How To Make A High Speed Dc Motor Car At Home Diy Powerful Electric
![](https://i0.wp.com/sicepat.com/images/image-not-found.png)
Hey guys, here i am going to show that, how to make a high speed dc motor car with 9v battery at home. simple school science project ideas for exhibition.my. Step 1: get make a power board and control board. you are going to need a control board and etched power board. the power board needs to be at least 3 ounce copper. ebay is a good place to look for heavy cheap copper clad pcb.
![](https://i0.wp.com/sicepat.com/images/image-not-found.png)
This mind blowing build is by an electrical engineer who decided to design a 45kw motor (that’s 60hp). that’s not a typo. design and build a 45kw motor! he has a video series on the design. Controlling the speed of a dc motor is essential for many diy electronics projects, from robotics to model cars. in this tutorial, we will create a dc motor speed controller using the 75n75 mosfet and a few other common components. this project is perfect for hobbyists and enthusiasts looking to gain hands on experience in electronics. Bearing 8x22x7mm bit.ly 3eekssbesc controller bit.ly 2vcbe3cservo tester bit.ly 2kyczltcopper wire bit.ly 33ztupzlase. Requirements1. magnet 50x10x5mm bit.ly 3a1amcy2. bearing 3x8x4mm bit.ly 3gzvth43. acrylic sheet bit.ly 36wog9w4. copper wire.
![](https://i0.wp.com/sicepat.com/images/image-not-found.png)
Bearing 8x22x7mm bit.ly 3eekssbesc controller bit.ly 2vcbe3cservo tester bit.ly 2kyczltcopper wire bit.ly 33ztupzlase. Requirements1. magnet 50x10x5mm bit.ly 3a1amcy2. bearing 3x8x4mm bit.ly 3gzvth43. acrylic sheet bit.ly 36wog9w4. copper wire. 2. brushless dc electric motor (bdcm) the brushless dc motor was created to solve the problems created by the brushes in the dc motors. the operation of the bdcm is essentially backward, where the magnets are on the rotor, and the surrounding electromagnetic field makes the rotor spin. 10. you can use a resistor, but understand all you are doing is dumping power out the resistor to drop the voltage to the motor. if you want to go really slow, the resistor method will probably cause the motor to stall way before you reach your desired rpm.
Comments are closed.