- Joined
- Apr 25, 2020
My question is always what is the receiver going to do if the cap decides it wants to go somewhere really, really quick. Because I have a feeling that even with that beefed-up breech-locking block we're thinking about, all that's going to happen is the receiver is going to break off at the joint under the barrel and fly backwards as a whole unit.That is what the ears are for but the way the design is now any catastrophic failure leads to the end cap and pieces of the lower (namely the ears) shooting straight back into the shooters face. Your U-shape on the lower is sort of what I'm thinking. Having the two ears be connected in the middle by a bock of steel that the end cap sits flush with (kind of like a break action). I do still think that the ears do need to be beefed up though, just to lessen the chance of them shearing off.
Stiffening the two halves on the lower can also be achieved by this welded block which is important because in the second test the ears didn't shear off but two halves of the lower did bend allowing the cap to go straight back.
This wouldn't change the primarily function of the ears but would make them and the lower better able to deal with this type of failure.
You can see it on the video itself, the receiver splits in half and breaks off, falling to the ground, while the cap... I think that's what breaks that piece of cinderblock on the top right of the wall. I don't know if it just went in that direction by itself, or if it bounced off something (possibly even the ears). If the receiver were solid enough to retain "control" of the cap as it flies backwards, the worst case scenario would be whole assembly striking/embedding itself into the shooter. Gruesome.