Formula Is Rear Disc Brake Caliper Adapter Black 106 mm. Upgrade your stopping power with the FORMULA IS Rear Disc Brake Caliper Adapter. This essential spare part, designed for rear brakes, seamlessly integrates FORMULA IS calipers onto frames not originally equipped for them. Experience superior control and modulation thanks to precision engineering and durable construction. Built from high-quality, corrosion-resistant forged aluminum with a lightweight, anodized finish, it ensures a secure, stable connection for optimal caliper alignment and long-lasting performance. Easy to install, this adapter is your key to a customized, high-performance braking system. Upgrade your braking performance with the FORMULA IS Rear Disc Brake Caliper Adapter. This precision-engineered adapter allows for seamless integration of FORMULA IS rear disc brake calipers onto frames not originally designed for them. Experience enhanced stopping power and modulation, giving you ultimate control on the trails or road. Whether you´re upgrading your current bike or building a custom rig, this adapter provides the crucial link for achieving your desired braking setup.This FORMULA IS Rear Disc Brake Caliper Adapter offers a reliable and robust solution for adapting your frame to accommodate FORMULA IS rear calipers. It´s constructed from high-quality materials for maximum durability and longevity, ensuring consistent performance even under demanding riding conditions. Precise machining guarantees a perfect fit and secure mounting, eliminating any unwanted flex or movement that could compromise braking effectiveness. The adapter is designed to maintain the integrity of your braking system, providing a stable platform for optimal caliper alignment and function.Key Benefits:* Enhanced Braking Performance: Experience improved stopping power and modulation for greater control.* Customizable Setup: Adapt your frame to accommodate FORMULA IS rear calipers, opening up a wider range of braking options.* Durable Construction: Built from high-quality materials for long-lasting performance and reliability.* Precise Fit: Precision machining ensures a secure and stable connection between the caliper and frame.* Easy Installation: Streamlined design simplifies the installation process.Features:* Adapters: Specifically designed for FORMULA IS rear disc brake calipers.* Corrosion-resistant finish: Protects against the elements for extended lifespan.* Lightweight design: Minimizes added weight to your bike.* Maintains optimal caliper alignment: Ensures consistent and reliable braking performance.Technical Specifications:* Adapter Type: Post Mount, International Standard Mount (IS), etc. * Caliper Compatibility: FORMULA IS* Material: Forged aluminum, CNC machined * Finish: Anodized This FORMULA IS Rear Disc Brake Caliper Adapter is an essential component for riders seeking to upgrade their braking system. Its precise engineering, durable construction, and compatibility with FORMULA IS rear calipers make it a valuable addition to any bike build or upgrade project. Invest in enhanced braking performance and experience the confidence and control that comes with a perfectly tuned braking system. Don´t compromise on safety and performance – choose the FORMULA IS Rear Disc Brake Caliper Adapter for a superior braking experience. This adapter provides the necessary interface for achieving optimal braking performance and allows you to tailor your bike´s braking system to your specific needs and preferences. Upgrade your ride today and experience the difference. Ensure compatibility with your specific frame and caliper model before purchase. Refer to the manufacturer´s website or compatibility charts for detailed information. This adapter is designed to provide a seamless and secure connection, ensuring optimal braking performance and reliability. It´s a crucial component for achieving a customized and high-performance braking setup. tradeinn Bikeinn
Product specifications
| Brand | Formula |
|---|---|
| EAN |
|
| Color |
|
| Size |
|
| Gender |
|
| MPN |
|
Price History
Prices were last updated on: