To ensure maximum safety over time, Brembo uses highly advanced calculation and simulation systems in designing its brake rotors, to obtain peak performance
Precise tolerances offer maximum performance, increased comfort, and extended longevity of the brake-system components
The braking surface is machined to exact OEM specifications to ensure synergy between the friction material and rotor during the run-in period
An electronic balancing system is used during the production process to eliminate an unbalanced weight distribution, thus eliminating the risk of vibrations
The innovative Brembo-patented pillar venting technology increases overall rotor cooling and provides 40% more resistance to thermal cracking

To ensure maximum safety over time, Brembo uses highly advanced calculation and simulation systems in designing its brake rotors, to obtain peak performance
Precise tolerances offer maximum performance, increased comfort, and extended longevity of the brake-system components
The braking surface is machined to exact OEM specifications to ensure synergy between the friction material and rotor during the run-in period
An electronic balancing system is used during the production process to eliminate an unbalanced weight distribution, thus eliminating the risk of vibrations
The innovative Brembo-patented pillar venting technology increases overall rotor cooling and provides 40% more resistance to thermal cracking

To ensure maximum safety over time, Brembo uses highly advanced calculation and simulation systems in designing its brake rotors, to obtain peak performance
Precise tolerances offer maximum performance, increased comfort, and extended longevity of the brake-system components
The braking surface is machined to exact OEM specifications to ensure synergy between the friction material and rotor during the run-in period
An electronic balancing system is used during the production process to eliminate an unbalanced weight distribution, thus eliminating the risk of vibrations
The innovative Brembo-patented pillar venting technology increases overall rotor cooling and provides 40% more resistance to thermal cracking

To ensure maximum safety over time, Brembo uses highly advanced calculation and simulation systems in designing its brake rotors, to obtain peak performance
Precise tolerances offer maximum performance, increased comfort, and extended longevity of the brake-system components
The braking surface is machined to exact OEM specifications to ensure synergy between the friction material and rotor during the run-in period
An electronic balancing system is used during the production process to eliminate an unbalanced weight distribution, thus eliminating the risk of vibrations
The innovative Brembo-patented pillar venting technology increases overall rotor cooling and provides 40% more resistance to thermal cracking

To ensure maximum safety over time, Brembo uses highly advanced calculation and simulation systems in designing its brake rotors, to obtain peak performance
Precise tolerances offer maximum performance, increased comfort, and extended longevity of the brake-system components
The braking surface is machined to exact OEM specifications to ensure synergy between the friction material and rotor during the run-in period
An electronic balancing system is used during the production process to eliminate an unbalanced weight distribution, thus eliminating the risk of vibrations
The innovative Brembo-patented pillar venting technology increases overall rotor cooling and provides 40% more resistance to thermal cracking

Solid in construction, each rotor is vented to dissipate heat evenly and efficiently
Machined with precision to provide optimum brake performance
Assembled and carefully tested to endure rigorous road conditions.
An electronic balancing system is used during the production process to eliminate an unbalanced weight distribution, thus eliminating the risk of vibrations
The innovative Brembo-patented pillar venting technology increases overall rotor cooling and provides 40% more resistance to thermal cracking

To ensure maximum safety over time, Brembo uses highly advanced calculation and simulation systems in designing its brake rotors, to obtain peak performance
Precise tolerances offer maximum performance, increased comfort, and extended longevity of the brake-system components
The braking surface is machined to exact OEM specifications to ensure synergy between the friction material and rotor during the run-in period
An electronic balancing system is used during the production process to eliminate an unbalanced weight distribution, thus eliminating the risk of vibrations
The innovative Brembo-patented pillar venting technology increases overall rotor cooling and provides 40% more resistance to thermal cracking

To ensure maximum safety over time, Brembo uses highly advanced calculation and simulation systems in designing its brake rotors, to obtain peak performance
Precise tolerances offer maximum performance, increased comfort, and extended longevity of the brake-system components
The braking surface is machined to exact OEM specifications to ensure synergy between the friction material and rotor during the run-in period
An electronic balancing system is used during the production process to eliminate an unbalanced weight distribution, thus eliminating the risk of vibrations
The innovative Brembo-patented pillar venting technology increases overall rotor cooling and provides 40% more resistance to thermal cracking

To ensure maximum safety over time, Brembo uses highly advanced calculation and simulation systems in designing its brake rotors, to obtain peak performance
Precise tolerances offer maximum performance, increased comfort, and extended longevity of the brake-system components
The braking surface is machined to exact OEM specifications to ensure synergy between the friction material and rotor during the run-in period
An electronic balancing system is used during the production process to eliminate an unbalanced weight distribution, thus eliminating the risk of vibrations
The innovative Brembo-patented pillar venting technology increases overall rotor cooling and provides 40% more resistance to thermal cracking