Comment Re:1st Amendment (Score 1) 449
This mill is only the newest, and probably easiest method to mill your own lowers. Others use normal shop mills, some drill-presses, some routers, and with polymer lowers, all you need is a dremel tool. They certainly couldn't get warrants for anyone owning a dremel, or a drill press on the grounds that they may have made non-serialized weapons with it.
As far as this CNC goes, sure, they may have some kind of record of who has purchased one, and be fairly certain that they probably bought it in order to produce a firearm. However, they won't know all the people who made one on that mill. Suppose for a second that someone buys this CNC machine. They then have a "party" at their house with their buddies, who all bring over 'paperweights'. At the end of the day, a dozen friends all go home with a CNC'd non-tracable lower. While the owner of the mill would have a paper trail, the other dozen guys wouldn't. What if you had a mill, and did this every weekend with an open invite? How many people would be untracable from just a single CNC machine.
In fact, milling parties are quite common, and there are some rules to follow to be legal. Mainly, each person has to manufacture their OWN receiver, without help from another person. With traditional mills and drill presses, this would require each person to know how to operate the equipment all by themselves, without a helping hand. With this CNC, it just requires the person to press a few keys on the keyboard, so doing it without assistance is easier. If you've seen the video of the guy, notice that he sets it all up, and the person who will own the receiver has to be the person that starts and ultimately runs the machine to produce the receiver.
And to your first question, what I am convinced of, is that it would take a lot more work, and research to try to do as you suggest for each and every person in the country, vs. printing off a pre-made database of all registered owners. Personally, I don't think it would take longer than a day or two of raids, before it made news, and you'd have people moving to their "Plan B" whatever that is, and also be ready for search and seizure raids that would be coming to their neighborhood soon.
As far as this CNC goes, sure, they may have some kind of record of who has purchased one, and be fairly certain that they probably bought it in order to produce a firearm. However, they won't know all the people who made one on that mill. Suppose for a second that someone buys this CNC machine. They then have a "party" at their house with their buddies, who all bring over 'paperweights'. At the end of the day, a dozen friends all go home with a CNC'd non-tracable lower. While the owner of the mill would have a paper trail, the other dozen guys wouldn't. What if you had a mill, and did this every weekend with an open invite? How many people would be untracable from just a single CNC machine.
In fact, milling parties are quite common, and there are some rules to follow to be legal. Mainly, each person has to manufacture their OWN receiver, without help from another person. With traditional mills and drill presses, this would require each person to know how to operate the equipment all by themselves, without a helping hand. With this CNC, it just requires the person to press a few keys on the keyboard, so doing it without assistance is easier. If you've seen the video of the guy, notice that he sets it all up, and the person who will own the receiver has to be the person that starts and ultimately runs the machine to produce the receiver.
And to your first question, what I am convinced of, is that it would take a lot more work, and research to try to do as you suggest for each and every person in the country, vs. printing off a pre-made database of all registered owners. Personally, I don't think it would take longer than a day or two of raids, before it made news, and you'd have people moving to their "Plan B" whatever that is, and also be ready for search and seizure raids that would be coming to their neighborhood soon.