PREFACE
Extracts
Perpetual motion, possible or impossible?
Let them contest,
behold the Nature, perpetual motions well
visible!
Let us imitate, build one, which is the best!!
...The present book on the Design of Gravity Motor exclusively deals with the actual construction
of the Gravity perpetual motion machine also called as Over-balancing wheel. This
book on the construction of the gravity perpetual motion machine, for all purposes, deals essentially with the reconstruction
of Councilor Orffyreus’ wheel whom we must call the father of the perpetual motion as suggested by Deva Ramananda. It
is first time that in this book author has released sufficient information for any competent perpetual motion inventor to
replicate a version of the Orffyreus’ perpetual motion wheels....
....The book is first study of its kind on the construction of perpetual motion machine.
The study combines both the empirical and practical approach to design perpetual motion of all kinds for all purposes. For
the first time an attempt has been made to provide a comprehensive and workable solution todate problem of energy crisis in
the world of fast growing demands of energy.
Perpetual motion machines are pretty simple
to design. It is truly an
addictive way to design and create because you can create energy without expending any thing .It sounds tricky, but it is very simple. Perpetual motion can take many forms as we have different types
of forces at our disposal. There
are a number of ways of doing this, the most popular being an overbalancing wheel.
Thus, our main focus is on gravity perpetual motion machine. To produce a good perpetual motion machine you need a
diverse range of skills. A perpetual motion designer often wears many hats. These skills may be available in a single individual or more likely, in a composite
of individuals working as a team. Before beginning a perpetual motion design,
we must first develop a sense of its scope and content. It’s essential
that we develop an organized outline and a plan that rationally details the skills, time, budget, tools, and resources at
hand. While designing a gravity motor, the most
important factor to
be kept in my mind is power, which is measured in watt. Depending on our
energy needs, size of a gravity motor may vary from a single toy machine to an
array of gigantic gravity perpetual motion machines capable of producing thousands of megawatts of electricity.
....It is a good project to design a gravity motor.
Most gravity motors projects must be undertaken in stages, some stages should be completed before other begins, and
some stages may be skipped or combined. Team of pmo’s (perpetual motionists),
engineers, and technicians or artisan can assemble huge gravity motor projects, where tasks can be delegated to those most
skilled and competent in a particular task or discipline. Before giving you a
detailed account of various stages of designing a big gravity motor project, an instructional project is discussed that will
teach you basic design of a perpetual motion machine.....
.....I have endeavored to place clearly and
candidly before the intelligence of the reader the principles, techniques, and the methodology that I have adopted to design
gravitational perpetual motion machine, which can prove to be a big success if your insights will further develop them to
compete with rest of energy generating technologies in free energy field..
Taking inspiration from Orffyreus’ perpetual motion machine, you may attempt to construct
your own gravity motor. In this volume, you will be introduced to the workshop
where it is made. The most precious asset you can bring to the perpetual motion
workshop is your creativity. This book
provides guidance and suggestions for getting started. If you want to
create gravity motor yourself using your own ideas and talents, check your skills against those described in this book. Once you get started, you have lot of room for creative work, because the rules for
what works and what doesn't work are still being empirically discovered; I have only discovered few formulae for the initial
success of perpetual motion. You do not have to be an engineer or a great technician
to make perpetual motion work for you, but you need some familiarity with simple machines and with their operation. From plumbing to perpetual motion, learning is a matter of time and practice. If you devote a good time to perpetual motion, you are sure to become a good perpetual motionist.
What You Need?
You need talent and skill. You will need time
and money for the purchase of different material. Materials described in this
book can be easily obtained from a suitable shop. You may also need help of other
people. Huge design of perpetual motion wheel requires teamwork. Welder will perform welding work, Mason will do masonry work, and Lathe machine operator will do his work, Late nights are often involved in the making of perpetual motion machines. And once you raise a gravity perpetual motion machine to meet your energy demands
at your home, industry or farm, arguments of the energy planners in energy circles - that it takes some 25 years for a new
source to be researched, developed and promoted to a point where it comes to a meaningful contribution to the society- holds
no ground. Perpetual motion is an instant solution to all our energy problems. Since energy from the gravity motor is far superior to all existing sources of energy,
to those faced with making choices- perhaps, about the future investments or about where best to direct the research effort,
or about when participating in a debate over energy policies or about to be better informed on a subject of personal interest-
there will be no much greater uncertainty. Technique of the perpetual motion
can be easily exploited commercially.
....This book acquaints the reader with the fundamentals of the designing of gravity motor
using the most common parts, elements and other units of various machines. This book is entirely devoted to help inculcating
in the reader the habit of thought in selecting the standard material, best-suited shapes, computing the dimensions on the
basis of the strength. Once you have understood the basic design of the gravity perpetual motion machine, then your own knowledge about the machine will develop,
your own intelligence will lead you to create an entirely new perpetual motion machine or to improve upon the existing perpetual
motion machine. If you want to build up a gravity motor for you, an elementary knowledge of the mechanical engineering will
be of great help. A gravity motor is simply a happy combination of stationary
and moving parts like levers, inclined planes, wheel and axle with heavy weights. They
constitute a self propelled mechanism which in turn generates energy without taking energy from any outside source. ....
An advancement of gravity over the present one to get more perfect design of the perpetual
motion machine would involve a lot of mathematics, kinematics, statics, dynamics, mechanics and design of engineering material. It may also involve the application of other fields of engineering like foundation
engineering, pneumatic engineering, truss engineering etc. In this volume, I have also tried to reconstruct perpetual motion
machine of Orffyreus. Its design is in strict accordance to the description found
in the Orffyreus work.....
...To sum up, the design, construction and successful operation of gravity motor or any
other kind of perpetual motion machine represent one of the great engineering accomplishments of technology. The natural difficulties
that must be overcome in making gravity perpetual motion machine reliable are not as great as has been visualized by many
enthusiasts if we are going to take every possible advantage of modern science and technology. It is purpose of this volume
to discuss technical problems facing the builders of perpetual motion and to explain the various facets of science which come
into play in the engineering solution of this problem. Since general intention is to emphasize fundamental concepts of design
of perpetual motion to the layman, the discussion contains very little technical and mathematical sophistication. It is hoped,
however, that the reader’s interest will be excited to the extent that he will delve further into the adventures of
the world of perpetual motion design. …
