Galfer Df707v Fixed Brake Disc Silver 320 x 4.5 mm. Experience unparalleled stopping power and control with the GALFER DF707V Fixed Brake Disc. Engineered in Spain, this high-performance rotor boasts a patented Disc Wave® design for optimal cooling and reduced weight, ensuring consistent braking in all conditions. Its rigid, one-piece construction and precision laser-cutting deliver maximum stiffness and vibration-free operation. The anti-corrosion finish guarantees durability and a clean aesthetic. Upgrade your ride for a tangible improvement in braking performance and confidence. GALFER DF707V Fixed Brake Disc: Ultimate Control and PerformanceElevate your ride with the GALFER DF707V Fixed Brake Disc, a pinnacle of braking technology designed for cyclists who demand uncompromising stopping power, reliability, and control. Engineered in Spain by the renowned braking specialists at Galfer, this disc is a direct upgrade for any high-performance bicycle, offering a tangible improvement in every aspect of your braking experience. Whether you´re navigating steep, technical descents or need consistent, predictable power in all weather conditions, the DF707V delivers confidence on every pull of the lever.Key Benefits for the Demanding Rider:* Unmatched Braking Power: Experience a significant increase in stopping force. The advanced design of the DF707V ensures powerful and immediate braking, allowing you to ride faster with the confidence that you can stop on a dime when it matters most.* Superior Heat Dissipation: Say goodbye to brake fade on long, demanding descents. The unique shape and cutouts are engineered to actively cool the braking system, maintaining consistent performance and lever feel even under extreme thermal stress.* All-Weather Consistency: From dry, dusty trails to wet and muddy conditions, the DF707V performs flawlessly. The design helps to clear water and debris from the pad surface, ensuring reliable braking power no matter what the elements throw at you.* Lightweight and Durable: Meticulously engineered to reduce rotational weight without sacrificing strength or durability. This reduction in unsprung mass contributes to more responsive handling and acceleration, while the robust construction guarantees a long service life.Main Features:The GALFER DF707V stands apart thanks to its innovative and performance-driven features. The foundation of its excellence lies in the patented Disc Wave® design, a visually striking and highly functional shape that optimizes pad contact, enhances cooling, and reduces overall weight. The rigid, one-piece Fixed construction ensures maximum stiffness and direct power transfer from the caliper to the wheel, providing a solid and reliable braking feel.Each disc is manufactured with extreme precision using advanced laser-cutting techniques, resulting in a perfectly flat and balanced rotor for smooth, vibration-free operation. To ensure lasting performance and a clean aesthetic, the disc is treated with a high-quality anti-corrosion finish, protecting it from rust and environmental wear. This quiet and efficient brake disc is the perfect choice for riders looking to upgrade their stock system to a professional-grade component.Technical Specifications:* Product Name: GALFER DF707V Fixed Brake Disc* Category: Brakes* Subcategory: Brake Discs* Attribute: Discs* Model: DF707V* Type: Fixed / Rigid (One-Piece Construction)* Mounting System: Standard 6-Bolt* Key Technology: Patented Disc Wave®* Manufacturing: High-Precision Laser Cut* Finish: Anti-Corrosion Treatment---Galfer.Galfer Rotor ´´Df707´´Incl.Assembly Kit.Rotor Galfet Df707.Type V Rigid.Country Of Origin:- Es.---Upgrade your braking system with the GALFER DF707V and unlock a new level of control and confidence on your motorbike. This disc is more than just a component, it´s a commitment to superior performance, safety, and quality, backed by decades of Galfer´s racing heritage. tradeinn Motardinn
Product specifications
| Brand | Galfer |
|---|---|
| EAN |
|
| Material |
|
| Color |
|
| Size |
|
| Gender |
|
Price History
Prices were last updated on: