Hydrogen and Oxygen Balloon Test With an Electrolysis Pump

All right, I'm gonna show

this as an experiment in

case it

blows up.

All right.

Battery-driven pumped

electrolysis ripping

water apart into

hydrogen and oxygen, okay? Goes down this tube,

up through the tank, goes down and around,

hydrogen and oxygen comes out here.

All right, and it goes bang really, really fucking hard,

and it- that's a perfectly

balanced thing.

But these little fuel

cells, they can only go

to, like, ten PSI before they rupture.

So I added this thing,

and this is

a refrigerant recovery pump

to an adapter,

and we're gonna see if this thing explodes

or

if it fills this balloon. If it fills this balloon,

I'm gonna blow it up with that fuse wire.

It did not explode, which is

excellent news for the technology.

This is my only balloon,

and it had a tiny hole in the neck of it,

so it

changed how I have to do the fuse wire.

I usually tie the

fuse wire in with the knot of the balloon.

I'm doing this this way to confirm that I actually have hydrogen

and oxygen in

there, not just air.

It didn't explode. I

disappointed you the way it disappointed

me. Shit rolls downhill. So sorry.

Turns out the top of the balloon is

stronger than the fire of the fuse

wire.

Who would have thought? So I tied it on the bottom.

This time I'll show mercy.

It did not explode this way either,

so I had to take a

torch.

Fire in the fucking hole.

In summary,

it does in fact work,

which means this device

begins its next stage of testing,

which is pressurized ignition of

projectile launching

of hydrogen and oxygen.

You guys made fun of my lights,

but it's the only way I can actually do

this whole

entire process remotely

so I don't go bang also.

The math says there's no

limit to the force that can be exerted

besides the structural

integrity of the device itself.

Getting this particular

device to pressurize is, in fact,

a challenge by itself.

But

the next step should

result in shots that scare people