Brembo MTB Rotors | 200mm & 220mm Brake Discs | Gorilla Brakes

Brembo MTB Rotors

Designed specifically for the Brembo GR-PRO braking system, Brembo MTB rotors are engineered to deliver exceptional heat management, braking consistency and durability on the most demanding terrain.

Available in 200mm and 220mm sizes, Brembo rotors feature a 2.3mm braking surface designed to improve thermal stability and maintain consistent braking performance during long descents, bike park laps and aggressive e-MTB riding.

Drawing on decades of motorsport engineering experience, Brembo has developed the GR-PRO rotor platform as part of a complete braking system where calipers, pads, fluid and rotors work together to maximise performance and rider confidence.

✓ 2.3mm Rotor Platform ✓ 200mm & 220mm Sizes ✓ Optimised Heat Management ✓ Genuine Brembo Components

Why Choose Brembo Rotors?

  • 2.3mm rotor thickness for improved thermal capacity.
  • Designed specifically for the Brembo GR-PRO braking system.
  • Excellent heat dissipation during long descents.
  • Consistent braking performance in demanding conditions.
  • Suitable for downhill, enduro, bike park and e-MTB riding.
  • Genuine Brembo quality and engineering.

Whether you're replacing worn rotors or building a complete Brembo GR-PRO braking system, Brembo rotors deliver the stopping power, consistency and reliability expected from one of the most respected names in braking technology.

Frequently Asked Questions

How thick are Brembo GR-PRO rotors?
Brembo GR-PRO rotors feature a 2.3mm braking surface designed to improve heat management and braking consistency.
Are Brembo rotors suitable for e-MTBs?
Yes. Brembo rotors are designed to handle the additional loads and heat generated by modern electric mountain bikes.
Can I use Brembo rotors for downhill riding?
Absolutely. Brembo rotors were developed for aggressive gravity riding, including downhill racing, bike parks and alpine descents.
Why are thicker rotors beneficial?
Thicker rotors provide greater thermal mass, helping to manage heat more effectively and maintain consistent braking performance during sustained braking.