The Wyze Smart Bluetooth Keyless Entry Deadbolt Lock is a digital retrofit system designed to integrate with existing exterior hardware. Performance metrics indicate that the internal mechanism utilizes a brushed DC micro-motor. Structural analysis highlights a dependency on the precise alignment of the pre-existing deadbolt, as the motor gear ratio is optimized for low-friction operation. Technical specifications list the chipset as a Silicon Labs EFR32 series SoC, providing support for Bluetooth 5.0 and Zigbee protocols.
Material analysis of the internal mounting plate and motor housing shows a proprietary design specific to the Wyze ecosystem. Power is supplied by four AA batteries, with an expected real-world lifespan of three to six months. Data logs indicate that the auto-unlock feature relies on Bluetooth geofencing stability, and the system requires a Wyze Gateway to bridge local Zigbee signals to a Wi-Fi network for remote monitoring.
Unlike many budget locks using generic ODM chassis, this unit utilizes proprietary tooling for its mounting plate and motor housing.
- Installation types: Retrofit (retains exterior cylinder).
- Communication protocols: Bluetooth 5.0 and Zigbee.
- Automation triggers: Geofencing and auto-unlock.
For installations where motor torque is insufficient to overcome heavy weather-stripping, the Tapo Smart Wi-Fi Deadbolt provides a standalone replacement with a higher-torque motor assembly.
This device is categorized under smart lock conversion kits as it modifies existing mechanical hardware.
