APR Performance Carbon Fiber Side Rocker Extensions for 991.1 Porsche 911 GT3

APR Performance Carbon Fiber Side Rocker Extensions for 991.1 Porsche 911 GT3

Designed to enhance under–body air flow, reduce lift and improve the turbulence that creates drag, APR Performance Side Rocker Extensions are made in a high temperature autoclave with pre–preg carbon fiber materials. These extensions boast remarkable strength while being incredibly lightweight.

Downforce Balance

• FRONT – |
• CENTER – ||||
• REAR – ||
• The Downforce Balance graph (displayed above) elucidates the components of the vehicle that this product affects

Benefits

• Minimize the amount of effort needed on the front–end
• Increase cornering speeds to the highest possible level
• Improve the steadiness of high–speed performance

Specifications

• Pattern – 2×2 twill weave
• Material – Pre-preg carbon fiber, 3K
• Coating – UV-stable clear coat
• Mounting – Pre-drilled mounting holes
• Hardware – Stainless-steel machine screws, washers, and nuts

Features

• APR Performance Side Rocker Extensions are well–known for their light weight and strength, which is achieved through pre–preg manufacturing processes in an autoclave while the material is exposed to high temperatures
• Certain APR Performance Side Rocker Extensions have vertical extension trailing surfaces (available on some applications) that allow for the flow of air away from the rear wheel arches, thus reducing lift and lessening turbulent drag
• The APR Performance Side Rocker Extension has been created with careful consideration specific to each vehicle model it is intended for, ensuring that perfect original equipment manufacturer fitment is achieved
• The APR Performance Side Rocker, Rear Bumper and Vertical Extensions are equipped with pre–drilled holes for mounting as well as all the essential hardware needed to ensure a secure fit

Applications

• 2013-2015 Porsche 911 GT3 – 991

About APR Performance

Research

• Since 1999, APR Performance has been the undisputed chief in crafting and fabricating superior aerodynamic performance components for the aftermarket automotive sector

Development

• Utilization of Computational Fluid Dynamics (CFD) analysis along with empirical track testing, guarantee the fabrication and validation of products to stringent performance specifications

Production

• The utilization of proprietary manufacturing processes incorporating pre-impregnated carbon fiber composites assists in creating products characterized by sturdiness, lightness and premium caliber