Galfer Wave Rear Brake Disc - 140mm - Fixed - 2.7mm - Silver - DF780W

Upgrade your braking performance with the Galfer Wave Brake Rotor. Engineered for superior heat dissipation and reduced weight, this rotor provides enhanced stopping power and control for demanding riders. Experience the difference in responsiveness and reliability on the road or track.

Description

The Galfer Wave Brake Rotor is designed to deliver exceptional braking performance in all conditions. The unique Wave design promotes efficient cooling by maximizing surface area and airflow, resulting in lower operating temperatures and reduced brake fade. Each rotor is meticulously crafted from high-quality stainless steel, individually heat-treated, and double-disc parallel ground to ensure perfect flatness and consistent performance. This advanced manufacturing process guarantees optimal contact with brake pads, providing powerful and predictable stopping power. Its laser-cut construction ensures precision and durability, offering a significant weight reduction compared to stock rotors. This upgrade improves your bike's handling and responsiveness while providing a stylish, high-performance look.

Features & highlights

• Experience enhanced braking power and control with the innovative Wave design.
• Enjoy cooler operating temperatures and reduced brake fade for consistent performance.
• Benefit from the rotor's lighter weight, improving handling and responsiveness.
• Expect perfect flatness and optimal pad contact thanks to precision double-disc parallel grinding.
• Upgrade to a durable and stylish rotor crafted from high-quality stainless steel.

Technical specifications

• Fits Rear
• Brand: Galfer
• Product Name: Brake Rotor
• Type: One Piece (Fixed)
• Material: Stainless Steel
• Color/Finish: Silver, Polished
• Outside Diameter: 140 mm
• Inside Diameter: 45.0 mm
• Thickness: 2.7 mm
• Braking Surface: Solid
• Bolt Pattern: 5 Hole

Important to know

Ensure compatibility with your motorcycle's make and model before installation. Professional installation is recommended for optimal performance and safety.