Search results for: 'micro motors'

These coreless motors are just right for guys who love to DIY drone models! Designed to be high performance and easy to wire, the motor can work properly at only...

These coreless motors are just right for guys who love to DIY drone models! Designed to be high performance and easy to wire, the motor can work properly at only...

These coreless motors are just right for guys who love to DIY drone models! Designed to be high performance and easy to wire, the motor can work properly at only...

These coreless motors are just right for guys who love to DIY drone models! Designed to be high performance and easy to wire, the motor can work properly at only...

These coreless motors are just right for guys who love to DIY drone models! Designed to be high performance and easy to wire, the motor can work properly at only...

These coreless motors are just right for guys who love to DIY drone models! Designed to be high performance and easy to wire, the motor can work properly at only...

These coreless motors are just right for guys who love to DIY drone models! Designed to be high-performance and easy to wire, the motor can work properly at only...

These coreless motors are just right for guys who love to DIY drone models! Designed to be high performance and easy to wire, the motor can work properly at only...

For stepper motor newbies, you’ve just come to the right place! This 10mm micro stepper motor offers 18° per step and 2-phase 4-wire. No special driver board required...

This motor has a long (0.365"/9.27 mm) D profile metal output shaft that matches the 42x19mm and 32x7mm dimensions of the Pololu wheel. The brass faceplate has two mounting holes threaded for M1.6 screws (1.6mm diameter, 0.35mm thread pitch), or you can use the mounting bracket or extended mounting bracket, which are specifically designed to securely mount the gear motor while enclosing the exposed gears. We recommend the extended mounting bracket for wheels with recessed hubs, such as the 42×19mm wheel.

These little motors are an ideal plug-and-go solution for your next robot explorer. They even come with adaptors for LEGO® and mounts to attach to your project.

The Kitronik :MOVE Motor for the BBC micro:bit provides a fun introduction to buggy robotics. More than just a programmable buggy, learning to use all of the included features will give the budding roboteer a solid grounding in robotics as a whole.

This tiny DC Motor in Micro Servo Body is an interesting motor - it's the same size and shape as Adafruit's micro servo but it isn't a servo. It's more like a DC motor...

This is a new micro DC geared motor, using planetary gear mechanism, applicable to the various types of DIY project. Especially the project which has a certain requirements for size. It will be a good partner for you.

This is the DFRobot Micro DC geared motor with encoder. It is a motor with a 120:1 gearbox and an integrated quadrature encoder that provides a resolution of 16 pulse single per round giving a maximum output of 1920 within one round. With an Arduino controller and motor driver, applications for this include a closed-loop PID control or PWM motor speed control. This motor is an ideal option for mobile robot projects. The copper output shaft, embedded thread and reinforced connector greatly extends the motor's service life.

The 6V, 180rpm Micro DC Geared Motor with Back Shaft is ideal for DIY enthusiasts and is designed to easily incorporate the DFRobot Encoder. These motors are inexpensive, small, easy to install, and ideally suited for use in a mobile robot car. The DFRobot RoMeo microcontroller (sold separately) is able to complete the closed-loop PID making use of theoptional encoders.

The Klip Motor Driver for BBC microbit allows you do more than just drive motors. It breaks out pins 0, 1, 2, 3V & GND from the microbit & connects to ZIP LEDS.

An ordinary DC motor requires an H Bridge to work with a microcontroller such as an UNO. For newcomers to electronics, the process of finding the right motor driver, connecting it to the MCU and learning the relevant electronic theory can be confusing and frustrating when you just need something to work quickly. We hope that using the DC Micro Metal gear motor changes this.

An ordinary DC motor requires an H Bridge to work with a microcontroller such as an UNO. For newcomers to electronics, the process of finding the right motor driver, connecting it to the MCU and learning the relevant electronic theory can be confusing and frustrating when you just need something to work quickly. We hope that using the DC Micro Metal gear motor changes this.