BG-F2814 1000KV 1300KV 3.7KG Payload BLDC Drone Motor for 10inch FPV

Compatible UAV Platforms

1.Fixed-Wing UAVs & RC Aircraft
The 2814 motor is primarily designed for fixed-wing applications, with the 1000KV and 1250KV variants being particularly popular for sport aircraft, gliders, and 3D models . It is suitable for aircraft weighing 800g to 2300g, including 3D fixed-wing, gliders, and sport aircraft .

2.Multi-Rotor & Heavy-Lift Drones
The 900KV variant is optimized for multi-rotor platforms with 7.5-inch frames, supporting a recommended takeoff weight of up to 3kg and a maximum takeoff weight of 6kg . The 880KV Quanum MT series motor is also spec-built for multi-rotor applications .

3.Medium-Lift Industrial & Surveying UAVs
With its combination of endurance and thrust, the 2814 motor is suitable for mapping, surveying, and inspection tasks requiring stable, reliable power delivery.

Key Features

1.Optimal Size & Weight Balance
Weighing between 83.7g and 115g depending on the KV variant, the 2814 motor offers a compact form factor (approximately Φ32.9×40.5mm to Φ35.2×54.5mm) that delivers substantial power without excessive weight penalty . The motor's radial-flux design enables high torque output relative to its physical envelope.

2.High-Torque 12N14P Configuration
The 12-slot 14-pole architecture provides smooth throttle response and high torque output, making it ideal for driving 8-13 inch propellers with exceptional efficiency across the entire throttle range . This configuration also reduces cogging torque for smoother low-speed operation.

3.Precision Dynamic Balancing
Each rotor undergoes ≤5mg dynamic balancing to virtually eliminate high-frequency vibration, ensuring stable flight and clean video footage from onboard sensors and cameras .

4.Superior Thermal Management
The motor features a large hollow internal cavity combined with a self-draining top cover structure that enhances airflow and heat dissipation . This design, paired with 180°C-rated enameled copper windings, ensures reliable performance even under continuous high-load conditions .