This compact inrunner sensored BLDC motor delivers up to 9000 RPM with high efficiency, strong load capacity, and stable performance. High-purity copper windings ensure excellent conductivity and quiet operation, while heat-resistant materials enhance durability. Its small form factor makes it ideal for drones, robotics, RC vehicles, and other precision-driven applications.
Specification
| Model |
BLDC-2418 |
| Shaft Length |
19.3 mm |
| Shaft Diameter |
2 mm |
| Size |
24 mm (D), 43 mm (L) |
| Construction |
Permanent Magnet |
| Wiring |
5 lines |
| Motor Type |
Micro Brushless DC Motor |
| Rated Power |
2.5W |
| Rated Voltage |
12V DC, 24V DC |
| Rated Current |
0.08A, 0.15A |
| No-load Speed |
4500 rpm, 9000 rpm |
| No-load Current |
0.035A, 0.05A |
| Rated Torque |
16.2 g.cm, 33.6 g.cm |
| Motor Housing |
Carbon Steel |
| Weight |
90 g |
| Efficiency |
80% |
| Certification |
CE |
| Warranty |
12 Months |
Features
- 12V/24V high-speed brushless DC motor has a strong conductivity of pure copper coil which makes the BLDC motor power output continuously.
- 4500 rpm/9000 rpm BLDC motor has positive inversion and adjustable speed.
- It also has functions such as pulse width PWM speed regulation, FG signal test, etc.
Dimension (Unit: mm)
Applications
Q: What is the difference between a sensored and a sensorless BLDC motor?
A: A sensored BLDC motor is equipped with built-in Hall sensors that detect the rotor’s position in real time, allowing for precise control during startup, acceleration, and low-speed operation. This results in smoother performance for BLDC motors, especially under varying loads or when starting from a standstill.
In contrast, a sensorless BLDC motor does not use physical position sensors; instead, it estimates the rotor position based on back-EMF (electromotive force). While sensorless motors have a simpler design and lower cost, they can experience rough startup behavior and are less suitable for low-speed or high-precision applications.
