IPX7 Lightweight Bicycle Rear Brakes Lock 95mm Bike Drum Brake Replacement

The Lightweight Anti-Lock Brake Lock is designed for rental e-bikes, shared e-bike fleets and OEM rear wheel platforms that need compact brake locking with safer vehicle-side control. Using ABSS3716 as the reference model, this product direction focuses on lightweight rear expansion brake locking for rental vehicles that operate frequently in public environments.
Rental e-bikes need rear wheel security that is compact, serviceable and suitable for repeated outdoor use. ABSS3716 combines rear expansion brake locking, electronic control and mechanical Anti-Lock protection in one rear wheel assembly direction, helping vehicle brands integrate anti-theft protection without adding a large external lock structure.
The product supports vehicle-side lock control through the controller, IoT module or battery-side system. Its speed sensing configuration helps the vehicle platform judge wheel movement before executing lock logic, while the lightweight positioning makes it suitable for rental e-bike projects that need compact rear brake security.

• Lightweight Rear Brake Lock: Designed for rental e-bike projects that need compact rear wheel security.
• Anti-Lock Safety Focus: Mechanical Anti-Lock protection supports safer lock control when matched with vehicle-side logic.
• ABSS3716 Reference Model: Uses the lightweight ABSS3716 direction rather than a heavy-duty rear brake lock direction.
• 3-Magnet Speed Sensing: Supports wheel movement detection for safer electronic lock control strategy.
• Smart Vehicle-Side Control: Works with controller, IoT or battery-side systems using source-listed communication interfaces.
• Rear Wheel Integration: Designed for rear hub left side or rear motor left side installation.
• IPX7 Lock-Core Protection: Suitable for outdoor rental e-bike operating environments.
• OEM Matching Required: Rear wheel structure, brake layout, axle hole and speed sensing logic should be confirmed before sampling.

ABSS3716 performs lock and unlock actions through vehicle-side electronic control while integrating the rear expansion brake lock structure into the rear wheel area. This supports compact packaging for rental e-bike platforms.
The mechanical Anti-Lock structure is the main safety value for rental use. When combined with wheel movement information and controller-side strategy, the lock can support safer decision-making before executing a lock command.
For OEM teams, the lightweight positioning is useful when the project requires rear wheel security without moving to the larger heavy-duty direction. Final matching should be confirmed by rear wheel structure, axle hole, brake layout and protocol requirements.

ABSS3716 is suitable for rental e-bikes, shared e-bike fleets, urban electric bicycles and OEM rear wheel platforms that require lightweight rear brake locking with Anti-Lock safety support.
It is especially useful for rental projects where compact rear wheel integration, outdoor operation, smart lock control and safer lock execution are more important than heavy-duty brake diameter or maximum torque positioning.

Before sampling or production, confirm rear wheel structure, brake layout, mounting side, axle hole, speed sensing logic, voltage, communication protocol, waterproof requirement and controller safety strategy.

Q: What is the main application focus of this product page?
A: It focuses on lightweight Anti-Lock rear brake locking for rental e-bikes and OEM fleet projects.
Q: Which reference model is used?
A: The page references ABSS3716 in the Anti-Lock Expansion Brake Lock series.
Q: How is ABSS3716 positioned?
A: ABSS3716 is the lightweight direction, suitable for compact rear wheel security rather than heavy-duty positioning.
Q: Does it support speed sensing?
A: Yes. The reference parameters list a 3-magnet speed sensing solution.
Q: What communication interfaces are supported?
A: The reference parameters list UART, RS485, CAN and I2C communication.
Q: What should be confirmed before installation?
A: Confirm rear wheel structure, axle hole, brake layout, mounting side, speed sensing logic, voltage and protocol.