The TEEHO TE002 is a local-first biometric deadbolt. Performance metrics indicate a fingerprint matching latency of sub-500ms, achieved through an offline CMOS-based biometric sensor. The internal mechanical drive utilizes a 6V DC high-torque actuator. Material science analysis identifies a zinc alloy construction for the main chassis with an IP54 rating, and a plastic-heavy interior thumb-turn assembly.
Communication is handled via a 433MHz internal frequency for remote fobs, while the core biometric logic remains air-gapped from external networks. Technical specifications indicate that the device requires a proprietary gateway for any remote app-based management. The 6V circuit is sensitive to voltage drops; while alkaline batteries provide stable output, NiMH rechargeables may trigger premature low-battery alerts due to their 1.2V nominal discharge.
[Image showing a CMOS-based biometric sensor and a 6V DC actuator assembly]
Internal component analysis identifies the TE002 as sharing an ODM chassis and keypad matrix with the Veise RZ07, diverging primarily in branding and finish.
- Biometric tech: CMOS-based offline scanner.
- Environmental rating: IP54.
- Auxiliary access: 433MHz fobs and physical key.
If your requirements include native integration with Apple HomeKit or Thread protocols, the Schlage Encode series provides a more advanced networking stack.
This unit represents the keyless smart locks category with a focus on high-speed biometric throughput.
