25.64*12.5mm
12N14P
200℃
1.5mm
17.4g
>1000h
| Model | KV Value | Maximum Power | Maximum Current | Pull | Efficiency | Proprller | Battery Lipo Cells | ESC | |
| BGS-F2004 | KV | W | A | g | g/W | / | S | A | |
| 17 | 226.8 | 11.8 | 772 | 3.41 | HQ5030 | 3-6S | 30 | ||
| 1900 | 365 | 15.3 | 862 | 2.36 | 30 | ||||
| 2100 | 425 | 17.7 | 945 | 2.22 | 2-4S | 30 | |||
| 3150 | 447.7 | 28.45 | 913 | 2.04 | 30 | ||||
The 2004 motor is widely used in 4" and lightweight 5" FPV freestyle drones, where pilots require a balance between explosive power and precise throttle control, allowing both aggressive maneuvers and smooth recovery during complex flight patterns.
Strong mid-throttle control
Responsive yet smooth
Stable during flips and rolls
In cinematic drone setups, especially those carrying lightweight HD cameras, the 2004 motor provides smooth thrust output and reduced vibration, ensuring stable footage while maintaining efficient power consumption over extended flight durations.
For long-range drone applications, where efficiency and endurance are critical, the 2004 motor can operate at lower throttle levels while maintaining sufficient thrust, enabling extended flight times and reliable cruising performance.
In industrial applications such as inspection or lightweight payload transport, the 2004 motor offers improved torque and load capacity compared to smaller motors, making it suitable for compact yet capable UAV systems.
The increased stator diameter allows the 2004 motor to generate higher torque, enabling it to spin larger propellers efficiently without excessive RPM loss.
Compared to high-KV small motors, the 2004 provides a smoother throttle curve, which is critical for cinematic flight and precision maneuvering.
The motor performs efficiently across a wide throttle range, making it suitable for both aggressive flight and low-power cruising.



