TT Reduced Speed DC3-6V Double Shaft 1:200 Motors

Description

What is the TT DC3-6V Double Shaft 1:200 Motor? This motor is an electric motor with an integrated speed reduction. It is designed to provide slow and precise movement, ideal for applications requiring high output torque. Features Operating Voltage: DC3-6V Speed Reduction Ratio: 1:200 Double Shaft SKU: ARD0012085 Price: €1.88 What is it for? This motor is ideal for robotics and modelling projects that require slow and precise movement. It can be used to create small robots, tracked vehicles, positioning systems, and other devices that need a large speed reduction. Compatibility with Arduino and ESP32 should be verified in the datasheet. Tutorial: How to use the TT Reduced Speed DC3-6V Double Shaft 1:200 Motor This double shaft 1:200 motor is ideal for projects requiring a large speed reduction and torque multiplication. It is suitable for beginner and intermediate makers creating devices such as small robots, tracked vehicles, or any other project that needs a large speed reduction. What you need Arduino or compatible microcontroller DC 3-6V power supply Head connections Mounting tools Position sensors (optional) Connection cables Steps Connect the DC power supply to the motor. Connect the motor to the microcontroller. Check the connections. Write the Arduino sketch to control the motor. Upload the sketch to the microcontroller. Start the motor and adjust the speed. Verify the correct operation of the motor. Optimise the code to control the speed and direction. Example code void setup() { pinMode(motorePin, OUTPUT); } void loop() { analogWrite(motorePin, 128); // Set motor speed } Mini-project Create a small robot that moves forward and backward using the TT double shaft 1:200 motor as the main motor. Common mistakes Connecting the motor with a voltage higher than the tolerance. Not checking the connections before uploading the code. Not adjusting the motor speed. Not adding position sensors for precise control. Recommended accessories Arduino Uno 5V DC power supply Head connections Position sensors Frequently Asked Questions Can the motor be used with a voltage higher than 6V? Check the datasheet for voltage tolerance. Which microcontrollers are compatible with this motor? Microcontrollers with PWM outputs like Arduino.