DC Motor Fk-180 Carbon Brushes Permanent Magnet High Torque

Description

DC Motor Fk-180 with carbon brushes and permanent magnet, high torque. Ideal for projects requiring strong torque, such as mobile robotics or small vehicles. Suitable for beginner and intermediate makers.

Key Features:
– Continuous current DC motor for model aircraft.
– Carbon brushes and permanent magnet.
– Small size.
– High torque.
– High power.
– Model for model aircraft.
– Voltage range: 1.5 – 9V
– RPM at 6V: 23,000 (10% load)
– Shaft length: 6.5 mm
– Shaft diameter: 2 mm
– No load RPM: 30,000 RPM – current 0.52A at 6V: 23,000 RPM
– Maximum efficiency RPM: 29,250 RPM – current 3.34A at stall: current 21A – torque 45.2 mNm

General Specifications:
– Model: dc motor Fk-180
– Materials: metal + components
– Weight: 35g
– Package weight: 0.5 kg
– Product dimensions (L x W x H): 5 x 2.3 x 1 cm
– Package dimensions (L x W x H): 10 x 15 x 2 cm
– Contents: 1 x Motors

Datasheets for all components are available. If not present in the product download, please contact us via the contact form and we will publish the first available on our site.

Tutorial: How to Use the Fk-180 DC Motors
The Fk-180 DC motor is ideal for projects requiring strong torque, such as mobile robotics or small vehicles. Suitable for beginner and intermediate makers.

Required Components:
– Arduino Uno R3
– Potentiometer
– Jumper wires
– Push button

Connect the motor pin to the potentiometer using jumper wires. Set the potentiometer to provide the desired voltage (check datasheet). Use a push button as a switch to turn the motor on and off. Write an Arduino sketch that controls the motor power through the pin connected to the potentiometer. Example code:
void setup() {
pinMode(9, OUTPUT);
}
void loop() {
digitalWrite(9, HIGH); // Turn on the motor
delay(1000);
digitalWrite(9, LOW); // Turn off the motor
}

Mini-project: Create a small robotic vehicle that moves forward and backward in response to commands.

Common Errors:
– Insufficient power supply
– Incorrect pin connections
– Motor overload

Recommended Accessories:
– Arduino Uno R3
– 8-channel potentiometer
– Various jumper wires
– Push button

Frequently Asked Questions:
– What is the minimum voltage supply? Check the datasheet.