- Stock: In Stock
- Model: SCJ009152
- SKU: SCJ009152
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- Description
880KV/950KV/1250KV Brushless Motor for Drone, 3S/4S
Brief
Description
small brushless drone motor comes with 880KV/950KV/1250KV speed, 3~4S lipo, and an anti-pressure damping bearing, effectively eliminating vibration. The brushless motor is perfect for you to equip your fixed-wing drone.
Specifications
| Model | SCJ009152 | SOCOJE-X2216-950 | SOCOJE-X2216-1100 | SOCOJE-X2216-1250 |
| Motor KV | 880KV | 950KV | 1100KV | 1250KV |
| Interphase Internal Resistance | 53mΩ | 25.8mΩ | 18.5mΩ | 13.1mΩ |
| Motor Weight | 67.5g | 67g | 69g | 69g |
| No-Load Current | 0.5A/10V | 0.7A/10V | 0.8A/10V | 1A/10V |
| Maximum Continuous Power | 450W | 450W | 480W | 600W |
| Maximum Continuous Current | 32A/30s | 32A/30s | 34A/30s | 34A/30s |
| ESC Recommended | 50A | 50A | 30-40A | 40A |
| Recommended Propeller Specifications | APC9047/9045 | APC 9047/APC | APC9047/APC9045 | APC9047/APC9045 |
| Operating Rated Voltage (Lipo) | 3-4S | |||
| Stator Diameter | 26 | |||
| Stator Thickness | 12 | |||
| Number of Slots | 12N14P | |||
| Motor Size | φ27.7*50.0mm (Long axis), φ27.7*36.5mm (Short axis) | |||
| Shaft Diameter | 3.175mm | |||
| Motor Silicone Wire Specifications | 20AWG 110mm | |||
Features
- Each brushless drone motor is made by strict dynamic balancing. Original NSK bearings for lower noise and smoother operation. High-precision CNC machined parts, and fine assembly process to achieve higher runout and concentricity standards.
- 480KV/550KV/650KV brushless motor cool magic blue rotor end cap with six contours, strong and sturdy. High-quality white metallic paint with blue end caps for a more chic layered aesthetic. The stator end caps are hollowed out around the perimeter, which also increases the heat dissipation area for better heat dissipation.
Dimensions (Unit: mm)
Tips: How to determine the size of a brushless drone motor?
Find out the size of the components to be used in this order: frame size => column size => motor size
By knowing the frame size, we can estimate the motor size we should use. The frame size limits the prop size, and each prop size requires a different motor speed to effectively produce thrust, which is where the motor KV comes into play.
It is important to make sure that the motor produces enough torque to spin the propeller of your choice, and this is where your stator size comes into play. Usually, a larger stator size and higher KV means more current draw.
