A Brief Discussion Of The Motor And It's Applications Follow:
FMA is currently holding onto two patents, one is under an existing patent and the other under a pending patent. FMA has the proprietary ownership of the VRM (non magnetic motor) design. In the industry, FMA motors are “one-of-a-kind”. Additional patents will be filed to monitor our systems worldwide.
Since the company is based on “new” state-of-the –art technology, past technology has been replaced by future technology in all of the motors and therefore, the company is named “Future Motors Of America, Inc.” As the name implies, the motor usage will start in the United States, but with the enormous amount of interest expressed outside the United States, even at this time of start-up, FMA will be a world wide company within two years of operation. The name “America” will be seen on FMA’s motors. The United States will once again begin to have a dominant name on products throughout the world.
The motors are Self-Running. They run continuously from the energy that is produced within the unit and virtually need no maintenance. These motors will be used for most applications. We also have some specialty motors for specific applications (spas), which have a different technology and when used will save the consumer more than half of the previously consumed energy.
The company has both small and large Self-Running motors suitable for applications such as individual home usage, for any size vehicle, for major electrical consumers (large scale water pumping), for Utility Company main feed grid feedback, or as a power supplier to Municipalities. The company sees these motor applications limitless and the demand extremely high.
There are 2 basic consumer types, 1) stationary users and 2) mobile users. We have uniquely different units available to suit each of these types.
There is within each type of consumer, a broad range of energy usage. We have both a 5 hp and a 100 hp unit available for these applications.
A homeowner could use a 5 hp unit, which when connected to a generator produces 3,800 watts continuously. Similarly, the 100 horsepower motor would produce 74,000 watts of electricity. An automobile could use a 100 hp unit, which would be approximately equivalent to a gasoline engine producing 300 hp continuously! A large consumer, such as a power generating plant, may require mega watts of power. In this case, to generate mega watts of continuous power the motors would be multiple connected.
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