DISC BRAKE REAR KTM E FLAME, MOTO-MASTER 110646

$191.29
1

MOTO-MASTER 110646 Flame brake rotors are manufactured to tightest tolerances and specifications from hardened and refined Chrome-Molybdenum alloy steel. These rotors allow for high-performance braking while exhibiting extremely little wear. All discs are lasercut, CNC drilled, and surface machined for perfect fitment and flatness. The integrated Flame design improves cooling and cleaning of the contact surface.

Specifications
SKU
40-142.M.WAVE
Brand
Moto-Master
Availability
In Stock (2)
General Product Group
Braking
General Product Type
Brake Disc
Variant Id
237679
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

Moto-Master Flame Series Rear Disc Brake Rotor

Upgrade your braking performance with the Moto-Master Flame Series Rear Disc Brake Rotor. Engineered for excellence, this rotor is crafted from hardened and refined Chrome-Molybdenum alloy steel, ensuring exceptional stopping power and remarkably low wear.

Each disc is meticulously produced to the tightest tolerances and specifications. Using advanced manufacturing techniques, every rotor is laser-cut, CNC drilled, and surface machined for a perfect fit and optimal flatness. The distinctive Flame design is not just for aesthetics; it significantly enhances cooling and cleans the pad contact surface, leading to more consistent and reliable braking.

For the ultimate braking experience, it is recommended to pair this Moto-Master rotor with Moto-Master brake pads, selecting the compound that best matches your riding style.

Key Features:

  • Constructed from hardened and refined Chrome-Molybdenum alloy steel for superior performance and durability.
  • Features the innovative Flame design for improved cooling and surface cleaning.
  • Manufactured to precise specifications with laser-cut, CNC drilled, and surface-machined elements.
  • Ensures a perfect fit and flatness for optimal braking function.
  • Designed for high-performance braking with minimal wear.