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A doohickey, to surpass the previous doohickey
Why was he still carrying it around? He could just print another one.
These 3D printed guns typically involve printing the inert, serialized part of the gun and building the rest of it out of non-serialized replacement parts which you still need to buy somewhere. But still, leave the gun, take the cannolis.
That is the case with this one too, afaik you can’t fully 3D print a 9mm. I don’t think I’ve seen anything bigger then a 22lr out of a fully 3d printed gun.
The FGC-9 (9mm) isn’t fully printed, but is impressive for at least being fully DIY.
I know
So easy to get rid of and replace. Must just be ego.
The libertarian driller
Some info on the gun itself: https://3dgunbuilder.com/pistols/glock-19-frame-dd19-2/
Q: What sort of reliability should I expect?
A: Reliability on my builds has been great. From what I’ve seen, reliability with these sorts of builds depends on the parts you use. With OEM parts and OEM mags, these frames run amazingly. Aftermarket slides, barrels, and other parts you can sometimes run into little issues like failures to eject or extract.From the pdf FAQ
failures to eject or extract.
Like that’ll happen
Subsonic rounds and a supressor are exactly the type of things this maker is talking about.
To be fair, the issues seen in the video were almost certainly from using subsonic rounds in a blow back operated gun, not an issue with the gun itself. Even in a factory built gun, subsonic rounds often don’t have enough oomph to cycle the slide on their own. Sometimes they might but you should be expecting to have to manually cycle the slide if you’re using subsonic rounds in a stock blowback operated gun.
The only real fix is to swap out the recoil spring for a lighter one (which can cause other issues) and/or use subsonic rounds that are specifically designed for your exact model of gun (if even available). There are technically other things that can be done but for those you’re looking at gunsmith levels of work.
That print probably works perfectly fine with normal ammo.
I don’t know much about printed guns. The barrel, striker and extractor have to be metal, right?
Yeah. In this case, it’s the same thing as milling out an 80% frame. You’re making a hunk of plastic (that the government considers “a gun” and tracks/requires serialization) and inserting a bunch of easily purchased and not-tracked metal parts to make a functional firearm.
holup… the barrel is not serialized? it can be purchased by anyone?
Yep. Purchased or made. Barrel blanks are unregulated lumps of metal. Drills are just tools. Traditional button rifling requires (I think) a slightly specialized lathe, but huge advances have been made fairly recently (past decade): one can etch rifling into a barrel blank with a 3d printed plug, flowing saltwater, and an electric current. Chamber cutters/reamers are also just tools.
oh ok, that’s practically fabricating the barrel. what I assumed was the factory made barrel was available for purchase which blew my mind.
Oh, no, it totally is.
$40 for the cheapest brand, $100-$150 for Glock OEM barrels, $300 for very very fancy ones. No regulations, background checks, or shipping restrictions.
this is fucking insane, that’s practically unregulated. what local crime figures do and did is carry their legal weapon with an illegal barrel in it, so in case of use they can dump it and replace with the real thing, but they’re still exposed to random checks as both barrel and body are stamped with same s/n. disclaimer for legal reasons: no idea how I know that, maybe dreamt it, idk.
I was right!
Well kinda. It’s not quite a boondoggle
