GEPRC EM3115 900KV Motor
GEPRC EM3115 900KV Motor is engineered for long-range FPV drones using 8–10 inch propellers. It features a high-torque magnetic circuit, durable M5 steel shaft, N52H magnets, and smooth NSK/NMB bearings for efficient and stable flight performance.
- Estimated Delivery : Up to 4 business days
GEPRC EM3115 900KV Motor for Long Range FPV Drones
The GEPRC EM3115 900KV Motor is engineered specifically for long-range FPV drone platforms that require reliable thrust, efficient power delivery, and durable construction. Designed as part of the GEPRC EM motor series, this brushless motor focuses on delivering smooth and stable performance when paired with large propellers commonly used in extended-range drone builds.
Long-range FPV drones require motors that can generate high torque while maintaining energy efficiency over extended flight times. The GEPRC EM3115 900KV Motor addresses this requirement through its optimized magnetic circuit design and premium internal components. With the ability to support 8 to 10 inch propellers, this motor delivers the thrust needed for long-distance exploration, aerial filming, and endurance flights.
Purpose Built for Long Range FPV
The EM3115 motor was developed with long-range FPV pilots in mind. Larger propellers provide better efficiency and lift, but they also require a motor capable of generating strong torque. This motor uses a specially designed magnetic structure combined with N52H magnets to produce powerful torque while maintaining stable rotation during flight.
Its configuration allows the drone to maintain efficient cruising speeds while reducing unnecessary power consumption. This balance between thrust and efficiency helps pilots achieve longer flight times and smoother performance in demanding flight conditions.
Durable Mechanical Construction
Durability is an essential factor in any drone component. The GEPRC EM3115 900KV Motor features a high-strength M5 steel shaft that improves structural reliability when operating with larger propellers. The motor housing is designed to resist vibration and maintain consistent mechanical balance even during extended flights.
The motor also integrates high-quality NSK or NMB bearings that reduce friction and improve rotational stability. These bearings contribute to smoother motor operation, improved efficiency, and reduced wear during repeated flights.
Optimized Performance for Large Propellers
This motor is optimized for propellers ranging from 8 to 10 inches, which are commonly used on long range FPV quadcopters. The high torque magnetic circuit ensures that the propellers maintain stable thrust output even during heavy payload conditions or long cruising flights.
When paired with a suitable electronic speed controller rated between 60A and 80A, the motor can safely deliver peak power levels required for demanding aerial missions.
Integration with Long Range Drone Systems
The motor features a standard 19mm by 19mm mounting base, allowing it to integrate easily with a wide variety of long-range drone frames. Its compact design combined with strong power output makes it suitable for both DIY drone builds and professional FPV setups.
For pilots building complete long-range FPV systems, pairing this motor with reliable drone electronics and frames ensures optimal flight performance. You may also explore compatible components such as drone motors or browse additional options in our drone parts collection.
Technical Specifications
| Model | GEPRC EM3115 900KV |
| Maximum Power | 1620W |
| Peak Current | 65A |
| Input Voltage | 6S LiPo (25.2V) |
| Propeller Support | 8-10 inch |
| Magnet Type | N52H |
| Mounting Pattern | 19mm x 19mm |
| Weight | 115g |
The GEPRC EM3115 900KV Motor provides the power, efficiency, and durability required for modern long-range FPV drones. With its strong magnetic design, reliable bearings, and compatibility with large propellers, it offers a dependable propulsion solution for pilots who want consistent flight performance.
More information about GEPRC drone components can be found on the GEPRC official website.

















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