Accurate Sensing for Precise Bike Assistance - Dual Hall sensors provide precise bike riding detection, ensuring motor assist activates when you actually need it and stays off when you don’t. Enhanced Magnets for Higher Sensitivity - 12 magnets deliver greater accuracy and sensitivity, offering noticeably better responsiveness than typical 5-magnet sensors. Consistent Performance with Fewer Errors - With 2-3x the sensitivity of regular sensors, this assist sensor delivers dependable operation and reduces misreads and missed activations. Intelligent Signaling for Safe Direction Control - Detects rotation direction with 12 pulses, allowing valid forward movement to trigger assist while preventing backward motion from triggering it. Why you need this - Reliable, timely assistance that matches your cadence and speed, improving ride comfort and efficiency. - Reduced false triggers and missed activations, helping conserve battery and provide a smoother riding experience. - A standout design with more magnets and higher directional resolution than common sensors, improving overall performance. Key specifications and capabilities - Function: Dual Hall sensors for accurate bike riding detection and controlled assist. - Magnets: 12 magnets for enhanced accuracy and sensitivity. - Sensitivity: 2-3x the sensitivity of regular sensors, supporting dependable operation. - Signaling: 12 pulses to determine rotation direction, enabling valid forward movement recognition and preventing backward motion from triggering assist. Compatibility and practical use - Designed for use in pedal-assist or motor-assisted bicycles that rely on rotation sensing via Hall sensors. - Suitable for systems that employ magnet-based cues to control power delivery and assist levels. Use scenarios - Commuting with pedal-assist systems: ensures smooth power on climbs and starts, optimizing energy use. - Mountain biking or rough-terrain riding: improves response and reduces misreads on uneven surfaces. - Urban riding with frequent stops and starts: provides reliable forward-only signaling for predictable, safe acceleration.