Description
This item is made to order, normal lead time is 1-2 weeks.
Chevrolet Camaro GTC-300 67" Carbon Fiber Adjustable Wing (2016–2024)
Take your Chevrolet Camaro’s aerodynamic performance to the next level with the APR Performance GTC-300 67" Carbon Fiber Adjustable Wing. Designed for motorsport, track, and high-performance street applications, this wing delivers exceptional downforce while maintaining minimal drag, improving cornering grip, braking stability, and high-speed balance.
Engineered using advanced Computational Fluid Dynamics (CFD), the GTC-300 features a cambered airfoil profile that maximizes airflow efficiency and minimizes turbulence. The result is a highly efficient aerodynamic solution that enhances rear-end stability without compromising straight-line speed.
Constructed from pre-preg carbon fiber and supported by aircraft-grade 6061 aluminum adjustable risers, this wing provides both lightweight strength and precise adjustability. The mounting system utilizes factory spoiler hole locations, ensuring a cleaner installation with proper alignment.
Fitment:
- Chevrolet Camaro (2016–2024)
- Mounts using factory spoiler hole locations
- Wing Span: 67” (1702 mm)
- Adjustable Height: Up to 13" (330.2 mm)
Key Features:
- Adjustable angle of attack (0°–15°) for precise tuning of downforce and drag
- Optimized 8.8:1 downforce-to-drag ratio for high-speed efficiency
- CFD-engineered airfoil for maximum aerodynamic performance
- Pre-preg carbon fiber construction for lightweight strength and rigidity
- Autoclave-cured for superior durability and structural integrity
- Aircraft-grade 6061 billet aluminum risers (10 mm thick) for secure mounting and adjustability
- Improves rear traction, cornering grip, and braking stability
- Mid-to-large wing design ideal for track, time attack, and high-performance street builds
- Compatible with vehicle-specific and universal mounting configurations
- Optional carbon fiber Gurney flap available for increased downforce
Upgrade your Camaro with the APR GTC-300 Adjustable Wing to achieve track-proven aerodynamics, enhanced stability, and aggressive carbon fiber styling.
