Anderson Composites Carbon Fiber Fenders Chevrolet Corvette C6 ZR1 2005-2013

Anderson Composites

Anderson Composites specializes in creating premium carbon fiber automotive components. They are renowned for their meticulous design and manufacturing of products such as hoods, trunks, spoilers, and various other exterior and interior parts for a variety of car models.

The company is dedicated to delivering lightweight and durable carbon fiber solutions that not only enhance the visual appeal of vehicles but also contribute to improved aerodynamics and overall performance. Anderson Composites caters to a diverse customer base, including automotive enthusiasts, tuners, and racers seeking aftermarket parts with a focus on precision engineering and attention to detail.

Their products are highly regarded for their quality and are a popular choice for individuals looking to upgrade their vehicles with premium carbon fiber components. The AC-FF05CHC6ZR is a prime example of their commitment to excellence.

AC-FF05CHC6ZR

Features:

< li >Durable and lightweight

< li >Reuses OEM type fasteners

< li >Show-ready, high luster finish

< li >This product is manufactured using 3K, 2X2 Twill Weave Carbon Fiber and Anderson Composite’s proprietary vacuum infusion process. Resin is introduced into the mold as a liquid, producing a high gloss, wet-look shiny finish.

Specifications:

< li >Add-On: AC-RS05CHC6-LW

< li >CARB Yes/No: No

< li >Install Hardware: Utilizes OE Hardware

< li >Install Type: Professional Installation Required

Fitment:

< li >Chevrolet Corvette Base 2005-2013

Notes:

< li >All items are non-stock and may take additional time to manufacture.

Vivid Racing loves selling Anderson Composites products due to their high build quality and attention to detail. The AC-FF05CHC6ZR, along with other components, exemplifies the premium craftsmanship that Anderson Composites is known for, making them a trusted choice for car enthusiasts looking to enhance their vehicle’s performance and aesthetics.

WARNING: Cancer and Reproductive Harm