480KV Brushless Motor for Drone, 5S/6S

Low price brushless motor is designed for a drone. It comes with 480KV/550KV/650KV speed, (lipo) 5~6S operating rated voltage and12N14P high torque motor design. Small brushless drone motor has maximum efficiency, low noise, and higher thrust, suitable for RC aircraft, airplanes, helicopters, fixed-wing drones and robotic arms.

SKU: CCHN-BLDC-BDM480

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Delivery date: 6-25 days

Overview

Cheap 480KV/550KV/650KV brushless motor features a 6mm shaft diameter, NSK precision bearings, and responsive and extremely smooth flight. 5~6S brushless motor mentions high power and high-speed design to provide longer running time for fixed wing drones.

Specifications

Model	CCHN-X4120-480	CCHN-X4120-550	CCHN-X4120-650
Motor KV	480KV	550KV	650KV
Number of Slots	12N14P
Shaft diameter	6mm
Motor Size	φ49.7*70.0mm
Shaft Diameter	3.175mm
Motor Silicone Wire Specifications	20AWG 110mm
Interphase Internal Resistance	22.5mΩ	18.5mΩ	11.7mΩ
Motor Weight	292g	293g	290g
Operating Rated Voltage (Lipo)	6S	6S	5-6S
No-Load Current	1.5A/10V	1.9A/10V	2.1A/10V
Maximum Continuous Power	2425W	2500W	2750W
Maximum Continuous Current	97A/30s	100A/30s	110A/30s
ESC Recommended	100A	100-120A	100-120A
Recommended Propeller Specifications	6S(EOLO158/1510/16*8)	6S(EOLO147/148/15	5S(EOLO158/1510)

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)

480KV brushless motor dimension

Tips: How are drone motors controlled?

The ESC is responsible for controlling the speed of each motor, so the most common drone architectures involve using a dedicated ESC for each motor. All ESCs must be able to communicate with each other directly or indirectly through the flight controller in order to control the drone easily.