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Saturday, June 26, 2010


We all know about the inexhaustible energy produced by gravity. Through the years a lot of people have tried and are still trying to make use of it, especially nowadays that the energy problems are so serious.
As far as I know, a lot of inventions have been made regarding this resource but none has been exploitable.
After 28 years of hard work, many disappointments, personal expenses and the valuable help of my son in the last couple of years, I have recently ended up with the conclusion of something unbelievably simple. So simple that many people could build it on their own.
Just by making use of common known natural phenomena such as the earth’s attraction (gravitational force), centrifugal power, the lever, the flywheel etc
It is about a mechanism that multiplies any kind of kinetic energy by 800% to 1100% and functions with speed regulation as a common motor.
The referred data are based on an already existing prototype that has been constructed with simple materials.
It could also be auto supplied (run on its own power) with the appropriate technical means which unfortunately I do not have. It is absolutely friendly to the environment, its functionality and performance are not affected by weather conditions and it has a low cost of construction.
For greater needs, more than one mechanism can be connected by freewheels and work independently transmitting their power to a single drive shaft.
Before the presentation of the video and the designs that are attached regarding its construction, I must conclude by saying that if people lived in harmony with nature and paid more attention to its laws and the way it works without “abusing” it, a lot of our problems would have been solved.
This innovation is donated to humanity and I’m hoping for your help to make it known and useful to all.

Yours Sincerely


Two metal blades 1.12m long are connected on an axis in an angle of 60° forming an equilateral triangle.
On each metal blade at a 510mm distance from the axis, there is the center of an aerodynamic shape lead disk.           (2 equal disks of 45,69kg total weight.)
The rest 610mm of the metal blade, calculating from the center of each disk, work as a lever.
The metal blades at the length of 1,12m are connected with each other by a tube filled with lead, weighing 4,5kg which increases the total power and which is also part of the halting system.
Following the principles of free fall and centrifugal force the disks cover the 92% of a full rotation.
For instance in order to complete a full rotation from point “zero” (12 o’clock) of a 50kg weight thanks to the lever only 5kg of force is needed.
The transmission of motion to the rotating weight is achieved with 2 wheels similar to the baseball throwing mechanism.
The wheels weigh 15kg which corresponds to the 30% of the rotating weight and they function as flywheels.


At the prototype we use electric energy from a 24v battery to power on the motors (wheels) and then the initial motion is given by hand.
Between the battery and the motors is placed a speed regulator.
1)Example with a consumption of 17Α x 24v = 408 w with 160 RPM we have at our drive shaft 4,657Kw which equals to 11,42 times more.
2)Using other set of motors with consumption 45Α x 24v = 1,08Κw with 300 RPM we have 8,73Kw which equal to 8 times more.
The difference comes from the motor’s coefficient of performance (COP).
Calculation method:
Central weight F 45,69Kg = 448,2Ν ∙ r 0,51m = 228.58Nm ∙ 160 RPM ÷ 9550 = 3,829Κw
Additional weight F 4,5Kg = 44,145Ν ∙ r 1,12m = 49.44Nm ∙ 160 RPM ÷ 9550 = 0,828Κw
                                                                                                                       Tot. 4,657Κw 

In a space of 60m² we can place 60 units connected all together with a total output of 6706Kw/24h on the common drive shaft.
  •   Mixed performance                            6706,00 Kw /24h 
  •   Consumption                                         587,52 Kw /24h
  •   Final power on the drive shaft           6118,48 Kw /24h

All the pre-mentioned data are according to the existing prototype and can be augmented
1) With specialized materials
2) By increasing the parameters Weight, arm length, lever length and rotations per minute.
3) By placing the mechanism underground where the air resistance is less and furthermore it is safer as accidents are avoided.
4) The base and the elastics used to absorb vibrations must be reinforced as they are under a lot of pressure.
E.g.: At 300 RPM x 50 kg = 15000 kg /min which means 900 tons per hour.
These results are indicative of the space I am working at and they increase if the RPM increase.

  •      to download the schemes right click and save as...




  1. Thank you for sharing!

  2. I am going to try and replicate this machine. Can you make a short video of the parts not moving closer to the machine.

    Thank you so much for giving this to the world.


  3. How many degrees from 12 O'clock are the wheels located? It looks like around 33 that about right? Are the wheels 7.5kg each for a total of 15kg, or is it 15kg each for a total of 30kg?

    Thank you,


  4. I see no load. So the useful output power is null then the COP is also null.

    The available output power is not linked to the rotational kinetic energy.

    So it is not clear which calculation method you used to evaluate the output power at the drive shaft?



  5. I agree with François here. In order to derive useful work from this machine, a way needs to be found to use some of that kinetic energy without degrading the velocity of rotation.

    A simple way of proving the concept would be to add an outer ring to the apparatus, which can act as the rotor of an electromagnetic generator. That ring would have to be studded with magnets, which could be energizing one or more coils to produce electric current.

    If the electric current out is substantially more than the current used to drive the acceleration wheels, you'd have a workable thing.

    So to be clear. If the apparatus currently has a diameter of 4 meters, adding a ring at half a meter distance from the current perimeter would give you a "generator ring" of 5 meters diameter. That generator ring, suitably configured with magnets, could be used to draw electric energy directly from the rotation of the apparatus, thus allowing a comparison between electrical input and electrical output.

  6. I think that a Thane C Heins generator would be perfect for this device!


  7. F.M.Chalkalis Hello,
    It is impossible to see what is there in the pictures of te schemes. Can you upload the schemes with a better resolution or to send it by e-mail to me. I very interested in this topic and i want to check out this construction .

  8. Hello,

    We perfectly know that only a small ammount of energy input is requested in a running gravity system to continue. The output of energy is related with speed and gyroscopic masses.
    Where is the question or doubt?

    To the inventor, my congratulation for disclosement.

    FM (other)

  9. Hi, maybe I can help you. What you need? Thanks for your great work!

  10. Wow this is pretty cool. I did a project for school on something like this. It uses basic Gravity to pull a wheel, but then I say your design, and I feel quite shown up. Aw well. I love your design though.

  11. Hi, have a look to

    You can apply your invention easily in order to generate unlimited power

    thanks for your contribution to humanity ;)

  12. Regarding point 4)
    "4) The base and the elastics used to absorb vibrations must be reinforced as they are under a lot of pressure."
    you don't have to dump these vibrations, instead try to extract power from them: E.M induction, piezoelectric effect, lever (use milkov aproach but instead of a pendullum use your invention).
    It is not necessary to construct such a big machine, simply use the lever law and don't load the drive shaft; it must run free of load, and the vibrations will be collected by the lever's load instead.

  13. Hi, the vibrations can be harvested using Joule Thief circuit in order to produce electricity. This is an application of joule thief circuit

  14. Hello, I just finished building construction. I have gravity wheel. I just need engine to drive it, and electricity generator. Mr Chalkalis seriously I dont believe that it will produce energy.

    The problem is that electrycity generator result that wheel slow down. My question is: why don't you install electycity generator? Why don't you finished it (not in calculation, but in reality), and show how it self-acting work?

  15. Good day to you Mr. Chalkalis,

    Thank you for sharing your time and knowledge on the truth of nature.
    May you be rewarded in ways beyond the understanding of any mans desires.

    All the best.



  16. Dear Sir,

    Please provide some means to contact you..


  17. The website is looking bit flashy and it catches the visitors eyes. Design is pretty simple and a good user friendly interface. Generators Australia