For It’s 70th Birthday, Chevy Gives the World an Electrified ‘Vette

NEW YORK – Exactly 70 years after the Corvette debuted at Motorama in New York City, Chevrolet has returned to introduce the first-ever electrified Corvette with all-wheel-drive and a powerful 6.2L LT2 Small Block V-8, the 2024 E-Ray.

“In 1953, the enthusiastic reaction to the Chevrolet Corvette concept kicked off seven decades of passion, performance and American ingenuity,” said Mark Reuss, General Motors president. “E-Ray, as the first electrified, all-wheel-drive Corvette, takes it a step further and expands the promise of what Corvette can deliver.”

Developed to be the Corvette owners can arrive in anywhere, no matter the season, the new E-Ray — available in removeable roof coupe and hardtop convertible models — uses electrification to enhance the driving experience with intense straight-line performance, all-weather confidence and sure-footed grand touring capabilities that can only be achieved with eAWD.

E-Ray is also the only sports car pairing two separate propulsion systems to provide naturally aspirated V-8 power with electrified responsiveness powered by eAWD, making it one like none.

“Corvette has been a halo for Chevrolet since 1953,” said Scott Bell, vice president of Chevrolet. “E-Ray’s unprecedented blend of confidence, luxury performance, sophistication and style provides a new reason for more people to experience Corvette.”  

The E-Ray is the quickest production Corvette in history, clocking a 2.5-second 0-60 mph time1 before breezing through the quarter-mile in 10.5 seconds1.

“Corvettes must provide an exhilarating driving experience on backroads and tracks, and E-Ray nails it,” said Tadge Juechter, executive chief engineer, Corvette. “The electrification technology enhances the feeling of control in all conditions, adding an unexpected degree of composure.”

A near immediate feeling of thrust from low-end torque is core to the Corvette driving experience, and the E-Ray packs plenty of it. Power comes from the 6.2L LT2 Small Block V-8, putting 495 horsepower and 470 lb-ft of torque to the rear axle. It is complemented by an electric motor that channels an additional 160 horsepower and 125 lb-ft of torque through the front wheels via a 1.9 kWh battery pack, which is located between the seats. In total, E-Ray produces a combined 655 horsepower from both the electric motor and Small Block V-8.

Creating its own lane
E-Ray’s intelligent eAWD system is constantly learning the road surface, seamlessly adapting to meet traction conditions and driver needs. During spirited driving and in low traction environments, E-Ray’s eAWD system applies additional power to the front wheels, helping to enhance vehicle stability. 

There is no need for plug-in charging for the E-Ray’s battery system. The battery is charged via regenerative energy from coasting and braking, as well as during normal driving.

Additional features and technologies of the all-new E-Ray include:

  • Stealth Mode, an electric drive mode for the street, up to 45 mph
  • New lightweight lithium-ion 12-volt battery that supports the LT2 V-8 engine’s stop/start functionality
  • Standard Brembo Carbon Ceramic brake system for optimal braking performance
  • Standard Magnetic Ride Control 4.0 with three distinct suspension settings
  • Staggered 20- and 21-inch wheels with Michelin Pilot Sport all-season tires. Michelin Pilot Sport 4S summer tires2 are available with an optional performance package
  • Low, wide stance with crafted body styling that is 3.6 inches wider overall than Stingray
  • Visceral sound experience that embodies the car’s dominating presence. The electric front motor works in harmony with the LT2 engine to create an invigorating sound
  • Enhanced roster of driver assistance technologies (shared with all 2024 Corvette models), including Lane Keep Assist with Lane Departure Warning3, Forward Collision Alert3 and Automatic Emergency Braking3.

Electrified propulsion details
The 2024 Corvette E-Ray’s electrified propulsion system provides exhilarating acceleration to power out of corners and effortlessly complete passing maneuvers. It can also provide limited all-electric propulsion at the driver’s discretion upon startup.

E-Ray’s standard Active Fuel Management system uses the electric motor to extend 4-cylinder operation in various driving scenarios.

The amount of electric assist is tailored within each of the Corvette E-Ray’s six driver-selectable modes: Tour, Sport, Track, Weather, My Mode and Z-Mode. Drivers can also select the Charge+ feature which maximizes the battery’s state of charge.

E-Ray Performance App on the infotainment system provides the driver with technical insights into how the propulsion system is operating. There are three primary display layouts:

  • Gauges (displays dynamic power output from electric motor and V-8 engine)  
  • Dyno (provides graph of power/torque across selectable time intervals)  
  • Data (showcases electrical system performance and efficiency).

The Corvette E-Ray’s electric motor over the front axle is compact, preserving space in the front storage compartment.

Stealth Mode and tracking the E-Ray
The Corvette E-Ray’s two driver-initiated electric modes enable the car to travel under electric propulsion in certain conditions. The electric motor also optimizes track performance.

Stealth Mode enables all-electric driving, when selected at start-up, for a period of time before the engine turns on for normal driving. It is designed for quietly exiting a neighborhood, with a maximum speed of 45 mph. The engine automatically engages if the vehicle’s speed exceeds the limit, additional torque is requested by the driver, or the E-Ray’s battery pack is depleted.

When it comes to leveraging the electrified propulsion system for enhanced track performance, E-Ray’s eAWD control system applies torque to the front axle as needed. The Charge+ feature can be used to maximize battery state of charge for extended lapping.

The custom-designed Performance Traction Management (PTM) modes are optimized in concert with the eAWD propulsion system.