PRODUCT PHOTO
XTREME QUALITY MAKES XTREME PERFORMANCE
DESIGN
The aero parts reframe the vehicle’s silhouette with a bold yet artful edge
- featuring sculpted side skirts, an assertive front splitter, and a rear diffuser
that flows seamlessly into the design. Each contour is shaped with purpose,
adding aerodynamic precision while elevating the car’s visual drama.
It’s a fusion of raw aggression and refined beauty
- where performance styling becomes a form of art.
OUR PROCESS
STEP 1 Reverse Engineering & Ideation
The process begins with gathering data from the original factory vehicle using a 3D scanner. This critical first step ensures we capture precise and accurate data for every part of the vehicle, which is then used by our designers during the 3D modeling phase. During the reverse engineering stage, our team will generate multiple ideations and 2D concepts, utilizing sketches or advanced digital design
tools to explore design possibilities.
STEP 2 Design
Once a concept is selected, we move into the design and modeling phase. Our designers will create a 3D surface model using the
scanned data from the original vehicle and generate realistic 3D renderings to visualize the design. This stage also includes refining key design iterations, enabling us to make informed decisions and minimize time and costs during the prototyping phase.
STEP 3 Prototype Fitment & Manufacturing
With the finalized 3D model, we create a physical prototype using either 3D printing or CNC machining. The prototype is then tested for
fitment with the factory vehicle. If adjustments are needed, we refine the design before moving to the molding stage. Once the design is finalized, a mold is created, and a pre-production unit is manufactured and installed for further quality and fitment testing. After passing rigorous quality control, we proceed with mass production.
Dry Carbon Fiber, Carbon Fiber & Forged Carbon
FEATURES
Top-Grade Carbon Fiber
We use the highest quality carbon fiber raw materials with pre-impregnated resin for enhanced strength and durability
Vacuum Infusion Process
Our vacuum-infused process ensures that resin is drawn into the carbon fiber, resulting in strong, lightweight, and high-performance composite parts.
UV-Resistant Clear Coat
Each part is finished with a UV-resistant clear coat to enhance longevity and protect against environmental damage.
Uncompromising
Quality & Durability
We are committed to providing exceptional fitment and finishes, ensuring top-notch quality and lasting appearance.
Weight Reduction
Our parts offer weight savings compared to original factory parts, improving both performance and efficiency
Polyurethane
FEATURES
Exceptional Durability
Provides excellent impact resistance, ensuring long-lasting performance and appearance
Increased Flexibility
More flexible than other materials, preventing cracking or shattering under stress.
Improved Fitment
Designed for better fitment with less need for bodywork and time to prep and install, resulting in a smoother, hassle-free installation and superior final results
Fiberglass
FEATURES
Easier to Repair
Damages and cracks are easier to fix, ensuring long-term durability and minimal maintenance
Cost-Effective
More affordable than polyurethane and carbon fiber, providing excellent value for both performance and aesthetic upgrades
Lightweight
Lighter than both polyurethane and carbon fiber, helping to reduce vehicle weight without compromising strength
Customization
Can be easily shaped and cut during installation, allowing customization to suit your vehicle’s specific needs