Moose Offroad RFX Rear Brake Rotor for Husqvarna FXBD 70505 55NP

The Moose Offroad RFX Rear Brake Rotor, part number FXBD 70505 55NP, is engineered for high-performance off-road riding on Husqvarna models. Crafted from high-grade stainless steel, this rotor offers excellent durability and resistance to corrosion, ensuring long-lasting performance in demanding conditions. The rotor is heat-treated to resist warping and reduce excess pad wear, which enhances braking consistency and safety during intense riding sessions. Its color-coded Comaxit surface treatment provides an additional layer of protection and visual distinction, making it easy to identify during maintenance or replacement.
Designed with precision-cut vented holes, this rotor effectively dissipates heat generated during braking, preventing brake fade and maintaining optimal braking power. The vented design also helps in reducing brake dust accumulation, contributing to lower maintenance requirements. For maximum performance, it is recommended to use this rotor with Moose Racing M1, Qualifier, or XCR brake pads, which are designed to work synergistically with this rotor’s specifications.
Whether you are navigating rough trails or performing aggressive off-road riding, the Moose Offroad RFX rear rotor provides reliable stopping power and longevity. Its robust construction and thoughtful design elements make it a suitable upgrade for riders seeking enhanced braking performance and durability from their Husqvarna motorcycle. Installation is straightforward, and this rotor is built to meet or exceed OEM standards for quality and fitment.

Features:

• Constructed from high-grade stainless steel for durability and corrosion resistance

• Heat-treated to resist warping and reduce pad wear for consistent braking performance

• Color-coded Comaxit surface treatment for added protection and easy identification

• Precision-cut vented holes designed to dissipate heat efficiently

• Designed for use with Moose Racing M1, Qualifier, or XCR brake pads for optimal performance