Aero-Sync Dual-Pod Smart Feeding Hub

Precision-manage your pet’s nutritional intake with the Aero-Sync Smart Hub, a high-performance dietary station engineered with synchronized-dispensing logic. Integrated with the Tuya Smart Ecosystem, this dispenser allows for professional-grade management of meal schedules via 2.4GHz Wi-Fi. By utilizing volumetric-partitioning architecture, the hub is designed for high-reliability portion control, providing a seamless solution for preventing obesity and maintaining consistent feeding intervals for small cats and dogs, even when you are away from the home.

The system is built with remote-intervention logic, allowing for instant "manual" feeding triggers through your smartphone. Designed with hybrid-power fail-safe architecture, the unit maintains its internal clock and programmed schedules via battery backup during electrical grid failures. With its modular-hygiene build, the food-grade reservoirs and feeding trays can be rapidly disassembled for high-purity maintenance, ensuring a sanitary dining environment that supports long-term feline and canine health.

Key Specifications

• Cloud-Synchronized Smart Logic: Full Wi-Fi integration for remote scheduling, feeding logs, and low-food alerts on your mobile device.

• Precision Dietary Partitioning: Allows for high-accuracy portioning to manage caloric intake and weight maintenance professionally.

• Dual-Meal Volumetric Build: Specifically engineered to accommodate consistent feeding cycles for one or more pets.

• Hybrid-Power Reliability: Secondary battery backup logic ensures schedules remain active during unexpected power outages.

• Acoustic-Feedback System: Integrated speaker allows for personalized voice recordings to call pets to the station during deployment.

• Fresh-Lock Reservoir Geometry: Sealed container architecture protects dry kibble from moisture and air to maintain nutritional potency.

• Anti-Clog Mechanical Drive: High-torque internal motor and rotating baffle prevent food jams for a high-reliability supply flow.

📏 Technical Guide