AutoTecknic Dry Carbon Front Fender Trim for G0X BMW X3 / X4

AutoTecknic Dry Carbon Front Fender Trim for G0X BMW X3 / X4

AutoTecknic has finally released the highly anticipated autoclave dry carbon fiber fender trim covers for the G01 X3 and G02 X4. These covers, crafted from 3K twill weave dry carbon fiber, boast an ultra-thin thickness of just 1 millimeter, utilizing AutoTecknic’s renowned pre-preg dry carbon technology. The term “dry carbon fiber” refers to the manufacturing process involved. It starts with a “pre-preg” or impregnated piece of carbon materials, which is first placed into a mold and then cured in a sealed autoclave. This method minimizes waste and produces a lighter form of carbon compared to the “wet” method. Additionally, the autoclave vacuuming process ensures fewer pinholes and virtually eliminates air pockets, making dry carbon the highest-quality version of carbon fiber products available.

Features

• Pre-preg carbon fiber
• Lightweight and durable
• Easy installation
• Sold as a pair

Applications

• BMW X3: G01 (2017+)
• BMW X4: G02 (2017+)

About AutoTecknic

Founded in 2000 during the early growth stages of the aftermarket industry, AutoTecknic has ascended to become a leading manufacturer and distributor of premium carbon fiber parts and accessories for performance vehicles across various makes and models. Known for its steadfast commitment to excellence, AutoTecknic produces products that not only meet but also surpass the high expectations of its discerning clientele. The brand’s reputation as a trusted entity in the industry speaks to its dedication to delivering optimal performance and quality parts for both aesthetic and functional enhancements. The core values of AutoTecknic revolve around continuous innovation and perpetual progression, philosophies that are deeply embedded in its industry-leading manufacturing processes and are evident in the exceptional quality of the final products. AutoTecknic invites everyone to be a part of its journey in redefining the limits of what is achievable in the carbon fiber parts and accessories domain.