Wilwood Rotor-Stainless Scalloped 10.50 x .810 - 6 on 5.50in
Regular price
$450.99 AUD
Super Alloy Steel 10.50” x .780” Vented Rotors are one of Sprint racing's lightest .750" to .810" thickness class rotor at a weight of only 3.20 pounds. Wilwood's proprietary Super Alloy Steel greatly enhances the durability and lifespan of this rotor over comparable lightweight steel or iron rotors. A Drilled, slotted, and scalloped design with 24 cooling vanes provides excellent high temperature stability, rapid heat dissipation, and consistent performance from the brake pads.
Super Alloy Steel 10.50” x .780” Vented Rotors are one of Sprint racing's lightest .750" to .810" thickness class rotor at a weight of only 3.20 pounds. Wilwood's proprietary Super Alloy Steel greatly enhances the durability and lifespan of this rotor over comparable lightweight steel or iron rotors. A Drilled, slotted, and scalloped design with 24 cooling vanes provides excellent high temperature stability, rapid heat dissipation, and consistent performance from the brake pads.
Wilwood Rotor-Stainless Scalloped 10.50 x .810 - 6 on 5.50in
Regular price
$450.99 AUD
Super Alloy Steel 10.50” x .780” Vented Rotors are one of Sprint racing's lightest .750" to .810" thickness class rotor at a weight of only 3.20 pounds. Wilwood's proprietary Super Alloy Steel greatly enhances the durability and lifespan of this rotor over comparable lightweight steel or iron rotors. A Drilled, slotted, and scalloped design with 24 cooling vanes provides excellent high temperature stability, rapid heat dissipation, and consistent performance from the brake pads.
Super Alloy Steel 10.50” x .780” Vented Rotors are one of Sprint racing's lightest .750" to .810" thickness class rotor at a weight of only 3.20 pounds. Wilwood's proprietary Super Alloy Steel greatly enhances the durability and lifespan of this rotor over comparable lightweight steel or iron rotors. A Drilled, slotted, and scalloped design with 24 cooling vanes provides excellent high temperature stability, rapid heat dissipation, and consistent performance from the brake pads.