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Motors exist in almost all aspects of our modern life, from the vehicles we drive to the machines we use to wash our clothes – even being prevalent in other household objects like toothbrushes! This abundance of motors is certainly not a bad thing though, and they are incredible components that can used for all kinds of different applications.
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Motors exist in almost all aspects of our modern life, from the vehicles we drive to the machines we use to wash our clothes – even being prevalent in other household objects like toothbrushes! This abundance of motors is certainly not a bad thing though, and they are incredible components that can used for all kinds of different applications.
From standard rotational applications to linear motion, and even some relatively unique use cases like robotic arms and the vibration components in mobile devices, motors offer an incredibly diverse level functionality, and this is extended even further with specially designed controller boards. These controller boards allow you to use motors in more advanced ways, and they allow for amazing machines like 3D Printers to be created from simple motors and linear motion components. As such, when using the various types of motors like Stepper Motors or Servo Motors, alongside great quality Controller Boards like the Smoothieboard range or MakerBase boards, you can achieve some truly marvellous results that simply cannot be achieved by any other components.
Whether you’re building your own robot, a custom 3D Printer, an adjustable standing desk, or even automatically sorting shelves, motors and controllers are some of the key ingredients that let your software effectively control your hardware.
LessThis NEMA 17 Motor Mount Plate fits both NEMA 17 and NEMA 14 stepper motors, to attach them directly onto T-Slot, V-Slot or MakerSlide extrusions.
The MKS SMini Smoothie Board is a simplified version of the MKS SBase V1.3, with some of the lesser-used featured removed to save on cost and space.
The RPi Motor Driver Board gives your Pi the ability to drive two DC motors OR one stepper motor. It's an ideal choice to DIY mobile robot based on Raspberry Pi.
The Tri-Gorilla Control Board is widely used by Anycubic for most of their 3D Printers.
This Digital Peristaltic Pump utilises clever tubing and rollers to pump fluids without any contact with the liquids being pumped.
These NEMA 42-60 Stepper Motors have a holding torque of 7.54kg-cm, packing enough power for larger 3D Printer models, such as Creality CR-10 S4/5 and Ender-6.
High Current, UltraQuiet Stepper Motors for precise, effective & near-silent stepping in 3D Printing & other linear or rotational motion controls. Key Features: 1.7A RMS | Step/Dir | UART | StealthChop2 | StallGuard4 | Stall Detection | CoolStep
These TMC2100 Stepper Motor Drivers from BigTreeTech feature both SpreadCycle & StealthChop for Ultra-Quiet, High Performance, dynamic motion control. Key Features: 1.2A Phase Current RMS | Step/Dir | MicroPlyer | StealthChop | SpreadCycle | Ultra-Quiet
The Arduino CNC Shield is an easy to install expansion for the Arduino UNO board – allowing for precision control of up to four stepper motors via GRBL.
The BigTreeTech GTR V1.0 Controller features a specialised M5 Expander Board to allow for up to 11-Axis control with almost excessive functionality.
The BigTreeTech GTR V1.0 Controller is capable of 6-axis control standalone, and can connect up to a specialised M5 Board for up to 11-Axis control.
Steel Ball Caster Wheels, designed for multi-directional movement in robotics applications – A great alternative to standard free-turning wheels.
The MG996R Servo Motor is a revised version of the MG996, offering improved dead bandwidth and centering precision – For basic robotics and RC vehicles.
Control LEDs or even a robotic hexapod with the PCA9685 12-Bit PWM Servo Driver.
A standard Hobby brushed DC motor (Type 130) - 3V 8000RPM
This Geared DC Motor is ideal for small or compact Arduino Projects and RC cars – delivering 800 gf-cm and no-load speed of 1:48 at minimum power.
A very small geared DC motor with tons of torque relative to its size.
This small 5-Wire stepper motor often used in Air Conditioner Louver, Small Cooling/Heating Fans etc is a makers favourite for various small Arduino based projects.
Take advantage of the reduced speed but high torque of this powerful DC Motor for robotics, featuring a 12V and 108RPM rating.
This Dual H Bridge Motor Driver is capable of running two DC motors simultaneously, with impressively low voltage and current requirements.
This is a simple dual DC motor driver based on the proven L298N dual h-bridge IC. You can drive this board directly from your Arduino(TTL level signaling) and it allows you to control direction (and speed if you PWM the enable pin!) separately of 2 DC brushed motors at up to 2A and 35VDC per channel!! It is also possible to bridge both channels and be...
The Arduino Motor Shield uses L293D motor drivers and a 74HC595 shift register to drive 2 servo motors and 2 stepper motors or up to 8 half-bridge drivers.
Meet the biggest bad of Stepper Motors, the NEMA 42. With impressive 30Nm holding torque, this extremely powerful Stepper Motor is built for heavy duty loads up to 3 tons for CNC machinery like movie-grade cameras mounted on guide rails.
The DQ542MA Stepper Motor Driver is a 2-phase hybrid stepping motor driver made with high-speed torque and positioning accuracy for 3D Printers and CNC Projects.