With the release of its most advanced Corvette—the ZR1X— Chevrolet is transforming the performance scene. This is not merely a quick car. Making 1,250 horsepower, this hybrid all-wheel-drive vehicle challenges the best in the world on the road and in the racetrack.

Born from the already wild ZR1, the ZR1X transforms an already terrifying V8 by including electrification. What follows? Two times the price of exotic models, a high-tech American hypercar boasts numbers that either match or surpass them.

Powertrain: Electric Front Axle Meet Turbo V8

The 5.5-liter twin-turbocharged flat-plane crank V8 of the ZR1X generates an astounding 1,064 horsepower. Chevrolet did not stop there though. Driven by a 1.9 kWh battery, a front-mounted electric motor adds still another 186 hp and 145 lb-ft of torque.

The ZR1X can provide a combined 1,250 hp (919 kW) and launch from 0 to 60 mph in under two seconds since that battery has 26% more energy-dense than the one found in the Corvette E-Ray.

This arrangement also provides all-wheel drive for the vehicle, so enhancing traction during rapid acceleration. To cut drag, however, the front axle disconnects automatically at 160 mph (257km/h)—up from the E-Ray’s 150 mph. This guarantees the ZR1X keeps the same top speed as the ZR1—233 mph (375 km/h).

That number was not derived from a simulation; Chevy confirmed it using additional weight to replicate the extra hybrid system mass of the ZR1X during high-speed testing in Papenburg, Germany.

Though converted form weighs up to 5,000 lbs (2,268 kg), the ZR1X is built for performance in all respects.

Chevrolet re-engineered the hybrid software of the ZR1X using lessons from the eccentricities of the E-Ray. Regen braking and sensor feedback under hard driving used to produce problems including front motor disengagement and unusual torque steer in the past.

Those flaws have been eliminated with the ZR1X. Previously sending erroneous data to the car’s brain, engineers rebuilt the system to correct for tire deformation under high G-loads. The ZR1X is still composed now even when one G of lateral and longitudinal acceleration is simultaneously pulled.

Another amazing ability is braking. Designed in concert with Alcon, the ZR1X features GM’s first-ever 10-piston calipers and large 16.5-inch carbon-ceramic brake rotors. Under Nürburgring testing, this arrangement allowed the car to slow down from 180 to 120 mph at 1.9 Gs.

Along with a redesigned drive mode system with two fresh performance settings— Endurance and Qualifying— The Push to Pass button, which delivers the whole 1,250 horsepower in a rapid burst for overtaking or track surges, is maybe the most exciting element.

Although performance is obviously important, Chevrolet omitted mention of electric-only capability. Expected to be 3–5 miles (5–8 km), the ZR1X can run in EV mode for short distances, same as the E-Ray at speeds less than 45 mph.

Torque in first and second gear is purposefully limited—not to slow down acceleration but rather to prevent drivetrain damage and keep the tires from just spinning uselessly under the great power.

At a fraction of the cost, the ZR1X could present either similar or better performance than million-dollar hypercars, starting at $174,995.

Deliveries are scheduled to start in late 2025; when they start, the ZR1X might become a benchmark not only for Corvette but also for the direction of American supercars.