Brakes

Laser-cut double disc ground 420 high carbon stainless steel Direct-replacement brake rotors; do not require any extra parts, bolt on just like a stock brake disc Full-floating design rotors have an aluminum center carrier Improves brake lever feel and...

Laser-cut double disc ground 420 high carbon stainless steel Direct-replacement brake rotors; do not require any extra parts, bolt on just like a stock brake disc Full-floating design rotors have an aluminum center carrier Improves brake lever feel and...

Laser-cut double disc ground 420 high carbon stainless steel Direct-replacement brake rotors; do not require any extra parts, bolt on just like a stock brake disc Full-floating design rotors have an aluminum center carrier Improves brake lever feel and...

Laser-cut double disc ground 420 high carbon stainless steel Direct-replacement brake rotors; do not require any extra parts, bolt on just like a stock brake disc Full-floating design rotors have an aluminum center carrier Improves brake lever feel and...

Laser-cut double disc ground 420 high carbon stainless steel Direct-replacement brake rotors; do not require any extra parts, bolt on just like a stock brake disc Full-floating design rotors have an aluminum center carrier Improves brake lever feel and...

Laser-cut double disc ground 420 high carbon stainless steel Direct-replacement brake rotors; do not require any extra parts, bolt on just like a stock brake disc Full-floating design rotors have an aluminum center carrier Improves brake lever feel and...

Laser-cut double disc ground 420 high carbon stainless steel Direct-replacement brake rotors; do not require any extra parts, bolt on just like a stock brake disc Full-floating design rotors have an aluminum center carrier Improves brake lever feel and...

The rotor preferred by many top AMA Supercross teams Made of Galfer's unique laser-cut high carbon 420 stainless steel/8 composite Laser cut and double-disc parallel ground to assure perfect flatness and excellent feel Rotors cool as they rotate to lower...

Named after the crystal steel molecules, the Cubiq brake rotor combines state-of-the-art technology with modern design Rotor shape promotes uniform brake pad wear the contact surface between the pad and disc every revolution generates regular wear Less...

Named after the crystal steel molecules, the Cubiq brake rotor combines state-of-the-art technology with modern design Rotor shape promotes uniform brake pad wear the contact surface between the pad and disc every revolution generates regular wear Less...

Named after the crystal steel molecules, the Cubiq brake rotor combines state-of-the-art technology with modern design Rotor shape promotes uniform brake pad wear the contact surface between the pad and disc every revolution generates regular wear Less...

Named after the crystal steel molecules, the Cubiq brake rotor combines state-of-the-art technology with modern design Rotor shape promotes uniform brake pad wear the contact surface between the pad and disc every revolution generates regular wear Less...