2025 Chevrolet Corvette Specifications Overview
The 2025 Chevrolet Corvette is certified across 5 configurations with 6.2L 8-Cylinder Engine, 6.2L Gas-Electric Hybrid Engine, 5.5L 8-Cylinder Engine powertrain options. Available drivetrain layouts include Rear-Wheel Drive, All-Wheel Drive paired with Automatic (S8). EPA classified under the Two Seaters size category.
Certified Powertrain & Transmission Configurations (5)
Official laboratory certification specifications for each factory engine, transmission, and drivetrain permutation
| Configuration / Model | Engine & Displacement | Cylinders | Induction / Tech | Transmission | Drivetrain | Fuel System |
|---|---|---|---|---|---|---|
| Corvette Two Seaters | 6.2L 8-Cylinder Engine | 8 | Naturally Aspirated | Automatic (S8) | Rear-Wheel Drive | Premium |
| Corvette E-Ray Two Seaters | 6.2L Gas-Electric Hybrid Engine | 8 | Hybrid Electric Assist | Automatic (S8) | All-Wheel Drive | Premium |
| Corvette Z06 Two Seaters | 5.5L 8-Cylinder Engine | 8 | Naturally Aspirated | Automatic (S8) | Rear-Wheel Drive | Premium |
| Corvette Z06 Carbon Aero Two Seaters | 5.5L 8-Cylinder Engine | 8 | Naturally Aspirated | Automatic (S8) | Rear-Wheel Drive | Premium |
| Corvette ZR1 Two Seaters | 5.5L 8-Cylinder Engine | 8 | Naturally Aspirated | Automatic (S8) | Rear-Wheel Drive | Premium |
Regulatory Classification & Safety Architecture
Federal classification standards and standard active driver assistance system capabilities
EPA Regulatory Size Class
- Two Seaters
NHTSA NCAP Body Formats
Standard passenger body configuration
Active Safety Technology
Evaluated under federal safety compliance standards.
Powertrain, transmission, drivetrain, and regulatory classification specifications on this page are derived directly from the United States Environmental Protection Agency (EPA) and National Highway Traffic Safety Administration (NHTSA) official laboratory certification registries.
Local Production Store Compiled: August 2026 • Deterministic Audited Dataset • Zero Dynamic External API Runtime Latency.