Brake Rotor

2-PIECE, DRILLED or SLOTTED BRAKE ROTOR
We have done numerous testing on different types of brake rotors, and made a lot of improvements and incorporated expertise brake design technology and motorsport experience with our brake rotor design for better high heat transfer qualities, fade less and distortion resistance on the track. The unique larger vane design for more air flow to enable to absorb and dissipate heat. Our rotor design helps to clean the surface of the pad. The rotor is made from high level of alloy cast iron to meet our standard specifications, and is a 2-piece design equipped with billet aluminum centre bell which is processed with hard anodizing electrolyte treatment for durability. Rigid steel centre bells are equipped for the rear rotors integrated with inner drums. Each centre bell is individually designed for the application.
  • DRILLED BRAKE ROTOR
  • SLOTTED BRAKE ROTOR
  • FLOATING BRAKE ROTOR
  • DRILLED & SLOTTED BRAKE ROTOR
STRUCTURAL 2-PIECE
Material Rotor : alloy cast iron
Centre bell : billet aluminum alloy
rigid steel for the rear rotors integrated with inner drums
Available Rotor Size Front Brake Rotor
286mm diameter, 24mm thick (11.26" x 1.02")
286mm diameter, 26mm thick (11.26" x 1.02")
304mm diameter, 26mm thick (11.26" x 1.02")
330mm diameter, 28mm thick (12.99" x 1.09")
330mm diameter, 32mm thick (12.99" x 1.26")
345mm diameter, 32mm thick (13.58" x 1.26")
356mm diameter, 32mm thick (14.02" x 1.26")
380mm diameter, 34mm thick (14.96" x 1.34")
405mm diameter, 36mm thick (15.94" x 1.42")
Rear Brake Rotor
286mm diameter, 22mm thick (11.26" x 0.87")
304mm diameter, 22mm thick (11.97" x 0.87")
330mm diameter, 28mm thick (12.99" x 1.10")
356mm diameter, 28mm thick (14.02" x 1.10")
356mm diameter, 32mm thick (14.02" x 1.26")
380mm diameter, 32mm thick (14.96" x 1.26")
Disc Design Drilled
Slotted
Drilled & Slotted
Drilled Floating Disc (additional charge for this design)
Slotted Floating Disc (additional charge for this design)
Drilled & Slotted Floating Disc (additional charge for this design)