Adaptador de freno de disco para motocicleta forjado en aleación de aluminio personalizado

Ensure uncompromising braking precision and seamless integration with your performance build using this custom forged disc brake adapter. Precision-engineered to your exact specifications, it establishes a rigid, vibration-free connection between caliper and fork or swingarm—delivering consistent stopping power and absolute peace of mind.

Premium Forged Foundation: Hot-forged from high-strength aluminum alloy, achieving an exceptional stiffness-to-weight ratio through optimized grain flow for maximum durability without adding rotational or unsprung mass.
CNC-Machined to Your Blueprint: Final precision machining performed to exact tolerances based on your sample or technical drawing, guaranteeing perfect caliper alignment, rotor centering, and zero flex under hard braking.
Fully Customizable Execution: Available in a comprehensive range of professional surface finishes, with complete dimensional control retained through post-forging CNC processing—tailored specifically to your high-performance application.
Track-Ready Reliability: Engineered to withstand the thermal and mechanical demands of aggressive riding, delivering fade-resistant performance and consistent lever feel session after session.

Aplicaciones:

• Big Brake Conversions: Essential for adapting radial or oversized calipers to legacy forks or non-standard mounting interfaces.

• Custom Chassis Integration: Ideal for swingarm conversions, hub-steer systems, or any bespoke build requiring non-OEM brake component placement.

• Mejoras de rendimiento: A direct path to reduced unsprung weight and improved brake system rigidity for track-day machines and high-output street builds.

More than just an adapter, this forged component is the critical link between rider input and deceleration—transforming aftermarket brake hardware into a cohesive, high-fidelity system. Whether you’re engineering a race-spec package or executing a custom vision, it’s the precision interface your braking performance demands.