Galfer Wave Front Brake Disc - 260mm - Fixed - 3.0mm - Silver - DF920W

Upgrade your motorcycle's braking performance with the Galfer Wave® Brake Rotor. This high-quality rotor is engineered for superior stopping power, reduced weight, and enhanced cooling, ensuring optimal performance in demanding riding conditions. Experience the difference that precision engineering and advanced materials make on the road or track.

Description

The Galfer Wave® Brake Rotor delivers exceptional braking performance thanks to its innovative design and meticulous construction. Each rotor is individually heat-treated and double-disc parallel ground, guaranteeing perfect flatness for consistent and reliable braking. The signature Wave® design promotes lower operating temperatures by efficiently dissipating heat, preventing brake fade during extreme conditions. Laser-cut from premium stainless steel, this rotor is significantly lighter than stock rotors, reducing unsprung weight for improved handling and responsiveness. Upgrade your motorcycle's braking system with Galfer's proven technology and experience enhanced control and confidence.

Features & highlights

• Experience enhanced braking power and control with the innovative Wave® design.
• Enjoy consistent and reliable braking performance thanks to the heat-treated and precision-ground construction.
• Reduce unsprung weight for improved handling and responsiveness.
• Maintain optimal braking performance even under extreme conditions with superior heat dissipation.
• Upgrade to a rotor that's laser cut from durable stainless steel, offering long-lasting performance.

Technical specifications

• Fits Front
• Brand: Galfer
• Product Name: Brake Rotor
• Type: One Piece (Fixed)
• Material: Stainless Steel
• Color/Finish: Silver, Polished
• Outside Diameter: 260 mm (10.25")
• Inside Diameter: 120.0 mm
• Thickness: 3.0 mm
• Braking Surface: Solid
• Bolt Pattern: 4 Hole

Important to know

Ensure proper fitment for your specific motorcycle model before installation. Professional installation is recommended for optimal performance and safety.