Brushless Drone Motor 1806 2400KV CCW

Description

What it is

The Brushless Drone Motor 1806 2400KV CCW is a brushless electric motor designed for use in drones. Its CCW (counter-clockwise) configuration indicates the direction of rotor rotation when powered.

Features

• Model: 1806
• KV: 2400
• Rotation: CCW
• SKU: ARD008983
• Price: 12.37 €

What it is for

This motor is ideal for small and medium-sized drones. It is used for drone propulsion, ensuring power and precision during flight. For specific information on compatibility with control boards like Arduino or ESP, check the datasheet.

Tutorial: How to Use Brushless Drone Motor 1806 2400KV CCW

The brushless motor 1806 2400KV CCW is ideal for small and medium-sized drone models, providing significant power in relation to its weight. This component is particularly suitable for drone builders looking for a reliable motor for their flying creations.

What you need

• Arduino Uno or compatible
• ESC (Electronic Speed Controller) Control
• 3S LiPo Battery

Steps

1. Check motor compatibility with your ESC control.
2. Connect the ESC to the motor according to the product specifications.
3. Configure the ESC following the manufacturer’s instructions provided with the ESC.
4. Connect the Arduino to the ESC to control motor speed via code.
5. Charge the 3S LiPo battery to the motor and test the speed control system.
6. Verify that the motor rotates correctly in CCW (Counterclockwise) direction.
7. If necessary, repeat the ESC configuration steps to achieve the desired rotation.
8. Test the entire system with a small drone model or a static platform.

Example code

// Codice Arduino esemplificativo
#include <AFMotor.h>
AF_DCMotor motor(1); // Usa il motore 1
motor.setSpeed(200);
motor.run(FORWARD);

Mini project

Build a small drone using this motor and test its stability during short flights.

Common mistakes

• Incorrect ESC configuration.
• Incorrect motor connection to the ESC.
• LiPo 3S battery insufficient to power the motor.
• Motors rotation error (CW instead of CCW).

Recommended accessories

• 20A ESC Control
• LiPo 3S 1300mAh battery
• Small drone frame
• IMU sensors for flight stability

Frequently asked questions

The motor overheats during testing.
Check that the battery and ESC are adequately powered and cooled. Temporarily reduce motor power if necessary.

How can I control the motor speed?
Use an ESC control and code for Arduino that communicates with the ESC via the Arduino’s PWM pins.