “making every part of the car work harder, from the architecture and componentry to the V12 powertrain, the sound, the feeling, and the response from the driver’s seat.”

Two Cars From One Platform

Aurora comes in two forms built from the same underlying architecture. Agil is the lighter, track-focused variant that stays road legal. Tur, the version making its Goodwood debut this week, takes a grand touring approach aimed at long road trips rather than lap times alone. Both use a carbon composite monocoque with carbon front and rear structures, a 2-seat mid-engine layout, and double-wishbone suspension with pushrods front and rear.

The dry mass comes in at 1,548kg, respectable for a car producing close to 1,850bhp, giving an estimated power-to-mass ratio of 1.19bhp per kilogram. Zenvo carbon ceramic brakes and centre-lock wheels wrapped in Michelin Pilot Sport Cup 2 tyres complete a specification sheet that reads like a track car with number plates rather than a road car built to visit a circuit occasionally.

Following Last Year’s Track Debut

Aurora is not new to Goodwood. An early prototype made its first on-track appearance at the Festival of Speed in 2025, and this year’s return with two finished-specification Tur prototypes plus an Agil show car marks the next milestone toward production rather than a first look. That distinction counts for anyone tracking how close the car is to actually reaching customers: Zenvo describes this as validation prototype testing, the stage where a manufacturer confirms the production specification before committing to full-scale build.

Rarity, Price and Where Aurora Fits

Zenvo has not published UK pricing for Aurora, and with only 50 units planned across both Agil and Tur variants combined, the car will likely be sold through direct relationships with the manufacturer rather than a conventional dealer network. That puts Aurora alongside cars like the Bugatti Tourbillon and Pagani Utonda in a tier of hypercars built in such small numbers that price becomes almost secondary to simply securing an allocation.

For UK enthusiasts without seven figures to spend, Aurora remains a spectacle rather than a purchase. But its presence at Goodwood, alongside established names like Ferrari and McLaren, says something about how far a small Danish manufacturer has come in under two decades. First customer deliveries are expected in the second half of 2027, closing out a development programme that began with a concept and is ending with a validated, driveable hypercar.

The Engineering Behind the Numbers

Getting close to 1,850bhp out of a road-legal car takes more than a big engine. Aurora’s carbon composite monocoque, with dedicated carbon front and rear structures, keeps the chassis stiff enough to handle that output without adding unnecessary mass, while double-wishbone suspension with pushrods front and rear, a layout borrowed directly from single-seater racing, gives the car’s engineers precise control over how the body moves under hard cornering and braking.

Aerodynamics play an equally significant role. Zenvo built the underbody aerodynamics into the car from the earliest design stage rather than adding them afterward, and the specification includes purpose-designed centre-lock wheels, 10×20 inches at the front and 12.5×21 inches at the rear, wrapped in Michelin Pilot Sport Cup 2 tyres sized specifically for the car rather than pulled from an existing model. Front torque vectoring, applied through the electric motors on the front axle, gives Aurora active control over how power reaches the road, a feature increasingly common on hybrid hypercars but rarely paired with a naturally aspirated-feeling V12 like Zenvo’s.

A Platform Built Around the Driver

Zenvo’s public statements about Aurora repeatedly return to a single theme: that the car should reward the person driving it rather than simply post impressive numbers on a specification sheet. The 8-speed hybridised paddle-shift gearbox, the purpose-built V12 tuned with input from MAHLE Powertrain, and the emphasis on how the car sounds and feels from the driver’s seat all point toward a company trying to build a hypercar for enthusiasts who want to drive it hard, not just own it as an investment.

Whether Aurora delivers on that promise won’t be clear until customers get behind the wheel in 2027. But the decision to bring finished-specification prototypes back to Goodwood a year after the car’s first on-track showing gives UK audiences an unusually close look at how a hypercar programme matures from concept to near-production reality.