Hello everyone! this is video i want to show you about how to make free energy project self running dc motor with speaker magnet . all of us hope you'll lik. Free energy generation is made possible by the use of neodymium magnets. however, the generation of electric energy is not continuous because the magnets lose their magnetic property due to aging. it requires two neodymium magnets, one dc motor 3v, and a fan to be attached to the shaft.
100% self running free energy fan device with dc motor and magnet. Take a small ice cream stick and drill a hole at the side. glue it perpendicular to the skewer attached to motor shaft. take another stick and drill a hole. attach a skewer to the stick and paste it on the stick connected to motor. our free energy generator is ready. connect a led on a breadboard and rotate the motor using the handle. Creating a free energy generator using a motor and alternator requires several steps. gather the necessary components: a motor, an alternator, a 12 volt battery, wires, and other necessary parts. connect the motor and alternator together, making sure to check for any potential short circuits. We’ll be discussing the importance of precise measurements, powerful magnets, and minimizing friction to optimize the functionality of these systems. so, if you’re curious about the potential of magnet motors for free energy generation, get ready to delve into the world of cutting edge designs. 1. permanent magnet motor. 2.
Creating a free energy generator using a motor and alternator requires several steps. gather the necessary components: a motor, an alternator, a 12 volt battery, wires, and other necessary parts. connect the motor and alternator together, making sure to check for any potential short circuits. We’ll be discussing the importance of precise measurements, powerful magnets, and minimizing friction to optimize the functionality of these systems. so, if you’re curious about the potential of magnet motors for free energy generation, get ready to delve into the world of cutting edge designs. 1. permanent magnet motor. 2. First choose a suitable base that is about 1m×0.5m. wood base works best as it is easy to drill holes on it. drill holes to hold the motor and the generator onto the base. fit the motor in place and the generator also. fix the switches in an appropriate place on the base. leave some place in the base for the battery. To build the frame, cut a piece of cardboard into an 8cm x 30.4cm size. fold the cardboard to create a box shape, securely forming the structure of the generator. insert and position a large nail, measuring 8cm or longer, through the center of the frame.
First choose a suitable base that is about 1m×0.5m. wood base works best as it is easy to drill holes on it. drill holes to hold the motor and the generator onto the base. fit the motor in place and the generator also. fix the switches in an appropriate place on the base. leave some place in the base for the battery. To build the frame, cut a piece of cardboard into an 8cm x 30.4cm size. fold the cardboard to create a box shape, securely forming the structure of the generator. insert and position a large nail, measuring 8cm or longer, through the center of the frame.
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