Description
This item is made to order, normal lead time is 2-3 weeks.
Maximize the aerodynamic performance of your Chevrolet Corvette C8 Convertible with the APR Performance GTC-500 Carbon Fiber Adjustable Wing. Designed for high-speed track and street applications, this wing improves rear-end stability, cornering, and braking while generating high-efficiency downforce with minimal drag.
Built with precision pre-preg carbon fiber, the GTC-500 combines lightweight construction, structural rigidity, and race-inspired styling. The fully adjustable angle of attack allows drivers to fine-tune downforce and drag to match specific track conditions or driving preferences. Optional Gurney flaps further enhance aerodynamic grip for high-speed cornering.
Features:
- Pre-preg Carbon Fiber Construction: Autoclave-cured for maximum strength-to-weight ratio, durability, and heat resistance.
- Adjustable Angle of Attack: 0°–15° adjustment range for precise tuning of downforce and drag.
- Aerodynamic Efficiency: Optimized airfoil with CFD-tested camber provides high downforce with minimal drag (8.88:1 downforce-to-drag ratio).
- Pedestals and Mounting: Angle-adjustable 10mm aircraft-grade 6061 aluminum risers allow precise positioning for optimal airflow and downforce distribution.
- Optional Gurney Flap: 12.7mm pre-preg carbon fiber flap mounts to trailing edge with 3M VHB tape for added downforce and reduced flow separation.
- Compact yet Performance-Oriented Design: Large-sized wing engineered for trunk-mount applications, track cars, and street-tuned vehicles seeking aerodynamic efficiency without excessive drag.
Specifications:
- Span: 71” or 74” (1803mm or 1880mm)
- Chord Depth: 10.2”–12” (259.08mm – 304.8mm)
- Height: Adjustable up to 13” (330.2mm)
Fitment:
- Vehicle: Chevrolet Corvette C8 Convertible
- Notes: Designed for C8 Convertible models; vehicle-specific carbon fiber bottom plates included. Universal aluminum bottom plates available for custom installations. Optimized for high-performance track and street applications.
