Your take on the latest book-self running machines?

[TinselKoala]

If you would like to waste 1 1/4 hours of your life.

https://www.youtube.com/watch?v=eDoz5vgkTOI

I am supprised this lot havnt been taken to the cleaners yet for faulse advertising

Self running machine's
Still peddling the same rubbish__> and people keep falling for it

You will find that these guys will NEVER let people like poynt or TK actually test one of these !self running! machines.

@TK
At 1 hour into the video,you get to see OU-->they drive light's

Whee ouu! A big bicycle wheel flywheel pulse motor driven by a battery is down 7 RPM while a bank of 40 LEDs is lit "brilliantly".
Let us do some math. A series stack of 4 white LEDs can be supplied with, say, 9 volts DC and be limited to 30 mA current by a resistor. Put ten of those stacks in parallel and you have 40 LEDs glowing brilliantly on 9 volts, 300 mA. Right? While the motor is drawing an average input current of around 1.2 Amp at 12.6 volts and pumping pulses into another battery by charging and discharging a "special capacitor bank" made of four ordinary electrolytics with short pulses of a little over an amp.

Do I have to watch the whole damned thing and buy the book too before someone will explain to me how this is "overunity" or even particularly efficient?

Is this a challenge for the MHOP, I wonder?

[tak22]

Stefan,


Please consider taking a percentage of the OverUnity Prize and allocating it to a Bedini Challenge Prize.  The rules could be quite simple:

Show how to build a verifiable self running overunity Bedini device based on direct page quotes from the BEDINI SG - THE COMPLETE HANDBOOK SERIES™.

tak

[MarkE]

It's out now-The Complete Hand Book Series.

Opening quote: The Bedini SG Is The First, REAL FREE ENERGY MACHINE.

Has any one seen one of these REAL FREE ENERGY MACHINES  ?

Anothe interesting quote:-->Advanced Book Teaches How John Used Low-Drag Generators To Convert Mechanical Energy Into Excess Electricity In His Self-Running Machines!

Has any one seen one of these self running machine's?.

http://bedinisg.com/

It is easy to get low drag:  Remove the load. 

Why don't Aaron and Peter demonstrate that their claims are true?

[minnie]

I see someone's beat me to it. Invest 77 dollars and a few for parts and claim the prize.
Or would you call that theft?
                                  John.

[tinman]

Whee ouu! A big bicycle wheel flywheel pulse motor driven by a battery is down 7 RPM while a bank of 40 LEDs is lit "brilliantly".
Let us do some math. A series stack of 4 white LEDs can be supplied with, say, 9 volts DC and be limited to 30 mA current by a resistor. Put ten of those stacks in parallel and you have 40 LEDs glowing brilliantly on 9 volts, 300 mA. Right? While the motor is drawing an average input current of around 1.2 Amp at 12.6 volts and pumping pulses into another battery by charging and discharging a "special capacitor bank" made of four ordinary electrolytics with short pulses of a little over an amp.

Do I have to watch the whole damned thing and buy the book too before someone will explain to me how this is "overunity" or even particularly efficient?

Is this a challenge for the MHOP, I wonder?

As painful as it was,i watched the whole video. Never in my life have i heard such dribble.
It has a shift button ,Which is probably just a bridge across the base resistor. No different that turning the 1k pot down on the standard SG.
It has blinding LED's,that bog the motor down when switched on-oh wow,the normal generator effect.
Increase the input draw by 50%,and get a 100% increase in output lol.
It has an electrical efficieny of 95%,and then another 35% mechanical output-thus it is 30% OU-->apparently

I cant believe they are still trying to peddle this rubbish.

Arron and Peter
If your reading this thread,then please show us all one of these self running OU machines. And then let some one that actually knows there stuff,test your so called self running OU device.

Who wants to put a wager on- they will never take up the challenge-situation normal.