Collection: Standard Six Bolt Two Piece Floating Rotors - All MTB Riding Styles

Standard Six-Bolt Two-Piece Floating Rotors – Built for Every Mountain Biking Style

Engineered for Precision and Performance

Experience consistent, powerful braking with Standard Six-Bolt Two-Piece Floating Rotors, designed to excel across all mountain biking disciplines—from Cross Country (XC) and Trail to Enduro, Freeride, and Downhill. These rotors combine robust construction with advanced heat management to deliver unmatched reliability on every ride.

Optimized Two-Piece Design

The floating rotor design features a lightweight aluminum center carrier mated to a stainless steel braking surface. This combination reduces weight while enhancing heat dissipation and minimizing the risk of warping under heavy braking loads—keeping your performance smooth and consistent in even the toughest conditions.

Secure and Versatile Six-Bolt Mounting

Designed around the standard six-bolt interface, these rotors ensure easy compatibility with most mountain bike hubs. The proven six-bolt system provides a rock-solid connection, delivering maximum stability and precision alignment for consistent braking performance.

Superior Heat Control and Modulation

The two-piece floating construction allows for thermal expansion without distortion, reducing brake fade and maintaining consistent lever feel. Whether you’re charging down alpine descents or carving tight singletrack, these rotors offer predictable braking power and modulation you can trust.

Durability Meets Lightweight Design

Precision CNC machining and premium materials ensure long-lasting strength without unnecessary bulk. Resistant to corrosion and wear, these rotors deliver season-after-season reliability for riders who demand both performance and endurance.

Perfect for All Riding Styles

• Cross Country (XC): Lightweight, responsive braking with minimal drag.

• Trail & Enduro: Excellent heat control for sustained descents.

• Freeride & Downhill: Maximum stopping power and fade resistance under extreme loads.