Ryan from Fry Tech LLC

And when they were testing this, when they were using like a 30 round metal magazine, sometimes they had where it was the first shot, first couple shots, maybe needing the forward assist.

But so they wanted a product that would never have that issue.

And that was kind of what I did with mine because they sent it back to me a couple of times in three month period when they were doing their R&D on it before we signed.

And so to rectify that problem was I put a piece of spring, like a little, like one inch piece of spring.

And that just seemed to make where no matter how much pressure was under the bolt, um, that it, that it would always go 100% and you wouldn't need to use the forward assist.

But so, so realistically, um,

and I think they're working their way towards it now.

Cause I know he said they want to do the, their version that's in the mil spec buffer tube, um, to be 100% magnets.

Um, but yeah, that, that spring really is not, it's not, um, it's not what's driving the driving force behind it.

This is kind of an example.

I didn't want to pull my one of theirs of the payments, but this is basically they've got,

magnet, spring, magnet, but they're using a flat wound so it's a little longer looking and then the rest inside is just a bunch of magnets.

And you see the two black ones, they're encased in carbon fiber nylon and that's the material that I used to make the magnets so they're not brittle.

That was the first hurdle I had.

Yeah, they don't actually ever touch all the way.

But in my head, I was thinking, OK, so this goes to be a product out, you know, people buying it.

You don't want people sending back all the times in the magnets broke or whatever.

So that was the first thing before I bought.

Before I went any further on any of it was, okay, can I make the magnets where they're not going to break?

And I can actually take these encased magnets and take them outside and chuck them as hard as I can against a rock, throw as high as I can in the sky.