Your question: What is the best RC motor?

How do I choose a KV motor?

The KV value can be determined by the number of copper wire windings on the stator. Generally the higher number of winds decreases the KV of the motor, while lower number of winds increases the KV. The magnetic strength of the magnets can also affect the KV value, stronger magnets will increase KV.

What is the fastest brushless motor?

The British appliance manufacturer Dyson claims to have developed the world’s fastest, most efficient motor for domestic appliances. The Dyson Digital Motor (DDM) v2 is a single-phase brushless DC motor, which operates at speeds up to 104,000 rpm with a claimed efficiency of 84%.

What does 3000kV mean?

The 3000kV motor is moving air at very high speeds. If you put the same large propeller on it as you use on the 1200kV motor, you’ll burn it up; it will be trying to move too much air, too quickly. (The load will be around 2.5 times as high at 3000kV as at 1200kV with the same prop.)

What turn motor is best for RC drifting?

RC motors are measured in turns, which is the amount of winds in the electric motor’s coil, and the lower the number, the more powerful it is. A 9T motor for example, has a lot more power than a 17T motor. For drifting you ideally want a sensored brushless motor for the best throttle control, but other setups do exist.

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What does 12 turn motor mean?

ORIGINAL: Dawman. A 12 turn motor will be tons faster and will drain a battery faster . Just as he said. a twelve turn motor will have more RPM, less torque, and draw more current. The number or turns refers toi the number of times the wire is warpped around your armature in the motor.

Are nitro RC cars faster than electric?

Pros and Cons of Nitro Gas powered RC Products

Are faster than brushed motor electric vehicle and some brushless electric if the engine is well tuned. Are more water resistant than many electric powered vehicles.

How do I choose an electric motor for my RC plane?

Electric motor power is stated in watts. 750 watts = 1 horsepower. An easy way to estimate power needs for RC hobby applications is to use 100 watts per pound for sport flying, 150 for aggressive aerobatics, 200 watts per pound for 3D flying.