Oct 22, 2012

Posted in 3D Printing

1, 2, 3: The First and Second Amendments Meet Third Dimensional Printing

Leading up to, and during the time of the American revolution, it was fairly common for people to make their own musket balls, and maybe even and rifle their own muskets. Today, that is not possible. In the age of mass production, the only way to realistically create a firearm is in a factory, or really a series of factories, that can create and assemble a series of specialized parts (if you think building a pencil is complicated, imagine all the work that goes into creating a gun!).

Today, it is simply impossible for an individual to create a firearm at home. People might be able to reload ammunition, but that still requires using existing shell casings manufactured elsewhere. This fact makes firearm laws viable. If a government wants to place a restriction on the nature and distribution of firearms, it can closely monitor and inspect those that manufacture and distribute the weapons.

But that may not always be the case. 3D Printing holds the potential of creating actual, working, functional three-dimensional objects using simple raw materials. At the present, the technology is somewhat limited, though it can already create items with moving parts–such as a pair of scissors. One of the biggest present fears concerns intellectual property piracy. If you thought illegally downloading music or videos or movies on a Torrent was bad, imagine if could download the design for a pair of Nike shoes, or a Rolex watch, or an iPhone, and print one up in your home. The Pirate Bay already offers a way to share designs of objects for 3D Printers. Gerard Magliocca’s has series of posts on IP issues concerning 3D printing.

Already, this concern has led to one patent that would enable DRM in 3D printing.

US patent 8286236, granted on 9 October to Intellectual Ventures of Bellevue, Washington, lends a 3D printer the ability to assess whether a computer design file it’s reading has an authorisation code appended that grants access for printing. If it does not, the machine simply refuses to print – whether it’s a solid object, a textile or even food that’s being printed.

Who else will oppose 3D Printing? The manufacturing sector. The ability to create items at home has the potential to cripple, if not destroy manufacturing jobs. One point that may be lost on some, is that 3D Printers will reduce the need to outsource manufacturing. In fact, it may actually create jobs in the United States, where 3D Printing factories can produce items cheaply, and the items can be transported at a lower cost domestically.

Now there are a few benefits. One, it could enable countries without sophisticated manufacturing sectors, or the means of access to trade, the ability to create goods and products to improve the welfare of its people. That could be a serious international human rights boom. What if malaria nets could be created with a 3D Printer in Sub-Saharan Africa? Or if a water filtration system could be generated in a place without access to clean water? Or perhaps a solar powered generator? The list can go on and on.

But then, there is the gun. What happens if a 3D Printer can create a gun? And, a number of groups are working on this.

The WikiGun from PrintableGun.com, now known as DistributedDefense.com wants to do this. At 2:15, the video says, “The world no longer must rely on . . . regulations for certain objects.” That means gun control laws.

The site actually created an AR-15 lower using 3D printing.

Is this legal? The FAQ section has this nonsensical legal statement:

Since its inception, it has been legal in the USA to fashion your own firearm, and to talk about doing so. More precise legalities are that it is legal to produce any category of weapon you could ordinarily legally own, so long as you are not providing it for sale or are not prohibited from possessing firearms in the first place. Everything else is free speech, ladies and gentlemen.

The video has some conspiratorial tones about the need to build weapons to combat potential gun control legislation (around 6:30)–somewhat troubling.

Here’s the director of the Wikigun project by the way, holding up an AK-47 and Bastiat’s The Law (I would highly recommend both!).

Here is a .22 caliber rifle manufactured with 3D Printing.

And it turns out the founder is a second year law student at the University of Texas School of Law. Here is a less ominous photo of Texas 2L Cody Wilson.

 

The Times Bits Blog interviewed Wilson:

 Cody Wilson, a law student at the University of Texas, is in the process of building a completely functional printed gun. “We hope to have this fully tested and put the files online in the next couple of months,” said Mr. Wilson, who runs a Web site called Defense Distributed.

He calls the gun the Wiki Weapon. In a video explaining the project’s goals, he describes the Wiki Weapon as the world’s first “3-D printable personal defense system.”

“What’s great about the Wiki Weapon is it only needs to be lethal once,” Mr. Wilson says in the video, in a monotone voice. “We will have the reality of a weapons system that can be printed out from your desk. Anywhere there is a computer, there is a weapon.”

The Texas Lawyer also interviewed Wilson:

 “I didn’t know I would ever do anything like this,” says Wilson, a self-described civil libertarian. A former English literature major, he says he was on the phone with some more tech-minded friends, trying to figure out what they could do to live up to their libertarian principles. The question raised, he says, was, “How can we contribute to creating those kinds of realities we value, civil libertarian ideals?”. . .

“Everyone has got their opinion about what the Second Amendment really means, what it intended,” Wilson says. “I get involved in rhetorical battles about the second amendment; constitutional law has really helped me.”

And he’s applying for an FFL?

But first, Wilson says, he checked in with the Austin office of the Bureau of Alcohol, Tobacco, Firearms and Explosives. He says his group will set up a limited liability company and obtain the federally required gun manufacturing licenses

It seems that the company that was leasing the 3D Printer to the Wikigun project has stated that they would not permit them to build a gun, and are repossessing Wilson’s printer.

So there are several legal issues that may come into play here that concern the First and Second Amendments.

First. Assume 3D Printing gets to the stage where it is possible to upload to the web plans for a firearm, and anyone with an affordable 3D Printer can print one out at home. Could the government ban these plans? Is there any First Amendment interest in the designs and blue prints? Is there any precedent for Congress banning design specifications? Blueprints of bombs? The anarchist cookbook? Could Congress force 3D Printers to install some kind of DRM software that would not allow it to print guns? What else would the DRM ban? Is there any overbreadth challenge to limitations on what a person can create? What if someone hacks these DRM?

Second, and relatedly, would banning these designs in any way infringe on Second Amendment rights? Now in order to create firearms, manufacturers today need to apply to a whole host of permits and a Federal Firearm License. Could individuals seek to apply for those permits? Or would the activity be banned altogether? My guess is that the activity would likely be banned altogether. Though, the black market for firearms would be flooded. If people can create cheap and affordable firearms, why would anyone drop hundreds, if not thousands of dollars on a gun. And that means no background checks either. Some serious issues to think about.

This Wired Article addresses some of the legal issues.

Legally, however, Guslick did print a firearm. Well, maybe. Under the Gun Control Act of 1968, the receiver is what determines whether or not a gun is a gun. No receiver, no gun. For the nation’s gun lobbies — pro- and anti-gun — that may present a problem. . .  .

“The laws were written assuming people could make their own guns … the law still does regulate and restrict that,” Daniel Vice, senior attorney at the Washington-based Brady Center to Prevent Gun Violence, tells Danger Room. Guslick likely didn’t violate any laws surrounding the manufacturing of the gun without a license, as it’s only for personal use. If he attempted to sell the pistol, or opened up a factory producing the weapons, he’d need authorization from the government.

But Vice said the weapon could possibly be illegal under the Undetectable Firearms Act of 1988, which bans the possession and manufacturing of firearms that can pass undetected through airport security. But U.S. law is unclear whether this would apply to a gun with metal parts. The Glock pistol, for example, uses plastic parts.

The National Rifle Association did not comment by press time. A representative from the Second Amendment Foundation would not speak on the record, either.

Another article in Forbes cries the “End of Gun Control“!!!!

Dave Kopel thinks it may be okay:

According to Dave Kopel, the research director of the Independence Institute, it is legal to create pistols, revolvers and rifles at home, although some states are stricter than others. As long as an inventor isn’t selling, sharing or trading the weapon, under federal law, a license isn’t necessary. Homemade creations also don’t need to be registered with the US Bureau of Alcohol, Tobacco, Firearms and Explosives (ATF) and are legal for use by the individual who created the weapon. . . .

But Kopel expects 3D gun printing to remain a hobbyist pursuit, at least in the United States.

“If this thing does work I think it would be great for the people in Syria to have a 3D printer so they could start making their own guns and start resisting the mass murderer Assad,” said Kopel. “The guy who is robbing a 7-Eleven isn’t going to buy a 3D printer.”

And apparently the ATF is already on top of this.

Under most circumstances, it is not illegal to build your own gun, but it has been pretty difficult. Ginger Colbrun, a spokeswoman for the Bureau of Alcohol, Tobacco, Firearms and Explosives, said people had made firearms out of pens, books and belt buckles. But those contraptions and conventional firearms require a certain amount of knowledge and skill.

Ms. Colbrun said the agency was keeping a close watch on 3-D printers. “A.T.F. always tries to stay ahead of the illegal activity and the novel firearms trafficking schemes, without impinging on individuals’ rights,” she said.

LOL. Sorry. Being a spokesperson for ATF must be almost as hard as being a spokesperson for the TSA. I digress.

But monitoring whether people make their own guns on a 3-D printer is going to be impossible, barring sticking an A.T.F. agent in every home. It’s also hopeless to try to build a technology into these printers that prevents people from printing a gun. One project mentioned in Mr. Wilson’s video, called the RepRap printer, will be capable of replicating itself by printing other 3-D printers.

After committing a crime with a printed weapon, a person could simply melt down the plastic and reprint it as something as mundane as a statue of Buddha. And guns made of plastic might not be spotted by metal detectors in airports, courthouses or other government facilities.

I’ll write about this at some point in the near future. Just some food for thought for now.

 

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  • Guest

    The plastic-gun scare quotes are as meaningless as they were in the 90s when Glocks gained a foothold in American markets. A 3D printer may be able to print a receiver (also called a “lower” or a “frame,” depending on the type of gun), but these guns still require asturdy metal barrels, chambers, cylinders and slides to contain the extreme pressures inherent in firing a gun. These metal parts are as detectable as they always have been.

  • http://www.facebook.com/profile.php?id=1377332401 Andrew Rothman

    The plastic-gun scare quotes are as meaningless as they were in the 90s when Glocks gained a foothold in American markets. A 3D printer may be able to print a receiver (also called a “lower” or a “frame,” depending on the type of gun), but these guns still require sturdy metal barrels, chambers, cylinders and slides to contain the extreme pressures inherent in firing a gun. These metal parts are as detectable as they always have been.

  • Pingback: Brian Doherty on “What 3-D Printing Means for Gun Rights” | Josh Blackman's Blog()