Technical documentation for the Yakry system identifies a high-torque 5V/1A DC motor engineered to mitigate mechanical resistance during the dispensing cycle. The integrated 1080P optical module features an IR-cut filter to manage ambient light transitions, while the internal logic board is powered by a Tuya-based Wi-Fi SoC. Structural metrics include a 6L hopper capacity and a silicon impeller design that relies on material elasticity for clog prevention.
Connectivity is maintained through the 2.4GHz spectrum, with performance data suggesting an optimal RSSI threshold of -60dBm for stable telemetry. The dual-power architecture supports primary DC input and secondary D-cell alkaline batteries to maintain internal memory during voltage fluctuations. Material analysis indicates a plastic hopper construction that requires periodic maintenance to remove lipid deposits from dry food contact.
- Modes of operation: Cloud-synchronized scheduled feeding, Manual remote trigger, Local battery failsafe mode.
Aggregated data lists the optical sensor as a wide-angle 1080P component, providing standardized monitoring without local LAN control capabilities. Hardware analysis confirms that the unit's anti-clogging mechanisms are optimized for standard dry kibble geometries.
The Petlibro 1080P model serves as a comparable alternative for those requiring a wider 145-degree field of view for bowl monitoring. This hardware configuration is a benchmark for the pet feeder cameras category, balancing torque output with standard IoT connectivity.
