Hope E-Bike Speed Sensor - 6 Bolt - R24 - Red

Best current price£11.99from Tweeks Cycles
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Tweeks Cycles£11.99Visit shop Hope E-Bike Rotor Speed Sensor - R24Red
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Best current price£11.99from Tweeks Cycles
Shopping.co.uk recommended and popular offers
Tweeks Cycles£11.99Visit shop Hope E-Bike Rotor Speed Sensor - R24Red
Visit shop3 offers from £11.99 - £12.50
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The Hope E-Bike Speed Sensor (R24) is a specialized component designed for e-bike owners looking to replace or upgrade their speed sensing system on 6-bolt rotor setups. It is ideal for riders who require precision tracking for systems utilizing a 24mm offset magnet, offering a durable and reliable construction. While it is engineered for high performance, users should be aware that due to the diverse range of magnetic field standards across different e-bike manufacturers, compatibility is not universal, and it will not work with Specialized Turbo Levo SL models using the 1.2 SL motor.
| Series | E-Bike Speed Sensor |
|---|---|
| Model Part Number | HBSP440R |
| Brand | Hope |
No. Compatibility depends on the magnet distance (24mm) and the specific magnetic field technology used by the motor manufacturer.
No, this unit is specifically incompatible with Specialized Turbo Levo SL bikes equipped with the 1.2 SL motor.
The sensor unit is 3.5mm thick and requires 4.5mm of total clearance.
Yes, this sensor is designed to work with both standard and floating 6-bolt rotors.
The package includes the Hope E-Bike Speed Sensor and the necessary mounting hardware for installation.
Verify that the magnet is correctly positioned 24mm from the axle center and that the sensor-to-rotor clearance is within the allowed limit.
Ensure that the total clearance gap is at least 4.5mm. If the gap is smaller, you may need to adjust the mounting or verify compatibility with your specific rotor.
Installation requires careful attention to the 4.5mm clearance requirement to ensure the sensor does not rub against the rotor.
Regular care involves checking that the mounting bolts remain torqued to specification and ensuring no debris is caught between the sensor and the magnetic field zone. If you notice erratic speed readings, check the alignment of the magnet relative to the sensor face.