FOR DRIVERS WHO DEMAND FEEL.
Forged-carbon components engineered for precision, durability, and driver feedback.
PROCESS VALIDATION
FROM CAD TO TRACK
CAD Design
Precision 3D modeling and motion simulation ensure every component interfaces perfectly with factory geometry before tooling begins.
Tooling & Fixturing
Custom fixturing is built to maintain consistent geometry, pressure, and alignment throughout the molding process, ensuring repeatable quality in every batch.
Forged-Carbon Production
Chopped carbon fiber and resin are compression-molded under controlled heat and pressure, achieving aluminum-like strength at a fraction of the weight.
Real-World Testing
Each component is tested under real driving conditions to verify feel, durability, and overall performance before release.
Why Forged Carbon?
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Superior Strength
Random fiber orientation delivers multi-directional strength that outperforms traditional woven carbon.
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Weight Savings
Up to 40% lighter than aluminum with comparable rigidity—critical for reducing unsprung mass.
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Isotropic Properties
Uniform mechanical properties in all directions eliminate weak points and improve impact resistance.
Who This Is For
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Track-focused drivers seeking uncompromising steering feel and feedback
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Enthusiasts who prioritize precision over comfort in high-performance applications
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Racers demanding components that withstand extreme heat cycles and sustained loads
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Builders who value weight reduction without sacrificing structural integrity
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GT3-inspired builds requiring OEM-level fitment with motorsport-grade durability
THE MISSION
At Guebara Performance Composites, the goal is simple:
build components that improve the driving experience in ways you can actually feel.
Every part begins with CAD modeling, motion simulation, and a focus on mechanical accuracy. Forged carbon is chosen where it makes sense — in areas where its stiffness, weight reduction, and damping behavior provide a real advantage, along with a modern aesthetic that looks exceptionally good. Some components, however, are better suited to metal or conventional woven carbon fiber, and we use each material where it performs best.
We design for:
- cleaner engagement
- reduced compliance
- sharper mechanical feedback
- long-term durability under real-world load
No mass production. No offshore shortcuts.
Every component is developed, tested, and small-batch manufactured by hand in California.
This isn’t about carbon as decoration.
It’s about engineering parts that make the car feel better than stock.
That is the mission — and the promise behind every component we release.