OEM Waterproof E Bike Wheel Lock Anti Lock Motor Hub Security Lock

The Anti-Lock Motor Hub Security Lock is designed for rental e-bikes, shared mobility vehicles and hub motor platforms that need hidden wheel security with safer lock-control logic. It uses the ATL motor hub lock structure represented by HS3718 and DS3710, with concealed installation inside the rear hub motor and vehicle-side smart control integration.
Rental e-bikes operate in public environments where exposed lock parts are more likely to face impact, tampering or frequent service issues. A hidden motor hub lock places the security mechanism inside the rear motor area, helping vehicle brands reduce visible lock hardware while keeping the rear wheel security function connected to the control system.
The key application value is safety-aware locking. The lock-core design includes dual-Hall speed measurement and mechanical Anti-Lock protection, allowing OEM teams to match the lock behavior with controller-side logic. For rental projects, this helps combine anti-theft protection, safer lock execution and outdoor durability in one motor-integrated security direction.

• Anti-Lock Safety Focus: Designed for rental e-bike projects where safer lock execution is a core requirement.
• Hidden Motor Hub Security: Places the lock inside the rear hub motor to reduce exposed lock components.
• Rental Fleet Application: Suitable for shared and rental e-bike platforms with high-frequency outdoor operation.
• Dual-Hall Speed Measurement: Supports vehicle-side speed-aware lock control when matched with motor and controller logic.
• Mechanical Anti-Lock Protection: Helps reduce safety risk from improper locking during wheel movement.
• HS3718 And DS3710 Options: Allows OEM teams to choose compact standard or higher anti-tamper security direction.
• Vehicle-Side Smart Control: Supports integration with controller, IoT or battery-side systems using source-listed interfaces.
• Motor Matching Required: Motor inner space, end-cover sensing layout and safety thresholds must be confirmed before sampling.

The lock is installed inside the rear hub motor, where it can secure the wheel without adding an exposed external frame lock. This makes it useful for rental e-bikes that need cleaner packaging and stronger protection against direct tampering.
The Anti-Lock mechanism is the main safety advantage for rental use. When combined with vehicle-side speed sensing and controller strategy, the lock can support safer decision-making before executing a lock command.
HS3718 and DS3710 share the same motor matching direction but serve different security requirements. HS3718 is suitable for compact standard projects, while DS3710 is the stronger anti-tamper direction for rental fleets that need higher security positioning.

This anti-lock motor hub security lock direction is suitable for rental e-bikes, shared e-bikes, electric scooters and fleet mobility vehicles using rear hub motor platforms. It is especially useful where exposed locks are not ideal and where vehicle-side lock control must consider wheel movement status.
For OEM brands and rental operators, the HS3718 / DS3710 direction can support hidden rear wheel security, safety-aware lock logic, outdoor operation and connected vehicle management while keeping final model selection tied to the motor structure.

Before sampling or production, confirm motor internal structure, axle hole size, motor end-cover speed sensing layout, controller safety threshold, torque requirement, voltage, communication protocol, waterproof requirement and brake interface.

Q: What is the main value of this motor hub security lock for rental e-bikes?
A: It combines hidden rear hub motor security with anti-lock safety logic for rental and shared e-bike platforms.
Q: Which reference models are used?
A: The page references HS3718 and DS3710 in the ATL motor hub lock series.
Q: How should HS3718 and DS3710 be selected?
A: HS3718 is the compact standard direction, while DS3710 is the higher anti-tamper direction for stronger rental fleet security.
Q: Where is the lock installed?
A: It is installed inside the rear hub motor, and motor matching is required.
Q: Does the lock support speed-aware safety logic?
A: Yes. The reference series includes dual-Hall speed measurement and mechanical Anti-Lock protection, with final logic defined by the customer project.
Q: What should be confirmed before installation?
A: Confirm motor inner space, axle hole, speed sensing layout, controller logic, torque requirement, voltage, protocol and brake interface.