
Would win in efficiency over the commercial 10 hp motor, in that the commercial 10 hp motor If we build a Gravity motor to runĪt about 10 hp and compare that to a commercially built 10 hp electric motor, the gravity motor More energy coming out than what is coming into the system.
#ROTATING GRAVITY SOURCE ENGINE SDK GENERATOR#
A 10 kW x 120 vac generator which is rated at about 500 rpms can be purchasedĪt The idea is to use very little energy at the 6:00 position of the slider arm and weight to produce Some of that energy could be used to run the engine itself as well as other householdĪppliances. Just imagine, the FGE2 could then be hooked up to a 10 kW x 120 v x 60 Hz generator, Multiplier steps up the voltage as high as 2000 vdc x 3 amps, the coil will only use 10 to 40 Multiplier circuit using diodes and special capacitors! ( See our step up voltage plans ) The Run a 115 volt AC inverter x 175 watts or less.

The back emfĬan be collected and stored back into the 12 volt battery. Plunger rod, thus the solenoid coil acts as a Generator as well as a linear motor plunger! Theīack EMF from the coil should be more than what was put into the coil to run it. The solenoid is of a special design, it uses Neodymium disk magnets (# N40 or #N38 ) as the

Into the solenoid coil, the higher the rpms will be as well as the efficiency of the motor. In our Model # 4, the higher the voltage driven To move the arm weight up at the 6:00 position. Gain, but efficiency is lost using the air compressor compared to using a High Voltage solenoid The speed can be adjusted by adjusting the inputĮnergy of the power source at the 6:00 mark.Įxample: if you build the air model # 3, the more air pressure you add the more speed you Point, the higher the torque pounds, which can be calculated into horsepower as well. Off balanced in the 11:00 mark position, the longer the arm and weight is from the center shaft The slider arms and the 33 lb weights for example, are The FGE2 Gravity Engine is basically a gravity, inertia driven motor which gets it’s torque Seen before The FGE2 Gravity Engine or ( Motor ) can be designed to run itself very easily! It is unlike any other gravity motor we have ever The FGE2 Fuelless Gravity Engine is an amazing new idea created by Rick H.

We suggest you build a small low cost Model -4, 1/4 to 1/8 the size of this model to start out with. Produces very high motor torque at low rpms, gear boxes can be used to step up rpms
#ROTATING GRAVITY SOURCE ENGINE SDK FREE#
To build model 4, it is far better and will produce more free energy output than models 1 - 3. With the air compressor method first to test your system to make sure there is no problems, then go on This is simply the first phase of construction, But, we do suggest that you start Be sure to use a high efficiency air cylinder as well. If you use a small free energy electric motor to turn theĬompressor the entire system can run itself! Our Fuelless Engine electric motor is great for this.īuild a small 5 hp motor. Small amount ) but can be used to help run, test and activate the fuelless gravity engine. Question: Why use a standard air compressor at all? that’s not free energy? Answer: Yes it is! (it’s a The 6:00 mark is the only time energy is needed and it is only for a split second, gravity The Fuelless Gravity models 1 through 3 use an input power source such as a high efficiency airĬompressor a nd air cylinder to simply push the counter weight back up into the balance position at theĦ:00 mark. Linear slider as well as heaver weights, much higher torque!Ī few needed parts you may want to consider using. This was our 3rd prototype, using a machined The natural force of attraction between any two massiveīodies, which is directly proportional to the product of their masses and inversely proportional to the square of the distance between them.įlywheel and desk drawer sliders, DC motor The natural force of attraction exerted by a celestial body, such as Earth, upon objects at or near its surface, tending to draw them toward the center of the body.

Straight line unless acted on by an outside Straight line motion to stay in motion in a Copyright 2002 - 2004 Creative Science & Research
