Why Composite Back Plates Are the Future of Braking
Electric vehicles are heavier, quieter, and cleaner – but their brakes still rely on heavy steel backing plates. We explore why composite brake pads make sense for EV braking systems, and how metal...
Weight: Why Should It Matter to You?
Reducing the weight of your car is one of the most effective ways to improve performance on track. Less mass improves acceleration, braking, cornering speed, handling, and thermal behaviour – all a...
Brake Heat Explained: Preventing Fade and Fluid Boil
Excessive heat is the enemy of braking performance. Learn how brake fade and fluid boil occur – and how Tribol Braking keeps heat where it belongs.
What Are Tribol Brake Pads Made From?
Tribol Braking re-engineered carbon fibre composites to survive extreme braking heat. Learn how our carbon fibre brake pads deliver lighter weight and consistent performance on track.
From dyno testing at 900°C to real-world track validation, discover how Tribol Braking proves its composite brake pads deliver consistent, confidence-inspiring performance.