If you're looking to give your 2014-2015 Chevrolet Camaro Z/28 a serious makeover, you might want to check out the carbon fiber side skirts from Anderson Composites. These guys really know their stuff when it comes to carbon fiber components, and it shows in their meticulous design and craftsmanship.
First off, let’s talk about the material. These side skirts are made from 3K, 2X2 twill weave carbon fiber, which means they’re not just lightweight but also incredibly strong. The proprietary vacuum infusion process they use gives these skirts a glossy, wet-look finish that’ll have your Camaro looking show-ready in no time. Plus, they reuse OEM-type fasteners, so installation is a breeze—just pop them on with the hardware you already have.
Now, I should mention that professional installation is recommended. It’s not that these are overly complicated, but you want to make sure everything lines up perfectly. And because these are non-stock items, they might take a bit longer to get to you. But trust me, the wait is worth it when you see how these skirts can transform the stance of your ride.
Speaking of stance, these side skirts not only look good but also help with aerodynamics, which can improve your overall performance on the road or track. If you're running a set of wider tires, these skirts will clear them nicely without any issues—just a clean fit that enhances the aggressive look of your Z/28.
So, if you’re ready to take your Camaro to the next level, these Anderson Composites carbon fiber side skirts are a solid choice. They’re built for enthusiasts who appreciate quality and want to make their car stand out. Just remember, these are specifically designed for the 2014-2015 Z/28, so make sure you’re in the right crowd!
Other Part Numbers:
Anderson Composites #151345871
⚠ WARNING:
Cancer and Reproductive Harm
https://www.P65Warnings.ca.gov
| Vehicle Make/Model | Year | Trims |
|---|---|---|
| Chevrolet Camaro | 2014-2015 | Z/28 |
Anderson Composites is recognized in the automotive aftermarket for its precise engineering and dedication to performance. By specializing in advanced lightweight materials such as carbon fiber and fiberglass, the company has become a trusted source for enthusiasts and professional builders seeking strength, weight savings, and aerodynamic improvements. Their product line is developed not only for visual appeal but also for measurable performance benefits in both street and motorsport applications.
Company BackgroundEstablished in the early 2000s, Anderson Composites was founded by engineers and fabricators with a background in racing and vehicle customization. The company?s objective has always been to combine design innovation with rigorous testing, resulting in products that enhance acceleration, braking, and handling through reduced weight and optimized structural integrity. Over the years, they have expanded into a wide range of platforms, covering domestic performance vehicles, European sports cars, and late-model trucks and SUVs.
Product CategoriesEach Anderson Composites part undergoes advanced manufacturing processes including CAD design, autoclave curing, and CNC machining. The use of T-300 carbon fiber and fiberglass-reinforced plastics ensures a balance of stiffness, impact resistance, and reduced weight compared to steel or aluminum OE parts. This results in:
Anderson Composites has expanded its offerings to cover new makes and models, including late-model Ford Mustangs, Chevrolet Corvettes and Camaros, Dodge Hellcats, Toyota Supra, and select trucks and SUVs such as the Ford F-150 and Ram TRX. Each new application undergoes product-specific testing to confirm fitment, aerodynamics, and durability before release.
ConclusionFor enthusiasts seeking functional performance upgrades combined with lightweight design and precise fitment, Anderson Composites continues to be a leading choice. Whether the goal is weight savings for track use, improved aerodynamics for high-speed stability, or refined aesthetics for a show build, their products deliver consistent quality supported by advanced engineering.