Chevrolet Camaro SS ZL1 Style Front Splitter Conversion
Give your Camaro that awesome ZL1 look and with just a quick, simple and easy installation! Our front splitters are a direct bolt-on for your Camaro that will give you an aggressive new look for your Camaro and add aerodynamic downforce to help maintain stability during performance driving.
Built via closed Molding to maximize our product’s strength and finish.
Fits 2016 – 2018 Bumpers and also the Gen 6 Refresh Models 19 and up.
Painted with 3 generous coats of clear to ensure a long-lasting gloss finish and UV protection. In addition to a high-quality automotive clear coat, we use a marine-based clear gel coat to add extra depth and UV protection to our products.
We use aerospace-grade carbon fiber that is a high GSM and extremely tight weave.
Exposed Carbon Fiber surface.
Ready to install.
Large inner flange for easy install.
Fits coupe and convertible SS, LT and RS Models.
– Carbon Fiber 100% authentic Carbon Fiber fabric with a weave pattern that has a direct match to the pattern used on factory Carbon Fiber parts from GM. The Carbon Fiber layer is reinforced with aerospace fabrics for additional strength.
– Painted Gloss Black made with high grade composite materials. Painted with high grade Black automotive paint. Hand polished to achieve a high gloss finish, ready to install.
– Unpainted Composite Reinforced with high grade composite material. This finish option is ready for you to primer and prep the product for paint. An excellent choice for customers wanting to paint their parts or wanting to wrap them.
Carbon Fiber and Carbon Flash Metallic products are sprayed with 3 generous coats of clear to ensure a long lasting gloss finish and UV protection. In addition to a high quality automotive clear coat, we use a marine based clear gel coat to add extra depth as well as UV protection into our products. The clear coat is then hand polished and sanded to achieve a long lasting beautiful finish.
Our products are tested and verified with CFD analysis for optimum results and aerodynamic efficiency.