BMW® F87 M2 High-Efficiency Carbon Fiber Canard System
€809.20
Available, delivery time: 8-12 weeks
Product information "BMW® F87 M2 High-Efficiency Carbon Fiber Canard System"
Engineered specifically for the front aerodynamic envelope of the BMW F87 M2 platform, these dive planes generate controlled high-energy vortices to manage turbulent airflow around the front wheel arches. Positioned along the outer perimeters of the front bumper, they extract high-pressure air from the wheel wells to produce targeted front-axle downforce, effectively mitigating mid-corner understeer while sharpening turn-in response and direct steering feedback.
Developed using advanced Computational Fluid Dynamics (CFD) and validated through track testing, the canard profiles increase front tire loading while minimizing parasitic drag and smoothing air delivery to downstream components. Constructed from high-modulus prepreg carbon fiber and cured under pressure in an autoclave, each element features precision CNC-trimmed edges for durable, OEM-grade bumper fitment. Designed for complete platform harmony, this system works in conjunction with front splitters and rear wings, such as the Vulcan Alpha wing series, to establish a cohesive aerodynamic distribution without sacrificing usable ground clearance.
Technical Specifications:
Structure: High-modulus Prepreg Carbon Fiber (Autoclave Cured)
Aero Function: CFD-developed vortex generators (front-axle downforce & wheel-arch flow extraction)
Manufacturing: Precision CNC-trimmed for seamless OEM bumper contour integration
Edge Profile: Engineered leading/trailing edges for maximum vortex strength and durability
Usability: Preserves full functional ground clearance for street and track operation
Primary Function: Sharpens turn-in response, mitigates mid-corner understeer, and enhances steering precision
System Compatibility: Designed to integrate seamlessly with Vulcan Alpha front splitters and rear wing systems
Validation: CFD-modeled and track-backed for balanced downforce and drag optimization