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Man creates electric bicycle with technology and innovation using a washing machine motor, reaching 110 km/h.
The man identified as @Jimminecraftguy on social media, who created a Electric Bicycle capable of reaching an incredible 110 km/h. The most impressive thing about this innovation is that he used a washing machine motor to transform an ordinary bicycle into a high-performance machine. This creation, called “The Spin Cycle”, is proof of how innovation and technology can be used in unexpected and creative ways to achieve amazing results.
The washing machine motor and the bicycle transformation
The base of this bike RESERCH It is a 1.100 Watt motor taken from a washing machine.
The engine was strategically installed in the center of the bike frame, allowing it to drive the rear wheel efficiently.
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This creative use of the washing machine motor represents a true revolution in electric bike design.
The washing machine motor was connected to the bicycle's transmission gear, ensuring that the technology worked perfectly to generate the power needed to move the rear wheel.
Additionally, an important modification was made to the bicycle crank. The crank was adapted to include a freewheel, allowing the bicycle's engine to run without the need for pedaling.
With this adaptation, the washing machine motor allows the bicycle to be powered exclusively by the motor's energy, making the model even more innovative and practical.
The technology behind the creation
The use of a engine of a washing machine on an electric bike may seem unusual, but it is an example of how technology can be applied in innovative ways.
The technology used in Jim's project demonstrates that it is possible to create efficient and fast solutions without needing large financial investments.
Instead of buying a conventional electric bike, which can cost between R$3 and R$10, Jim used a washing machine motor to generate an electric bike with much higher performance than many models found on the market.
The technology used to create “The Spin Cycle” also serves as inspiration for other sustainable projects.
He took a resource that could otherwise be discarded and gave it a new lease of life, transforming it into a key part of his innovative electric bike.
Economy and the electric bicycle market
The bicycle market electric in Brazil has grown significantly, with a 34% increase between 2016 and 2019.
The technology used in electric models has become increasingly popular, especially for its efficiency and sustainability.
However, many models are sold at high prices, ranging from R$3 to R$10, and do not reach the high speeds of the model created by Jim.
By using a washing machine motor, he created a more affordable and innovative solution that exceeds the expectations of the traditional electric bicycle market.
This invention is also a clear example of how innovation can be used to create more accessible and sustainable solutions, without compromising on quality and technology.
Not only is Jim's bike cheaper than regular electric models, it also offers superior performance, demonstrating how innovation and technology can turn simple ideas into major breakthroughs.
The bicycle electrical created with a washing machine motor is a clear example that innovation can come from anywhere, as long as there is creativity and a desire to explore new possibilities.
I would like to know how it powers this engine?
He must have a very long wire that goes from his house to the bakery.
The article could have been more enriching if it presented more information about the bike and its adaptations.
True, this article is nothing more than a simple and long comment, as it doesn't take anything away, just blah blah blah.
Spectacular. 👏🏼
He should explain what kind of battery goes in it.
What is the altonomy?
And also know that a bike with speed above 50kh depends on a good brake for an emergency stop.
In addition, you must reinforce the spokes of both wheels.
Incomplete and fanciful material. A washing machine motor runs on 110/220 volts. To run on battery power it would need a powerful inverter and a 100 Amp battery. Where would they be installed?
I was thinking the same thing!