mbrowne5061
Posts: 2,365 +1,555
At this point, the 3D printed gun technology has evolved to the point where pretty much everything except the barrel (and other pressure-containing parts) is printable.A gun is not a one piece deal. A Gun is made of multiple pieces working together. As far as I know, the metal parts of the gun: barrel, firing pin, springs, etc are not printed / printable
Typically, these designs aren't clones of pre-existing "real" guns; you don't 3D scan a bunch of glock parts, print them, assemble them, and expect them to work. Instead, most people who are 3D printing guns are either designing them from scratch, or printing ones that were designed by someone else by scratch.
This includes suppressors.I have an Ultimaker 3D Printer. I would rather just buy a professionally made firearm than risk a plastic ghost gun exploding in my hands. The real question is what will happen when technology gets better and suppressors are easier to make.
Rent unaffordability
Housing unaffordability
Disappearing job market
Romanceless, horrible dating market
High taxes
high insurance
inflation
Their point is if you address these issues, you reduce crime, which reduces violence, which reduces fatalities from gun violence. Its all connected. If people feel like they have a future, like they have already built something and will build more, they are far less likely to rock the boat, just in general.None of those cause criminal violence.
LDO makes good Voron kits. Voron is entirely open source, and runs Klipper. And if Klipper ever stops being the 'latest hotness', you can pretty easily swap control boards to whatever the hardware/software moves to. Its a good place to start for fully-open source and reasonably priced.So I've never owned a 3d printer, don't really have much use for it I think, but, it seems now might be the time to acquire one. any recommendations on a quality device, reasonably priced, fully open-source, that I can buy to flip the bird at our craven representatives?
Just keep in mind that when it comes to print volumes, while it is tempted to get a 350mm^2 monster of a Voron 2.4, that size chamber can be tricky to get above 60C (and 60C is right when filaments like ASA and ABS finally start getting just warm enough to get good layer adhesion). Don't overlook a printer with a bed around 250mm^2 or 300mm^2. Or even something smaller, like a Voron 0, at 150mm^2. Unless you need that print area, don't be afraid to go with the smaller volume printer.
Except viruses are complex, compared to guns. And viruses are trying to exploit specific vulnerabilities; there is a defined "goal" to stick the "goalie" into. You could never keep that database up-to-date for guns.The only single way this can work is with a database of parts files like how virus detection software works. You can only stop circulated files known to be an assembly for a weapon.
Any other circumstance is nothing but a waste of resources. Any 3D printer operator can just make new files to make their own gun and there is no detection that work other than barrel rifling that can suggest a part is weapons based. 3D printing is a craft for engineers guess what they like to do as a hobby if not a living? Construct a solution to a problem. This is a nearly 90% impossible task thats just putting people down at their own expense.