Superiority of Pendulum Drive - Potential Energy to Kinetic Energy

Veljko Milkovic demonstrates a simple experiment showing the change of potential to kinetic energy and proving the energy excess is possible with the pendulum drive.

Veljko Milkovic - Superiority of Pendulum Drive - Potential Energy to Kinetic Energy

Cart with a pendulum - Vehicles with internal and inertial drive - Inertial Propulsion Cart

Experiment Description:

The change of potential energy to kinetic energy of a metal ball in two cases: (1) a metal ball is rolling down on the inclined plane of the pendulum cart from upper edge and crashes at the lower edge of the cart resulting in 11 cm path traveled by the cart (2) The same metal ball is attached to the pendulum rod on the same pendulum cart and it is realized to swing from the same starting point as in the case (1). The path traveled by the cart is now 30 cm, almost 3 times longer; showing and proving in that way the superiority of pendulum drive and confirming the energy excess is possible with the pendulum drive.

Based on the books by Veljko Milkovic:

• "Towards antigravitation - compact vehicles" (1994)
• "Anti-gravity motor" (1996)

Language: English
Duration: 04:00 min.
Date of filming: June 23, 2009
Date of publishing to YouTube: July 10, 2009

More info:
http://www.veljkomilkovic.com/Antigravitacioni_motorEng.html

Additional information can be found in the book by Veljko Milkovic "Anti-gravity motor":
http://www.veljkomilkovic.com/KnjigeEng.html#motor

Contact:
Veljko Milkovic

e-mail: veljkomilkovic(et)gmail.com
web: http://www.veljkomilkovic.com

Published on July 10, 2009, Novi Sad (Serbia)

Video editing by Timeline
http://www.timeline.rs

Category:

Science & Technology

Tags:

• Veljko
• Milkovic
• metal
• ball
• oblique
• pendulum
• cart
• potential
• energy
• to
• kinetic
• excess
• conservation
• vehicle
• inertia
• propulsion
• reactionless
• drive
• motor
• engine
• car
• automobile
• transportation
• moving
• path
• travel
• power
• fuel-less
• tensile
• centrifugal
• force
• science
• new
• future
• technology
• gravity
• anti-gravity
• overunity
• free
• alternative
• renewable
• oscillating
• oscillation
• physics
• mechanics
• two
• stage
• mechanical
• oscillator
• mit
• engineering
• theory
• experiment

[karvak1492]

Ako bi klatno pokretali nalik ljuljacke sa elektricnom pogonom, dobijen napr. iz solarnih celija. Dobili bi smo efikasan nacin inercijalne propuzije, gde glavni izvor energije bi bilo gravitaciona sila, a katalizator energija suncev svetlost...izraditi napr. model camca gde nece biti potrebe za jarbol, vesla ni za propeler elise ;)

[Ulianot]

@karvak1492

Veljko Milkovic vec poseduje patent iz 2005. godine za pogon camca/plovila gde nisu potrebna veska, jarbol...

Pogledati na zvanicnom sajtu: veljkomilkovic(dot)com

"Naprava sa oscilujucim elasticnim krilom za pogon plovila - P-95/2005."

[AYOakaM3]

how did you build the pendulum rod

[Ulianot]

@AYOakaM3

The pendulum rod is made of metal. The rod was welded to the bearing housing.

[Raystonn]

I'm amazed that I'm the first to point out that the heavy pendulum the ball is attached to is also falling and contributing energy. Unless he pendulum itself has no mass, this experiment is invalid. Perhaps he could try measuring the movement caused by the pendulum without the ball. I'd bet on it being close to 20cm. The ball only contributes close to 10cm of movement, whether on the pendulum or not.

[zoomer1985]

when the ball rolled down, it lost some of the energy to sound, heat.... also, when the ball was rolling , it had two types of energy, rotational and translational kinetic energy.... the type that mostly contributed to the cart moving was only translational... when the ball was attached to the rod, it only had translational energy. so all of that energy turned into motion of the cart. That's why the cart moved further (no sound, less heat because no contacting and more importantly no rotation.

[karvak1492]

@Ulianot Divno. Cenim sve Milkoviceve eksperimente i znam sta bi znacilo njihova prakticna primena u vezi energetike cele planete... Nazalost ljudi su navikli na fosilna goriva, pa ta tehnologija ih zaslepljuje tako, da ne primete genijalne stvari. Nafte ima jos otpr. 40-50 godina. Koriscenjem fosilnih goriva smo upropastili klimu cele zemlje. Ovaj globalni problem trazi prventsveno moralno resenje, ne tehnicko. Pozdrav iz Subotice.

[quemundodios1]

@TheAntionez impossible? tell me the scientific demostration of it. Who scientific has demostrated it? I can´t find it. The firs law of thermodinamics has not been demostrated yet. Nobody has demostrated it¡¡¡

[quemundodios1]

@UniversePirate 1: the initial potential energy in both cases are the same, the kinetic energy in the ball is the same.

2: yes but, have you measured it?, how much energy is lost in the collision?

3:uf, if ther were no friction forces the cart would move a lot of kilometers. Friccion losses disipates the movement of the cart and the movement of the pendulum.

[quemundodios1]

@shubus imposibility of perpetuum mobile has´nt been demostrated. In this experiment we saw centrifugal force makin energy from nothing, we have inertial propulsion and extra energy. In phisic books fron university the authors tell us that centrifugal force is ficticious, it is false, centrifugal force is very real.

We need NEW PHISICS, NEWTON PHISIC IS WRONG.

[jallaguri]

If the pendulum is 90% efficient, the other option is only 30% efficient.

Rolling a metal ball towards a wall produce lots of waste energy at the impact.

Cool experiment, but not over unity ;-)

[UniversePirate]

@Ulianot but you didn't move it along with the rolling ball!

[UniversePirate]

Do you know basic Physics?

If you know, then you should know that there's no "excess energy" there, only a more efficient way to take advantage of that energy.

Reasons:

1) The ball wasn't dropped at the same hight in the two experiments.

2) MOST IMPORTANT, the collision of the ball is far from being a perfect elastic collision therefore, most of the energy of the ball is lost as thermal energy upon impact.

3) If there were no friction forces the cart wouldn't move.

Thank you for your time...

[qtxyz]

An resort at the base where tha ball strikes will produce the same result .