Tesla Radiant Energy Upgraded




A basic Tesla device made better from the one on instructables

Step 1: Info

go ahead and make this device https://www.instructables.com/id/Free-Mako-Energy/
but you don't need the capacitor just yet, first let me explain why this device charges so slowly it takes both positive and negative charges and puts it in your capacitor as in charge some take it away charge some take it away SURGE of power take a little bit away so your capacitor only charges every surge the way to fix that is an power sorting or AC inverter.

Step 2: The Needs List.

For this you will need:

2 capictors they should be the same and about 300 - 2000 uf
A breadboard with wires
2 one way diodes (an L.E.D. will do fine)
a Tesla device made here (https://www.instructables.com/id/Free-Mako-Energy/)
a good ground wire.

Thats all!

Step 3: Assmebly

ok connect one of the diodes positive side into a breadboard slot
in the same row connect the others negative
take the first diode and add it to another row
do the same with the negative only a different row
now hook the positive side of the capacitor to the the side of a negative diode
take the other capacitor and hook the negative to a positive diode
now hook the other two ends of the capacitor and put them in a new row
now add the grounding wire to that new row
and your done!
your device will now charge TWO thats right TWO capacitor about 10~30 times faster!
for you folks who can't understand my instructions heres a diagram( MS paint +diagramming = suks!)

Step 4: And Your Done!

ok now that you know it works do what Costco does! JUMBO SIZE IT! the power does work i used it to light an LED (yeah!) have fun with it.



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50 Discussions


8 years ago on Introduction

can i use a supercapacitor? what about a capacitor bank with the same capacitors? like:
would that work?

3 replies

Reply 8 years ago on Introduction

Super capacitors will work, however, due to reasons unknown after about 3000 uf an exponential decay occurs and the watts per day seems to decrease, im not sure why this occurs, Anyhow a cap bank in series would not work, having them in parallel would work , but, id stick with the super caps, its simpler and should do just fine.


Reply 4 years ago on Introduction

How do you know a cap bank in series would not work? Capacitors in series add voltage, but in trade you lower the amount of Farads the array can hold. The opposite goes for parallel. So it depends on what you are going to use that output voltage for. You should have an understanding of AC and DC before playing with capacitors, so to assume super capacitors is a better idea is your own theory until you can report the results you get, but like HiFiMan Said, do your homework first. Do not play around with electronics thinking you will understand it better with an experiment Tesla invented.


3 years ago on Introduction

can I use only ceramic compactors to make the radiant energy reciever? Or do I have to use the higher quality compaciters?


4 years ago on Introduction

If you're taking a measurement across the capacitor that is DC voltage mind you...


4 years ago on Introduction

If you're taking a measurement across the capacitor that is DC voltage mind you...

Work on the antannae, wich is very important for this setup. It should be isolated, not in contact with the air(painted,f.ex.).If you get it right , this tiny cap won't last long before it blows up.

there is a simple way to boost voltage: multiply receivers/antennas (P) and connect them serial or parallel... so, if you get 10V with one antenna, with 10 antennas you should get 100V (at least that is my theory)...


5 years ago on Step 4

I have an idea about combining a radiant energy generator with a solar engine , so when the capacitor gets charged to a level it'll allow an led - or maybe a motor ? - To light up , it would be something like a smart radiant generator
I'll test this myself and post the results here


5 years ago on Introduction

Using 470mfd 450vdc i was able to charge to 320 v dc in 3 hrs
To increase rate of charge we can use hv on the pla te chk indoor solar less cap charger .yt with or without solar same as urged light handle and earth connection

itsthatsguytechno guy

Reply 8 years ago on Introduction

It can only power and led for about 10 seconds once the caps have charged for 10 minutes, its not very practical, im doing more research myself, to see if theres a way to increase efficency though.


Reply 8 years ago on Introduction

To increase power you need to increase surface are of collector and use larger insulated solid core copper or silver wire for low resistance.
Collectors of less than 1sq meter are of little use,it's all about surface area.The collector itself must be insulated and works best pointed in an upward direction at least 2 meters above the ground,the higher the better.Keep the collector away from anything that is touching ground like trees and buildings.
Building up the diode/capacitor blocks in series will increase output voltage as well.
The most important thing with radiant energy is a low resistance earth ground I cannot stress this point enough.
1- large insulated collector
2-low resistance connecting wire
3-multiple in series diode/capacitor modules with parallel capacitor storage
4-a perfect earth ground.


Reply 5 years ago on Step 4

A circular Toleroid with large half spherical cut outs maximizes surface area, like used in Tesla's modified orginal Tesla Coil, as described in his patents.

Then having perfect Earth Ground with almost unlimited ground potential (unlimited negative potential in a sense) is very very important, as it maximizes the potential storage inside the main capacitor. Imagine the Aether (cosmic ray energy source) as one big Positive charge of 100,000+ Volts waiting for a big enough capacitor/condensor to send it's energy too, day or night...and the perfect earth negative ground as the ground that can hold all of those volts and not be destroyed by it. Then the better the "Plate's surface area" and the capacitor's capacitance and Voltage integrity (thousands to millions), the more charge it can store from this energy source.

Of course, if you don't have the US taxpayers monetary black budget backing for finances...then you can try your best with a frugal model for max financial to energy output efficiency.


Reply 8 years ago on Introduction

Yea, i knew all of these, once the sorter is built its relatively efficient, but it still takes awhile to charge the caps, 10 minutes for mine (3000 uf) considering it used to take 24 hours, my cell was about a square meter a little more. Most wire is low resistance -.- no more "units" in parallel would not help since its not overheating it would increase the rate of gain since theres based of atmospheric qualities, my ground was a 30 foot grounding rod haha, pretty close to perfect


Reply 8 years ago on Introduction

Resistance of a conductor is based on its material;diameter and its length.
I did not say anything about paralleling more modules, I said SERIES connect the bridge rectifier blocks.
parallel = more current capability
series = more voltage capacity
series parallel circuits give a increase of both voltage and current.But since you're still in the milli volt and milli amp stages it really doesn't apply here.

There is one other key element to a successful design I didn't mention because it's more advanced and that is RESONANCE tuning.

Oh and that perfect ground I was describing isn't all about the depth of the ground rod itself, but it's location in the ground that's much more important.
HaHa? I would hope if you reply to me next time to please do so without the sarcasm.Thank you.
Not all ground locations are created equal.

Keep trying though and one day you will learn what I've learned many decades ago.
When you figure the meaning of this sequence of numbers then you may pat yourself on the back. It's Tesla's real little secret.


Reply 7 years ago on Introduction

I learned about RESONANCE tuning from HHO even though I can't get it to work.
How would you tune this to get it to resonate.