Specification:-
- Diameter : 33mm
- Shaft diameter : 2mm
- Shaft length : 9mm
- Working voltage : 5V
- Speed : 9200 RPM
SKU: AT8501A
5V Mini Cylindrical Shape Small Shaft High Speed DC Motor
This small, cylindrical fashioned motor is 5V and is designed for a wide variety of applications. Its high pace lets in for brief reaction time and is awesome for a number of uses. Its compact size makes it notable for robotics and it is sturdy construction makes it best to be used in business settings. The enterprise is referred to as Rotor Engineering, and the product is called a Rotor Engineering Miniature DC Motor. This is a miniature motor that could be in shape on a wide variety of gadgets consisting of robots, drones, or any other application where a small motor is needed. The product has an inner motor controller with 5 pins that can be soldered to the device to be powered through the motor itself. This small, excessive-speed DC motor is a perfect choice for constructing robotic tasks and can be used in a whole lot of other packages.
Application:-
- Great for robot toy
- Student lab project
- Motor powered cars
- Engineering class
dc motor, speed dc motor, electric motor, motor speed controller, 5v motor, motor shaft
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Frequently Asked Questions
Absolutely! Small DC motors (like 3V–12V high-speed motors) are perfect for DIY toys, robotics, and school projects, while larger motors and pumps are suitable for appliances and cooling systems.
We stock 12V DC diaphragm water pumps with up to 150 PSI pressure, suitable for sprayers, aquariums, fountains, and small-scale industrial applications. These pumps are compact yet powerful.
Consider three key factors:
· Voltage & Current Rating (e.g., 3V–12V for toys, 12V–24V for drills).
· Speed (RPM) depending on whether you need torque or high speed.
· Application Type (DIY, cooling, pumping, robotics). Our product descriptions include detailed specifications to help you choose.
Absolutely! Many of our DC motors, gear motors, and mini pumps are widely used in robotics kits, DIY cars, drones, and automation projects. They are lightweight, efficient, and easy to integrate with controllers like Arduino or ESP32.
