High Torque E Bike Wheel Lock RS485 Hidden Anti Theft Bike Wheel Lock

The High Torque Hidden Wheel Lock is designed for public mobility vehicles, shared e-bikes, electric scooters and OEM fleet platforms that need stronger rear wheel security without exposed lock hardware. DS3710 is positioned for projects where anti-tamper strength and hidden motor-side installation are more important than a basic compact lock layout.
Public mobility vehicles operate in open urban environments, where locks may face frequent use, direct impact, vandalism and theft attempts. Installing the lock inside the rear hub motor helps keep the security mechanism less visible and harder to access, while supporting a cleaner vehicle exterior for scooter and e-bike platforms.
DS3710 works with the vehicle controller, IoT module or battery-side electronics for smart lock control. The lock can be matched with project-defined safety logic, motor end-cover speed sensing and vehicle-side communication, helping OEM teams build an integrated security solution for public-use mobility fleets.

• High-Torque Security Positioning: Designed for public mobility projects requiring stronger anti-tamper protection.
• Hidden Rear Hub Motor Installation: Places the lock inside the motor structure to reduce exposed attack points.
• Public Mobility Vehicle Focus: Suitable for shared e-bikes, electric scooters and fleet vehicles used in public environments.
• Vehicle-Side Smart Control: Supports controller, IoT or battery-side lock management using source-listed interfaces.
• Speed-Aware Safety Logic: Supports customer-defined protection speed and motor-end-cover sensing layout.
• Mechanical Anti-Lock Protection: Helps support safer lock execution when matched with controller logic.
• 15 x 15 mm Motor Matching: Designed for compatible hub motor platforms using this matching direction.
• OEM Anti-Tamper Selection: Useful when the buyer prioritizes hidden installation and stronger motor-side security.

DS3710 secures the rear wheel from inside the hub motor. This internal position makes the lock less exposed than external frame or brake-area locks, which is valuable for vehicles used in public spaces.
The high-torque positioning gives the product a stronger anti-tamper role within the ATL motor hub lock family. For OEM buyers, this makes DS3710 a suitable direction when the vehicle requires more robust rear wheel protection while keeping the same motor matching direction.
The final lock behavior should be defined together with the vehicle control system. Speed sensing layout, communication protocol, protection threshold and motor structure must be confirmed so the lock can fit the actual vehicle platform rather than being treated as a universal external accessory.

DS3710 is suitable for public mobility vehicles, shared e-bikes, rental scooters and OEM fleet platforms that require hidden rear wheel security and stronger anti-tamper positioning.
It is especially useful for projects where vehicles operate in open public areas and need a motor-integrated lock solution that can connect with vehicle-side electronics, support safer locking logic and reduce exposed hardware.

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

Q: What buyer need does this DS3710 product page target?
A: It targets OEM buyers looking for high-torque hidden wheel security for public mobility vehicles.
Q: Is DS3710 suitable for exposed external installation?
A: No. It is designed for hidden installation inside the rear hub motor, with motor matching required.
Q: Why is DS3710 suitable for public mobility projects?
A: It combines hidden installation, stronger anti-tamper positioning, smart control integration and outdoor protection for public-use vehicles.
Q: What communication interfaces are supported?
A: The reference parameters list UART, RS485 and CAN communication.
Q: Does the product include brake parts?
A: No. Brake interface and braking performance depend on the hub motor brake interface.
Q: What should be confirmed before use?
A: Confirm motor structure, axle hole, speed sensing layout, torque requirement, voltage, protocol, waterproof requirement and controller safety logic.