With the release of its most aggressive Corvette yet—the ZR1X— Chevrolet is firmly entering hypercar territory. Complementing the already outstanding ZR1, the ZR1X is a bold action that shows Chevrolet’s dedication to fusing modern hybrid technologies with conventional American performance.

Chevrolet wants to create a vehicle that can challenge the top names in high-performance motoring without the seven-figure price tag by combining an electric front motor with a twin-turbocharged V8.

A Hybrid Recipe Designed for Velocity

The ZR1X is not a rebadged ZR1. It advances things a little bit. Still the heart of the machine, the 1,064-horsepower twin-turbo V8 of the ZR1 runs alongside a front-mounted electric motor to produce a total of 1,250 hp (919 kW). With such kind of output, the ZR1X becomes the most powerful Corvette ever produced right away.

A 1.9 kWh battery pack—which stores 26% more charge than the one in the E-Ray—represents a significant update. This capacity surge provides the front motor with sufficient power to create 145 lb-ft of torque and 186 horsepower, so enhancing both performance and efficiency. Chevrolet thus projects the ZR1X to be able to reach 0–60 mph in less than two seconds—a performance typically reserved for multi-million dollar hypercars.

Also terrible is braking power. With 10-piston calipers and 16.5-inch carbon-ceramic rotors—the biggest and most forceful braking system ever fitted to a GM vehicle—the ZR1X comes ready. The car slowed down from 180 mph to 120 mph using amazing 1.9 Gs of force during testing at the Nürburgring.

The front axle disconnects at 160 mph (257 km/h)—10 mph above the E-Ray—to increase aerodynamic efficiency at high speeds. The ZR1X reaches the same 233 mph (375 km/h) top speed despite the added hybrid components. To mimic the extra weight of the ZR1X, Chevrolet actually tested using ballast.

About weight, this hybrid beast is not featherweight. The ZR1X could push near 5,000 pounds (2,268 kg) with extra cooling systems, hybrid hardware, and optional convertible roofing. About 500 pounds more than the standard Stingray Z51.

Still, Chevy assures us the vehicle will not be a straight-line missile. Said to be quite capable through corners, the ZR1X is said to simultaneously maintain 1 G of both lateral and longitudinal acceleration by a reworked electronic control system. Engineers had to overcome earlier software flaws in the E-Ray including sensor problems during tire deformation under load and regen-induced torque steer.

Tire distortion at high G-forces confused sensor feedback, chief engineer Josh Holder said, leading to erratic behavior. Under stress, the ZR1X provides far more consistent performance with new software calibrations.

Designed for varying road and track conditions, the car provides several driving modes including Tour, Weather, Endurance, and Qualifying. For brief bursts of unparalleled acceleration, a new “Push to Pass” button lets drivers release the full 1,250 hp.

Particularly in high-speed deceleration, the system also employs rear friction brakes during regenerative braking to help balance the chassis. Since tire traction is already maxed out, torque is limited in first and second gear rather than slowing the car down; it rather protects the driveline.

Though the E-Ray only covered 3 to 5 miles (5–8 km) at sub-45 mph speeds, the electric-only driving range is still unverified. Given that ZR1X is not built to coast, it is probably not going to offer much more. Its design is meant to be dominating.

Although pricing information is not yet available, the ZR1X could become the most reasonably priced vehicle with over 1,200 horsepower given the ZR1 priced at $174,995. Deliveries are expected to start in 2025; if early specs are anything to guide, this Corvette might be Chevrolet’s best performance machine ever.