Project image
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$1,302
pledged of $30,000pledged of $30,000 goal
16
backers
Funding Unsuccessful
The project's funding goal was not reached on Sat, April 26 2014 3:51 PM UTC +00:00
Last updated April 26, 2014

chi-eer: A real efficient engine/motor

With this system I can create a more efficient motorcycle engine. My engine is free of most problems that all other engines have.

chi-eer: A real efficient engine/motor

With this system I can create a more efficient motorcycle engine. My engine is free of most problems that all other engines have.

$1,302
pledged of $30,000pledged of $30,000 goal
16
backers
Funding Unsuccessful
The project's funding goal was not reached on Sat, April 26 2014 3:51 PM UTC +00:00
Last updated April 26, 2014

About

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 After I completely understood what I have created, I realized how fast it could go and how powerful it can be. With the tap water pressure of 60 psi, the engine made 60 pounds of pressure. This means that it would transfer the pressure from the water into the same amount of force without a loss of power. Exhaust- In a regular engine, 45% of the useful power is wasted when the exhaust opens inside the engine. This is different from mine because it subtracts more working force by making the stroke longer, that way the pressure will be less when the exhaust opens. Friction- The friction in the engine is caused because of all the force pushing to the connectors, the crank shaft, and the piston depending on the angle the where the piston and the crank shaft are positioned. With my engine, all the force will be sent to rotate the crank shaft by the simple method of using gears and a gear rack. By using gears we can get 93% or more of the useful force. Cooling- A lot of the heat made by the engine is caused by friction between the connectors, between the piston and engine block, and the crank shaft. In the chi-eer engine/motor there will be no force compressing against the crank shaft, there will be no connector receiving compression force, and by using gears there will be virtually no friction. In combining my technology and the help of a mechanical engineer that I know, we can have a powerful and efficient motorcycle up and running in about five to six months. The first step of the process is to wait for the pledge to process fully so that I can receive the funds. After I have received the funds then I will try extremely hard to complete the project by October.

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 This is the one-way gearbox, this one of the many ways in which the alternating movement from the piston can be substituted into a one way rotation without a loss of force. 

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Thank you for your support.

Risks and challenges

My challenge is raising enough funds to put it into making a motorcycle and making it work.
I want to make a more efficient and more powerful engine for a motorcycle and make it run with the system that I have created.

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    Frisbee with the logo

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    A mouse pad with the company logo

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    A plastic prototype with the logo and anything listed before.

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    A working prototype that works with air

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Funding period

- (60 days)