Wear limit with 1.8 mm brake discs is 1.5 mm
Wear limit with 2.3 mm brake discs is 1.9 mm
1 piece rotor | 2,3 mm thick | New Hole Pattern, Laser Cut | Excellent heat managementl 10% more Power
1 piece rotor | 2.3 mm thick| high heat dispersion and tolerance | stainless steel with 6 stainless steel bolts
2 piece rotor | 2.3 mm thick | high heat dispersion and tolerance | alloy carrier with 6 stainless steel bolts
E2.3
2 piece center lock rotor | 2.3 mm thick | high heat dispersion and tolerance | stainless steel | alloy carrier center lock
1 piece rotor | 1.8 mm thick | high heat dispersion and tolerance | stainless steel with 6 stainless steel bolts
1 piece rotor | 1.8 mm thick | high heat dispersion and tolerance | stainless steel with 6 stainless steel bolts
2 piece disc rotor | 1.8 mm thick | superior heat dissipation | aluminum center | six-bolt stainless steel
2 piece rotor centerlock rotor | 1.8 mm thick | high heat dispersion and tolerance | stainless steel | alloy carrier | does not include Lock Ring
Wear limit with 1.8 mm brake discs is 1.5 mm
Wear limit with 2.3 mm brake discs is 1.9 mm
The stronger 2.3 mm brake discs bring an 8% increase in heat resistance and a 47% increase in lateral stiffness. Because of the increase in thickness, TRP is able to develop larger diameter rotors up to 223 mm in size making them the appropriate choice especially for 29-inch bikes and heavier E-Bikes.
Lower viscosity for better oil flow and increased heat resistance up to 230º C provides a significant improvement in the stability of the braking systems.
Stronger hydraulic brake lines have been developed in collaboration with German specialist Rehau, which has also increased their heat resistance.