Vorsteiner BMW F8X M4 Carbon Fiber Evo Aero Decklid Spoiler (4102BMV)

The Vorsteiner BMW M4 F82 rear deck lid spoiler is designed to attach onto the factory rear boot lid for a sporty and elegant styling. The EVO deck lid spoiler sports full light weight carbon fiber which adds downforce to the rear end of the vehicle while maintaining the its athletic appearance. Vorsteiner's Autoclaved Pre-Preg Carbon Fiber structure gives our parts superior stiffness, aerospace strength & durability compared to traditional hand laid carbon fiber composites.

Vehicle Fitment:
2015-2020 BMW M4 (F82)
2015-2020 BMW M4 Convertible (F83)
(S55 3.0L Twin Turbo Engine)

Features:
• Vehicle specific design allows this carbon fiber rear spoiler to match the factory BMW M trunk body lines and contours
• Unidirectional 1x1 and 2x2 carbon weaves utilized to provide optimal strength while reducing weight
• Resin pre-impregnated, vacuum-formed carbon fiber material adds 20% - 30% more strength and stiffness
• 4 Stage UV Inhibiting Clear Coat for added protection

Notes:
Domestic shipping for carbon fiber aero products is roughly 3-5 business days.
All Vorsteiner carbon aero programs are TUV certified. Each TUV certified product goes through rigorous testing to ensure that it adheres to the highest ECE regulations.

More Info:
Vorsteiner's carbon fiber parts are produced using a state-of-the-art aerospace autoclave system. This provides unsurpassed rigidity, strength and finish to our aerodynamic components. We distinguish ourselves by utilizing a resin pre-impregnated, vacuum-formed carbon fiber material that results in a 20% - 30% stiffer and stronger product than an equivalent wet-lay up product.

This technique drastically reduces rejection rates, significantly improving delivery times. Vorsteiner uses a combination of unidirectional, 1x1, and 2x2 weave carbon fiber to keep the weight to a minimum while providing optimum strength and rigidity. The vacuum-formed technology used in our aerodynamic parts draw out excess resin which ultimately draws out excess weight without decreasing structural rigidity. This process provides a much tighter control over the fit and finish giving you the piece of mind that the part will perfectly match the factory shut lines and contours.