Nick Dooley

Where's my bad spring at?

But, well, going through it, you've kind of taken...

step further than a hydraulic buffer because like the hydraulic buffers yes they have everything and it goes through and uh you know when you get into some of the rules of like how those things work it works really really well and they do have a lot of longevity but it's a lot harder for a magnet to lose its charge than it is to lose a seal in a hydraulic chamber

That can be an issue.

Yeah, that's awesome.

Joe, you've been kind of quiet.

Do you have any questions here?

That would come from lockup more so.

So the one thing I'm interested in is, you know, when I go through and look at this stuff and kind of read everything, it talks about, you know, you have a little bit more, you know, smoother controlled recoil impulse because and reduced, you know, felt recoil.

And.

when you look at the, you know, like as the, the PMT, when they talk about, they, they say that it does actually increase like your split times or the decreases, muzzle rise and stuff like that.

And recovery time between shots.

And yeah,

it's interesting to go through that because where I think a lot of people don't understand, I should, I shouldn't say understand, don't realize where a lot of that perceived recoil is, is actually from your buffer hitting the end of the stroke and stopping.

And then as everything else starts moving forward, where with this, you're still going to have it, but because of how like,

magnets work, you're not going to have that weight all stopping at once and then taking off again.

Yeah.

and just because it has that kind of like not quite gradual, but like it, it's a more controlled form than just, you know, all the gas hit the spring till it stops and then throw it back the other way.

It's a far more controlled acceleration and deceleration rate.

It's a, you can fine tune it to control the, the rate of deceleration and acceleration went through because of, of how the, the magnets went in, which is absolutely brilliant.