@waptek yes. It would be simpler to take a reamer, heat it up red and give it a twist, cut off a piece and push it by hammer or press. You can choose the amount of flutes you want by grinding off some from the reamer.

ECM G3s.... Game over gun control!

@@Liberator12k wouldnt it be easier to use a trunion for the roller delayed lock?

@@Liberator12k I think that a lever-delayed would be simpler to make, but trickier to design.

@@Liberator12k Good morning/night. Weird question but could you sleeve a 4.5-16mm linear rail, brass rod, or capillary tube with a 3d print with slots with the rifling pattern instead of copper wires? There's also the .5-1x.25-.5mm ribbon wires that are used in vaping too but I don't have the means to try them. Got old pc power supplies and printers to harvest from but no 3d printer or modeling experience. The friction fit sleeve should isolate parts of the tube as long as there's no solution contacting it right? Why am I here at 4 A.M after looking at air rifle stuff?

yes. copper and silver get dead soft when you quench them from cherry red - almost like lead - floppy soft. if you soak stainless steel for a bit at cherry red, it dissolves carbides so if you quench it, they don't form granules that destroy drill bits - effectively softening the stainless steel.

One could also make each strand from several smaller strands twisted together to reach the gauge you need. Basically litz wire that's really flexible and then just solder the ends together on the mandrel. I would suggest dipping the in a solder pot, then a quick dip in water so the solder heat doesn't flow up the wires and melt the plastic of the mandrel. (Been there done this)

@@Liberator12k Good to see you wearing gloves. Any one working with metals that are in an ionized form needs to use protection. I think the aluminum and lead poisoning I got 10 years ago was from replicating Tesla's high frequency current patents. If any of you work with these sorts of things and start to have crazy symptoms look into metal poisoning. Good work laying this out. And if you haven't already, putting it into a pdf form and sharing a torrent and spreading the info would be great before the judeo-masonic ruling class impairs our access to such procedures (why reinvent the wheel right?) I'd also consider a well ventilated space for these processes. I know some types of steel have toxic elements in them to prevent rust. SS 316 has chromium IIRC.

i believe all men that watch AvE are similar

I couldn't agree more!!!

Yes and no. 2 NaCl + H2O does produce Cl2 (and 2 NaOH, and H2) but because there isn't a membrane it reacts with 2 NaOH to produce NaCl, NaClO and H2O. The production of chlorine using salt is known as the chloralkali process and it's how the world gets most of it's chlorine gas. The membrane used is not easy to come by and it isn't easily done by an amature. If it were, I would be rich. I live next to a giant pile of salt (about 4.5 billion tons) that anyone can take.

Good luck!

Hi Caleb. It depends, mostly on your power supply's max. Most of the cheap Chinese lab supplies max out at 5a. Otherwise, You'll generally get a better surface finish with lower amperage. TL:DR; 5a

@@Liberator12k I really appreciate your help, thanks bro👍🏿

That's the basic idea, but note that rifling depth varies by caliber. .22 only has like 2-3 thou deep grooves. I have a calculator in the project for determining chamber pressure, I'll have to do a video on how it works sometime.. but it's in the Calculators directory.

@@Liberator12k I really want to make it in 357 so I can legally deer hunt here in Indiana

I trying with acid, I have a lot of acid to digest PCB plates, may be useful for this purpose.

La resistance! Or some sh*t hah yeah noticed that after, I figured you further developed the idea. Since yesterday I think I like the idea of a small rigid tube with a hole on the side of the end, flexible dremal shaft inside attached to a tiny flat tippid diamond or carbide mill bit, coming out at 10-15°. Pulling or pushing the shaft to adjust the depth. This assembly would be Ridgid, and the barrel would be fed with a simple spiral cam jig. Coolant fed threw the tube for long barrels or whatever. I was able to get the o.d. of the drill assembly down to around .2 so it will be capable of every caliber, which is all I got so far. I'm impatient I can't wait for santa clause and his little electrons to rifle my barrel lol. I really do like the idea though

@@Liberator12k ahhh ok thanks for that can I have the link to your repo then. Keep up the great work. I used to have it but I somehow lost it. All I need would be the actual rifling mandrel not the other stuff I have a rig for that.

@@Liberator12k thanks for the reply.

The whole idea of a 3D printed "mandrel" is that you could make the twist any way you like and as many grooves you like. Is you were really twisted, one could model a variable twist rate in a rifle barrel.