There goes gun control. “After an attempted gang murder in the French city of Marseille last year, the police found what appeared to be a toy assault rifle, seemingly crafted from plastic and Lego parts. ‘But the weapon was lethal,’ Col. Hervé Pétry of the national gendarmerie recalled.”
FGC is an abbreviation that represents what its creators think of gun control. Nine is for the 9-millimeter bullet it fires.
Mr. Elik, in his email to The Times, said it was wrong to focus on “European cops complaining about a small number of guns being recovered,” and shootings in which nobody was injured, “rather than the gun’s use as a tool of liberation.”
Anyone with a commercial 3D printer, hundreds of dollars in materials, some metalworking skills and plenty of patience could become a gun owner.
While countless 3D-printed guns have been designed and circulated on the internet, international law enforcement officials say that the FGC-9 is by far the most common. The gun is so desirable among far-right extremists in Britain that the possession and sharing of its instruction manual is being charged as a terrorist offense.
Ivan the Troll’s media message is that this is hypocrisy. Western governments, he has noted, have armed the world’s insurgents and authoritarian leaders with weapons of war. “I’m sharing a computer file,” he said in a 2022 interview. “If I’m guilty of sharing information, what does that make them?”
And while the FGC-9 has become a staple with some of the world’s far-right extremists, it has also been embraced by insurgent groups that are fighting Myanmar’s military junta, which has committed atrocities on its own people.
“A lot of people use them,” said a fighter there who goes by the call sign 3-D. He said the FGC-9 was often used for personal defense rather than for combat because its design left it susceptible to jamming in the harsh jungle environment.
I’ve never really understood the 3D gun printing use case.
Yes, they can fire bullets but bullets are illegal where guns are illegal.
Am I missing something?
There were cases where decommissioned guns could be bought in the UK (firing pins removed). Gangs were recommissioning these guns by adding the removed components.
However, where do the bullets come from?
Article doesn’t mention. I guess you either get them from the $100 electrochemical machine you bought to make the pressure-bearing parts or attempt to pay an undercover police officer for it, which was the way the only British dude arrested tried to obtain the guns.
Edit: That, or from a state where you don’t need a permit to just buy ammo.
The ECM process isn’t suitable for manufacturing ammunition.
In general, you’d still be generally reliant on the traditional manufacturing supply chain there. There is development happening in that space, but nothing anywhere near as complete as the FGC-9.
What does the machine do for pressure-bearing parts?
Machine is borderline overselling it.
The ECM process works by pumping water containing an electrolyte through a metal part. When a current is applied to the water, exposed metal gets slowly etched away.
What these groups are doing is starting with high pressure hydraulic pipe and inserting 3D printed jigs that are basically a negative mask to bore out the pipe to their desired diameter, cut the chamber, machine in rifling, etc, with the end product being a functional barrel. As far as I’m aware, so far this has been limited to pistol caliber cartridges; rifle calibers are a step up in pressure and come with a whole host of different engineering challenges.
The “machine” is really nothing more than a bucket, an aquarium/pond pump, and a desktop power supply. It’s honestly a really clever approach to the problem from an engineering standpoint.
Thank you! I thought the internals of a 3D printed gun still needed metal parts to withstand firing, but that comment gave me the impression that a 3D printed part could be treated somehow. It makes more sense that the plastic is used as a jig / mask, rather than as the final component.
The majority of components in these things typically are printed. It’s just the pressure bearing components like the barrel where ECM is being used.
The FGC-9 discussed in the article is notable because it was explicitly designed to be manufactured using components that are not regulated as firearms parts under European law. So there are non-printed parts in it, but everything is dual-purpose and can be acquired through unregulated channels, e.g., the hydraulic pipe that gets used as a barrel.
Not for this purpose, but for a diy metalwork (foundry, milling, etc) project I have in mind, I’d really like to see how this works.
As long as you don’t need particularly tight tolerances or fine details, it works perfectly fine. The setup really isn’t anymore complicated than I described. I have done it just because I wanted to see how difficult the process is. It’s around $100 in startup costs assuming you have access to a printer. After that it’s mostly just waiting and occasionally measuring cut progress.
Check out the Rack Robotics Powercore as well. It’s a low cost wire EDM system that uses cheap 3D printers as a motion platform. It uses a very similar principle to cut metal using wire as the cutting tool. May or may not be more suitable depending on your exact use case. Still pretty rough around the edges though; SendCutSend makes more sense for most people that need things cut from flat stock for the most part.
It makes them.
Yeah, it’s only half of the puzzle. A quick and easy way to produce ammo casings would be needed if you really wanted to bootstrap your own guns (for good or evil).
Otherwise, make a flintlock musket maybe?