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Drone Motors/Quadcopter Motors

Buy Drone Motors, BLDC Motor Online in India

Two types of Drone Motors are used in RC, Brushless and Brushed motors. Brushless motors are used for larger models (such as racing drones, and any bigger models), and Brushed on the micro-drones and toy drones. Buy Drone Propeller Set, Quadcopter motor & Drone ESC @ Best Price in India @ our Online Store. Shop for A2212 2450Kv Brushless Outrunner Motor Aircraft Quadcopter Helicopter, 2845 3000KV Sensorless Brushless Motor for RC Car Boat.

Drone Motors Prices in India 

Drone Motors


CCW Motor for RC Drone Quadcopter


A2212 1400KV BLDC Brushless Motor


A2212 1400KV BLDC Motor and Simonk 30A ESC for RC Drones


Emax MT2213 920kva Brushless Motor


A2212 2450KV BLDC Motor for RC Drones and Quadcopters


2845 3000KV Sensorless Brushless Motor for RC Car Boat


A2212 1000KV BLDC Motor for RC Drones and Quadcopters


A2212 1000KV BLDC Motor for RC Drones and Quadcopters



1.What are the types of drone motors?

  • Brushed Motors: Brushed motors are classic and traditional. They have been around for several decades and have been the foundation of standard motor technology. In a brushed motor, a centrally located rotor is surrounded by a stator that is lined with a pair of magnets of opposing polarity. The rotational movement of the rotor is caused due to the contact of brushes of the rotor’s commutator with a current supply.
  • Brushless Motors: The design changes that were made for brushless motors are very important. Instead of a central rotor, brushless motors have a central stator surrounded by a rotor that is lined with a permanent set of magnets.


2.What is the use of a drone motor?

  • Drone Motors are an important component of the drone, since they help in powering up the drones. The propellers of the drone cannot rotate until and unless they are powered by a motor.  The repetitive attraction and repulsion of the magnets helps in converting the electrical current into the mechanical revolution of the shaft that moves the drone.

3.What are drone motors and propellers?

  • Drone Motors: The drone is not going to move until you have integrated the best motor. This is the most important component of the drone. Motors are identified by different notations. For example, the kv rating denotes the motor velocity, as it depicts the number of revolutions per minute when a potential difference of 1 Volt is applied with zero load.
  • Drone Propellers: There are propellers specifically designed for quadcopters, depending on the purpose of use. The efficiency and the speed of the drone depends on the length of the propellers.  If you opt for smaller propellers, you will be able to fly the drone with greater speeds, but the efficiency will be compromised. On the other hand, if you choose the longer props, you will be able to fly the copter steadily, as you will be able to lift more weight during its flight and use less power.


4.How do drone motors work?

  • Drone motors works on the following principle:
    • When an electric current is passed through the windings of the motor, the magnets distributed within the motors are attracted or repelled. The continuous and repetitive repulsion and attraction of the magnets gets transformed into the revolution of the shaft. This allows the motor to spin an attached propeller at extremely high speeds and thus produce the thrust. 


5.Which is the best drone motor based on different requirements?

  • The type of drone you chose depends upon the following important factors:
    • Weight of the Drone: It is very important to have a clear idea about the overall weight of the drone itself. You can have an approximate weight idea for your drone by simply calculating the weight of its individual parts or components. But note that the list must include all parts like payload, battery unit, motors, wires, PDB, flight controller and frame of the device.
    • Thrust to Weight Ratio: This is a very essential parameter as it means your motor is going to have additional thrust to keep your drone safe during windy weather or at the time of flight maneuvers.
    • Efficiency: Professionals recommend choosing a motor that has efficiency value near about 7 or above this. There are chances that a motor could be efficient with its lower throttle range; in that case they will lose efficiency with increasing current range at higher limits.
    • Torque: The torque range helps to define the ability of the motor to shift between RPM values. This change ultimately decides the responsiveness of drones in air. If your motor has a high torque value then it will naturally lead to snappy response as RPM will accept faster changes. It will also lead to lesser propeller wash.


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