Lightweight Anti-Lock Expansion Brake Lock For Shared E-Bikes

The Lightweight Anti-Lock Rear Drum Brake Lock is designed for shared e-bikes, rental bicycles and fleet mobility vehicles that require compact rear-wheel locking, safer brake control and reliable outdoor operation. The ABSS3716 version uses a 95 mm drum brake lock structure and is positioned as the lightweight model in the anti-lock rear drum brake lock series.

This product integrates rear drum brake locking, electronic control and mechanical anti-lock protection into one compact assembly. It can work with the vehicle controller, IoT module or battery system, allowing fleet operators to manage lock and unlock functions through the vehicle-side control platform. With 5V–60V DC voltage compatibility and support for UART, RS485, CAN and I2C communication, it can be adapted to different shared mobility electrical systems.

The built-in speed sensing solution uses 3 magnets per ring, helping the vehicle system identify wheel movement status before executing lock control. Combined with IPX7 lock-core waterproof protection and rear hub left-side or motor left-side mounting, ABSS3716 is suitable for outdoor, high-frequency shared e-bike applications.

• Lightweight 95 mm Design: Compact rear drum brake lock structure for shared e-bike applications.
• Mechanical Anti-Lock Protection: Helps reduce the risk of unsafe locking during wheel movement.
• 3-Magnet Speed Sensing: Supports wheel movement detection for safer electronic control logic.
• Wide Voltage Compatibility: Supports 5V–60V DC vehicle electrical systems.
• Multi-Protocol Interface: Compatible with UART, RS485, CAN and I2C communication.
• IPX7 Lock-Core Protection: Suitable for rain, washing and outdoor fleet operating environments.
• Rear Wheel Integration: Designed for rear hub left-side or motor left-side installation.
• Fleet Operation Ready: Built for shared e-bikes, rental bikes and urban mobility platforms.

ABSS3716 works by combining mechanical brake locking with electronic control. When the vehicle system sends a lock or unlock command, the lock receives the signal through the controller, IoT module or battery-side system and performs the corresponding action.

The anti-lock mechanical structure is designed to improve riding safety by helping prevent improper locking when the wheel is still moving. The 3-magnet speed sensing configuration provides wheel movement information to the vehicle system, allowing the electronic protection speed to be defined according to the customer’s control strategy.

Compared with ordinary mechanical brake locks, this smart rear drum brake lock provides better integration for fleet management. It supports remote operation, vehicle status feedback and safety-oriented control logic, making it suitable for shared mobility vehicles that need both anti-theft protection and stable field operation.

• 95 mm rear drum brake lock structure.
• 3 magnets per ring speed sensing design.
• ≥160N·m torque resistance test.
• 30RPM mechanical safety locking speed, related to wheel diameter.
• 10 mm / 12 mm axle hole options, subject to actual drawing.
• Rear hub left-side or motor left-side mounting.
• IPX7 lock-core waterproof protection.
• Designed for shared e-bikes and fleet vehicles.
• Compatible with controller, IoT and battery-side power supply.

ABSS3716 is suitable for shared e-bikes, rental bicycles, fleet mobility vehicles and urban electric bicycles that require compact rear-wheel lock control. It is especially useful for projects that need a lightweight 95 mm rear drum brake lock with speed sensing, IPX7 waterproof protection and smart vehicle-side integration.

For fleet operators, this model helps improve anti-theft control and remote vehicle management. For OEM brands, it provides a compact anti-lock rear brake lock solution that can be matched to different controllers, IoT systems and rear wheel structures.

Before sampling or production, confirm the rear wheel structure, brake diameter, axle hole size, installation clearance, controller communication protocol, speed protection logic, waterproof requirement and target market compliance documents.