Brake lever for OEM Brembo semi-radial master cylinders, CNC-machined from high-strength aluminum billet to ensure mechanical precision, lightweight performance, and maximum reliability. A technical upgrade designed to improve ergonomics, braking feel, and control, while maintaining full compatibility with the original braking system.
Developed as a direct replacement for the stock brake lever, it delivers precise adjustment and superior build quality, making it ideal for both sporty road use and track riding.
Key Features
- Compatible with OEM Brembo Semi-Radial Master Cylinders - Specifically engineered for original equipment Brembo semi-radial brake master cylinders, ensuring precise fitment and smooth operation.
- CNC Machined from Billet Aluminum - Manufactured from a solid block of high-strength aluminum to provide: high dimensional accuracy, structural rigidity and reduced weight. CNC machining guarantees premium finish quality and tight tolerances.
- Micrometric Reach Adjustment - Equipped with a micrometric adjustment system that allows precise lever reach customization to suit the rider’s hand size, improving comfort and control in all riding conditions.
- Flush-Mounted Adjustment Knob - The adjustment dial is integrated and recessed within the lever body, minimizing external bulk and maintaining a clean, compact, race-inspired design.
- Folding Design - Featuring a folding mechanism, the lever is designed to pivot upward in the event of a fall, significantly reducing the risk of breakage and helping protect the master cylinder assembly.
- Direct OEM Replacement - Fully interchangeable with the original brake lever, with no modifications required.
- Technical Racing Design - Clean lines and visible machining details enhance the professional, performance-oriented appearance.
- Plug & Play Installation - Quick and straightforward installation using the original pivot and mounting hardware.
The ideal solution for riders seeking an adjustable brake lever for OEM Brembo semi-radial master cylinders, combining mechanical precision, micrometric adjustment, and compact high-performance design.