Magura Sensor Magnet For Storm Hc 180 Mm/mdr-c/mdr-p. Unlock your e-bike´s full potential with the official MAGURA Sensor Magnet. This critical component is the key to accurate speed detection, ensuring your motor, display, and GPS devices perform flawlessly. Engineered for seamless integration with MAGURA Storm HC (180mm), MDR-C, and MDR-P rotors, it guarantees unwavering reliability. Whether you´re replacing a lost part or upgrading your brakes, this durable magnet restores peak functionality and maintains the vital communication link that powers your ride. Trust this genuine part for uninterrupted performance and accuracy. This magnetic rotor disc replacement offers excellent compatibility with Bosch e-bike motors, including Gen 4, and integrates seamlessly with various sensor systems. Its low-profile design is a significant upgrade over standard setups, providing reliable performance. Users praise its perfect fit and ease of installation onto Magura MDR-P rotors. This integrated magnet is also noted for being lighter than factory alternatives and is a well-received invention for e-bike owners. MAGURA Sensor Magnet for E-Bike Rotors | Storm HC, MDR-C & MDR-PCategory: ElectronicsSubcategory: AccessoriesUnlock the full potential and ensure the precise functionality of your e-bike´s electronic system with the official MAGURA Sensor Magnet. This small yet critical component is the key to accurate speed detection, enabling your motor, display, and other integrated devices to perform flawlessly. Designed specifically for use on E-Bikes, this sensor magnet is the definitive solution for riders using MAGUR´s high-performance brake rotors, ensuring seamless integration and unwavering reliability on every ride.Whether you are replacing a lost or damaged part, or upgrading your braking system, this genuine MAGURA magnet guarantees perfect compatibility and performance. It is an essential link between your wheel´s rotation and your bike´s central computer, providing the vital data needed for motor assistance regulation, speedometer accuracy, and trip data logging on your GPS devices.Key Benefits:* Seamless System Integration: As an authentic MAGURA component, this sensor magnet is engineered to fit perfectly with specified MAGURA rotors. This eliminates any guesswork and ensures a secure, reliable installation that won´t fail, even under demanding trail conditions.* Restore Full E-Bike Functionality: A missing or faulty magnet can lead to error codes or a complete loss of motor assistance. This replacement part is the fast and effective solution to get your E-Bike back to its peak operational state, allowing you to ride with confidence.* Enable High-Performance Upgrades: Upgrade your E-Bike´s braking power to MAGUR´s renowned MDR-C or MDR-P rotors without sacrificing your electronic speed sensing. This magnet is the necessary component to make that performance upgrade possible while maintaining full system compatibility.Main Features:* Precision Engineered for MAGURA Rotors: Specifically designed for a secure and optimal fit on MAGUR´s innovative rotor designs, ensuring the magnet is perfectly positioned for detection by the frame-mounted sensor.* Durable and Secure Mounting: Built to withstand the rigors of both on-road and off-road cycling, the magnet is designed for a robust attachment to the rotor, resisting vibration, impacts, and environmental elements.Technical Specifications:* Product: MAGURA Sensor Magnet* Primary Application: E-Bike Speed Sensor Activation* Attributes: Devices GPS, Magnets* Storm HC (only for Ø 180 mm version) * MDR-C (all sizes) * MDR-P (all sizes)Don´t let a small part compromise the sophisticated technology of your E-Bike. Trust in the official MAGURA Sensor Magnet to maintain the crucial communication link that powers your ride. It is the guaranteed solution for uninterrupted performance and accuracy, ride after ride. tradeinn Bikeinn
Product specifications
| Brand | Magura |
|---|---|
| EAN |
|
| Color |
|
| Size |
|
| Gender |
|
Price History
* Price history contains no data from Amazon.
Prices were last updated on: