Description
Inspired by the McLaren GT, the 720S was a sight to see when released in 2017. Further establishing their place in the supercar world, the 720S offered many race car attributes like active aero, carbon-fiber monocoque, and several others. While there are many performance characteristics, owners feel it could display more carbon fiber on the exterior.
Vivid Racing set out to enhance these incredible features with the VR Aero carbon fiber front bumper. The gorgeous 2x2 (3K Twill Weave) not only captures the attention of on-lookers but adds to the performance aesthetic of the 720S. By matching the same manufacturing and weave methods as McLaren, each piece is pre-preg dry carbon fiber for ultimate durability and precision fitment. The dry carbon fiber also weighs next to nothing for those that are die-hard about weight savings.
Accentuating the factory body lines is dire to the VR Aero carbon fiber. Installing the VR Aero front bumper highlights the performance aesthetics of the 720S. Precise fitment from the 3D scanning and detailed CAD engineering will make the installation of the front bumper a breeze without the need to modify the carbon fiber.
The pre-preg construction and UV-resistant epoxy eliminate the chances of the front bumper getting yellow and hazy over time. Commonly seen in cheaper carbon fiber, a yellow haze can form after being exposed to UV rays. Have no fear, as the VR Aero front bumper eliminates this possibility and will look stunning year after year.
Features:
Products feature a gloss UV protective clearcoat
2x2 3K twill weave construction to match performance aesthetic
Pre-preg dry carbon fiber contriving proves to be lightweight and durable
Precision fitment thanks to 3D scanning and CAD engineering
Easy and quick installation method
OEM+ style manufacturing provides precision fitment and finish
UV resistant resin and pre-preg forming prevent hazing
No modification necessary for installation
What is Dry Carbon Fiber?
Dry carbon fiber is formed by using a pre-preg or impregnated piece of carbon materials. This piece of carbon is first placed into a mold, and then into a sealed vacuum to properly cure. This particular method creates the least amount of waste and forms a lighter version of carbon than the "wet" method. The vacuuming process of making dry carbon means that there are fewer pinholes and almost no air pockets that form in the carbon. Dry carbon is the highest quality version of carbon fiber products that are produced. However, it is 3 to 4 times more expensive to produce than its counterpart.
Advantages of Dry Carbon Fiber:
60% Lighter and Significantly stronger
Superior manufacturing process
Uses a dry finish for enhancing its cosmetic appearance
