Full Carbon Headlight Intake
The Full Carbon Fiber Headlight Intake can endure very high stresses and will provide superior protection against impacts, especially at high speeds. It also has a high resistance to heat and thermal cycling, making it more suitable for automotive applications that experience varying temperatures.
Learn more about the differences in material types (PETG Carbon vs. Full Carbon) and the benefits and details of the variety of optional customizations and add-ons.
Note: If you choose the tinted top-coat option, you can select the tint color during the checkout process.
The Full Carbon Fiber Headlight Intake can endure very high stresses and will provide superior protection against impacts, especially at high speeds. It also has a high resistance to heat and thermal cycling, making it more suitable for automotive applications that experience varying temperatures.
Learn more about the differences in material types (PETG Carbon vs. Full Carbon) and the benefits and details of the variety of optional customizations and add-ons.
Note: If you choose the tinted top-coat option, you can select the tint color during the checkout process.
The Full Carbon Fiber Headlight Intake can endure very high stresses and will provide superior protection against impacts, especially at high speeds. It also has a high resistance to heat and thermal cycling, making it more suitable for automotive applications that experience varying temperatures.
Learn more about the differences in material types (PETG Carbon vs. Full Carbon) and the benefits and details of the variety of optional customizations and add-ons.
Note: If you choose the tinted top-coat option, you can select the tint color during the checkout process.