Austin

And the biggest thing that everyone on the market does is that they share compression springs.

So you can see this in a lot of handles on the market as well.

If you happen to look through the back of them, you'll see one big long compression spring.

So if something were to happen to either one of these wings, that compression spring and all the guts are coming flying out of this charging handle and you don't have a charging handle anymore.

So that's another thing that we did differently in another one of our independent IPs on this handle is that there's no dependency inside of this handle.

So when you open up the right wing,

the latch opens, doesn't affect the left wing.

And when you open up the left wing, the latch opens.

So there's no shared compression springs.

We have in that same video where we beat it with a hammer, you'll see us take one of these wings off and the charging handle will still function.

There's no shared compression springs.

There's no shared pins.

The latch is an independent component.

Um, and then, uh, the wings are nested on top of each other.

So there's an equal force of pull across the, uh, across each wing.

You'll see what some of the ones that claim to be ambidextrous that your right wing will be a little bit stiffer.

And that's because you're having to overcome the right wings, compression spring, the left wings, possible compression spring, the latches, compression spring, and all combined in the left wing weaker because there's one less compression spring.

Um,

That was another thing that we kind of went to is a better built, stronger charging handle that actually has a true independence ambidextrous design.

There's nobody else on the market doing this.