| Number Objective | 2 - 3 Li-Poly 5 - 7 NiCd/NiMH |
| Kv | 2200 RPM/V |
| Max capacity | 75% |
| Maximum current capacity | 14 - 22A (>72%) |
| No-load current: | 1.4A @10V |
| Resistance | 0.045 ohms |
| MAX current | 28A for 60S |
| Watt | 220W |
| Weight | 51.5 g / 1.82 oz |
| Dimensions | 27.8 mm x 31 mm |
| Shaft diameter | 3.2 mm |
| Poles | 14 |
| Model weight | 300 - 1000g / 10.5 - 35 oz |
BLDC brushless motors is a modern solution that is gaining popularity in power tools.
The absence of a mechanical commutator and brushes makes them more efficient and effective. Compared to traditional brush motors, they offer many pros
Brush motors, also called commutators, they have changed technology since their inception in the 19th century. With their simple design and reliability, they have mastered many fields. They concern both the automotive industry and equipment for the home.
Understanding how they work and how they are built is important for engineers, technicians and even hobbyists. In this text you will learn more about their construction, operation, applications, as well as advantages and disadvantages.
Learn about the general principles of selecting electric motors for aircraft
On average, it is assumed that per 1kg of aircraft type of trainer needs about 200W of motor power
For an acrobat it is 400W and 3D model min 500W.
It is important to choose the right electric motor that will provide the optimal power for your model.
