High Speed DC Motor 380 18000 RPM

Description

What is it The high speed DC motor 380 with 18000 RPM is an ideal component for projects requiring great power and precision. This type of motor offers high performance, making it suitable for applications such as RC aircraft or robotic prototypes. Features: 18000 RPM

What it is used for Instinctively used in robotics, RC aircraft, mechanical prototypes. Can be controlled via Arduino or other microcontrollers to manage movement and orientation.

Tutorial: How to Use 18000 RPM DC Motor Ideal for projects requiring high speed, such as RC aircraft or robotic prototypes. This tutorial will guide you through the installation and use of the motor in a simple and direct manner.

What you need Arduino Uno
USB cable for Arduino
Breadboard
Resistors
Steps: Connect the motor to the breadboard. Connect the motor wires to the PWM output pins of the Arduino (e.g., pins 9 and 10). Add resistors to protect the Arduino circuit from overcurrent. Install the Arduino IDE on your computer if you haven’t already. Load a test sketch onto the Arduino (see ‘code’). Check the motor rotation and adjust the speed using the Serial Monitor.

Code example: void setup() { pinMode(9, OUTPUT); pinMode(10, OUTPUT);} void loop() { analogWrite(9, 255); analogWrite(10, 255);} // Set maximum speed

Mini-project Create a small RC aircraft with this motor. Use Arduino to control movement and orientation.

Common errors Do not protect the Arduino circuit from overcurrent. Directly connect the battery to the motor without a power controller or MOSFET. Use an electrical voltage higher than specified for the motor. Do not test the motor before final integration into the project.

Recommended accessories Power MOSFET
Lipo 3S battery
Speed sensors
Frequently asked questions What is the maximum voltage I can apply to the motor? Check the product datasheet. Does the motor produce heat during use? Yes, but ensure you use a heat sink if the motor overheats. Can I use this motor with a Raspberry Pi? Yes, but you will need to install a PWM library and protect the GPIO pins.