Akrapovic Carbon Fiber Rear Wing for G87 M2

Please be advised that this item is classified as a special order, and therefore not available for immediate pickup or dispatch. Price and Estimated Time of Arrival (ETA), which is the anticipated time for the item to be delivered, are subject to variation. It is essential to note that special orders are strictly non-returnable, non-cancellable, and non-refundable.

Overview: Akrapovic Rear Lightweight Forged Carbon Wing M2 G87

Experience the pinnacle of aerodynamic innovation with the Akrapovic Carbon Fiber Rear Wing, meticulously designed to enhance both the performance and aesthetics of your BMW G87 M2. Crafted from lightweight forged carbon fiber, also known as chopped carbon fiber, this rear wing embodies the perfect blend of form and function. With its swan neck design, reminiscent of the latest GT models, and a high-gloss finish meeting OE factory standards, this wing not only elevates the visual appeal of your vehicle but also delivers exceptional downforce, providing over 150lbs of stability at 140mph. Whether you’re tearing up the track or cruising the streets, this rear wing is engineered to elevate your driving experience to new heights.

Technical Specifications:

Material: Crafted from lightweight forged carbon fiber (also referred to as chopped carbon fiber), ensuring optimal strength and durability while minimizing weight for enhanced performance.

Downforce: Generates over 150lbs of downforce at 140mph, providing exceptional stability and grip during high-speed maneuvers.Design: Features a swan neck design, inspired by cutting-edge GT designs, optimizing airflow and maximizing aerodynamic efficiency.

Finish: Boasts a high-gloss finish that meets OE factory standards, guaranteeing a flawless appearance that complements the sleek lines of your BMW.Compatibility: Specifically designed for BMW G87 M2 and G42 230i/M240i Coupe models, ensuring seamless integration and perfect fitment.

Adjustability: Offers three-position adjustable wing angle, allowing for personalized customization to suit different driving conditions and preferences.

Mounting:

Includes a base mount kit for easy installation, although professional installation is recommended to ensure proper fitment and performance.Bracket Material: Utilizes CNC-machined aluminum brackets, meticulously engineered to strike the perfect balance between lightweight construction and robust performance.Bracket Bolts: Features high-grade titanium bolts, providing exceptional strength and durability while minimizing weight for optimized performance.

Key Features: Akrapovic Rear Lightweight Forged Carbon Wing M2 G87

Aerodynamic Efficiency: Employing advanced computational fluid dynamics (CFD) technology, this rear wing is meticulously optimized to minimize air turbulence and maximize aerodynamic performance, resulting in enhanced stability and cornering capabilities.

Precision Craftsmanship: Each rear wing is handcrafted with meticulous attention to detail, ensuring impeccable quality and a flawless finish that meets the highest standards of craftsmanship.

Functional Design: The swan neck mounting design not only enhances the aesthetic appeal of the rear wing but also improves aerodynamic efficiency by optimizing airflow over and under the wing, generating significant downforce to enhance traction and stability.

Professional Installation: Akrapovic Rear Lightweight Forged Carbon Wing M2 G87

While the installation process is straightforward, professional installation is recommended to ensure proper alignment, fitment, and performance. This includes drilling four holes in the steel trunklid and removing the original rear lip spoiler to accommodate the rear wing.

Unleash the full potential of your BMW G87 M2 or G42 230i/M240i Coupe with the Akrapovic Carbon Fiber Rear Wing, where cutting-edge aerodynamics meet exquisite craftsmanship to redefine performance and style on the road or track. Elevate your driving experience and make a bold statement with this precision-engineered rear wing that sets new standards in both form and function.