Hope

Floating Disc Rotor

CNC-machined refers to a manufacturing process where computer-controlled machines precisely cut and shape materials like aluminum. This method ensures high accuracy and consistency, which is crucial for bike rotors as it enhances their performance and reliability during rides.

Anodized aluminum undergoes an electrochemical process that makes it more durable and corrosion-resistant. This means your bike components will be lighter, stronger, and better protected against wear and tear, ensuring they last longer and maintain their appearance.

A floating design allows the outer part of the rotor to move independently from the inner part (the carrier). This feature helps manage heat during braking, preventing warping and maintaining consistent performance. It ensures that your brakes work effectively even under intense conditions.

Laser-cut technology allows for extremely precise and intricate designs, which are essential for the performance and efficiency of bike rotors. The precision achieved through laser cutting ensures that the rotor can handle various conditions, providing better braking performance and safety.

The 6-bolt attachment type is a standard method for securing the rotor to the bike wheel hub using six bolts. This design ensures a secure fit, which is vital for safety and performance during rides, especially in mountain biking where reliability is key.

The combination of CNC-machined precision, anodized aluminum durability, floating design efficiency, laser-cut accuracy, and secure 6-bolt attachment all contribute to a superior braking system. This means better control, increased safety, and a more enjoyable ride, allowing you to focus on the adventure ahead.