
Where speed meets strength
From ultra-lightweight body panels to high-resistance structural components. Our solutions are engineered for optimal performance, weight reduction, and mechanical strength. Trusted by racing professionals, built for speed and durability.
Why chose composite for racing?
Lightweight
Heat resistant
High Strength
Customizable
Chemical resistant
Aerodynamic efficiency
Fatigue resistant
Corrosion-free
What We Build
Precision, performance, and passion – component after component.
We supply single units, small batches, or prototypes for:
> Body panels (hoods, bumpers, doors, fenders)
> Underbody shields and aerodynamic parts
> Seats and interior elements
> Engine bay covers and heat-resistant panels
> Custom molds and special parts
🔩 Every piece is designed to meet your exact specifications.
Materials We Use

Fiberglass (VTR)

Carbon fiber

Hybrid materials

Kevlar
Our racing heritage
Since the 1980s, KVP has shaped performance.
We’ve been part of the racing world from the start, producing:
> Composite body parts for off-road and rally cars
> Racing seats for brands like OMP and Sparco
> Special projects for custom racing builds
> One-off and small series components for motorsport professionals
🛠️ We don’t just manufacture—we race with you.
How we work
From concept to track performance, every step is guided by precision, collaboration, and material expertise.
Project Analysis & Feasibility
We start by understanding your needs — performance targets, design constraints, and operating conditions — to define the best technical approach.
Co-Design & Prototyping
Our engineering team collaborates with yours to transform ideas into 3D models and functional prototypes, ready for testing and refinement.
Mold Creation & Composite Manufacturing
Using advanced composite processes, we produce molds and parts that ensure dimensional accuracy, repeatability, and optimal mechanical performance.
Finishing, Testing & Delivery
Using advanced composite processes, we produce molds and parts that ensure dimensional accuracy, repeatability, and optimal mechanical performance.