Chevrolet Corvette C7 Daytona Prototype
Explore official-source information about the Chevrolet Corvette C7 Daytona Prototype in iRacing.
Image © iRacing.com Motorsport Simulations
Quick reference
- Engine
- 5.5 L naturally aspirated V8336 cid naturally aspirated V8
- Published power
- Approximately 447 kWApproximately 600 bhp
- Transmission
- Six-speed sequential
The Corvette C7 Daytona Prototype combines Stingray-inspired bodywork with a purpose-built endurance chassis and a mid-mounted V8.
Suspension and chassis
Carbon-fibre bodywork covers a chrome-moly chassis with double-wishbone suspension. Pushrods operate the coil-spring and damper assemblies. The nose combines a wide radiator inlet with the front brake ducts.
Official sources
Stop Guessing, Start Improving
Many drivers slam the brakes with all their strength, but the fastest modulate pressure, use the brake to rotate the car, and exit as fast as possible. Train that skill here.
Train Anywhere, Anytime
Browser-based training works with any racing pedals or controllers. Fanatec, Thrustmaster, Logitech, Simucube — no installation required.
Pro-Designed Exercises
Access exercises created by professional sim racers like Suellio Almeida. Learn the exact braking patterns used by the fastest drivers.
Import Chevrolet Corvette C7 Daytona Prototype Telemetry
Drop your Garage61 lap CSV and extract braking data for every corner. Generate personalized practice exercises based on YOUR telemetry, not generic patterns.
Track Your Progress
View session history, performance trends, and best scores. Watch yourself improve over time and stay motivated to practice.
And There's Much More
Improve your braking technique with this car and much more:
Create Custom Exercises
Build from templates, draw brake curves, or record with your pedal
Schedule Your Training
Plan practice sessions and track your consistency across weeks
Brake Master Ratings
Earn rankings and compete on leaderboards as you improve
Exercises & Progress Tracking
Practice exercises and track your progress completely free.
No install needed • Works in browser
General practice tips
Tip 1
Starting point
Start with the official setup and consult the simulator documentation for available controls. Appropriate brake bias depends on the car and conditions.
Tip 2
One variable
Change one setting at a time and compare several laps. Record the change and observed behavior before keeping it.
Tip 3
Comparable conditions
Compare similar fuel loads, tires and track conditions. One lap alone does not establish that a setting is better.
Frequently asked questions
General guidance for practicing and consulting car-specific sources.