BGS-F3110 700KV 900KV 3.2KG Payload Durable Brushless Motor for 9inch Racing FPV Drone

Built for High-Efficiency Flight

The 3110 motor adopts a large stator design with a 31mm stator diameter and 10mm stator height, providing significantly more torque than conventional 2807 or 2812 motors while maintaining relatively low weight.

The larger electromagnetic volume allows the motor to spin larger propellers more efficiently, improving thrust generation while reducing overall current consumption during cruise flight.

This makes the 3110 particularly suitable for:

-8-inch long-range FPV drones

-9-inch cinematic platforms

-10-inch heavy-lift FPV drones

-Industrial reconnaissance UAVs

-Logistics and delivery drones

-Counter-UAV interceptor platforms

Exceptional Power-to-Weight Ratio

Despite weighing only approximately 80-90 grams including wires, the 3110 motor is capable of delivering peak power outputs exceeding 1,400W to 2,000W, depending on KV configuration and propeller selection.

Under optimized conditions, maximum thrust can exceed 3.0kg to 4.1kg per motor, allowing quadcopters equipped with four motors to achieve total thrust figures well above 12kg.

This outstanding thrust reserve enables:

1.Aaggressive acceleration;

2.Rapid climbing performance;

3.Stable payload carrying capability;

4.Superior wind resistance.

Multiple KV Options for Different Missions

Different UAV missions require different motor characteristics.For high-speed interceptor drones or long-range FPV cruisers, popular KV options include:

-900KV

-1150KV

-1250KV

-Custom KV configurations upon request

Lower KV variants generally provide better efficiency with larger propellers and higher voltage systems, while higher KV versions favor speed and throttle response.

Optimized for 6S, 8S and 12S Power Systems

Modern UAV platforms increasingly utilize higher voltage architectures to improve efficiency and reduce current draw.

The 3110 motor supports:

1.6S LiPo systems for FPV and cinematic drones;

2.8S systems for interceptor and heavy-duty platforms;

3.12S systems for industrial UAV applications and logistics drones.

Higher voltage operation reduces cable losses, lowers motor temperatures, and improves overall system efficiency during long endurance missions.