Jewish Man Saves Family from Attack in Florida

Here's another recent example of why Jewish Americans must embrace and exercise their right to keep and bear arms as protected by the Second Amendment. Being a defenseless victim is NOT a Jewish virtue. In fact, it is against Jewish law.

https://www.nbcmiami.com/news/local/man-charged-antisemitic-hate-crime-miami-beach/3790877/

My book "Guns for Jews" discusses why being armed for self defense is in accordance with Jewish law, and provides resources for those new to owning and carrying a firearm. The link goes to the free PDF on my Google Drive.

https://drive.google.com/file/d/18GXFERy8nH1iM6ERtLs-PXX3qXDo5C0K/view?usp=drive_link

Guns for Jews

I've put together a primer on gun ownership for fellow Jewish-Americans who are new to it, in the wake of the October 7th pogrom. It's in the form on an article I'm hosting on my Google Drive.

Guns for Jews.

Please share it to anyone who you think might find it useful.

Loaded Some More Black Powder 12 Gauge Ammo

Last weekend I primed 25 Magtech brass 12 gauge shotgun shells and on my lunch break today I finished loading them. The details:

• Magtech 2.5" all brass hull
• CCI Large Pistol Primer
• 80 grains of 2Fg Goex black powder
• 11 gauge nitro card (over powder card)
• 11 gauge fiber cushion wad
• Lubricated felt wad
• 1 1/8 oz. of mixed No.7.5 shot
• 10 gauge overshot card
• Sealed with Duco cement

Magtech hulls require the use of oversized components because the case walls are thinner than 12 gauge plastic or paper hulls.

The felt wads were punched out of 1/8" thick wool felt with a .75" punch, then soaked in a mixture of 50/50 beeswax/mutton tallow. This is to help keep powder fouling soft.

The shot is a mix of plated that I bought from Rotometals, along with some unplated shot scavenged from miscellaneous promo loads. No. 7.5 shot is primarily for clay busting but it will work on doves, as well. Otherwise I'd load No. 5s for small game hunting.

I'll let the Duco cement cure overnight before boxing them up.

These will be good for informal clay target shooting. They shoot well in my Russian-made Baikal MP-310 over/under. Cleanup in a chrome-lined smoothbore isn't bad.

Video: Why Carry a Pocketknife

Thoughts From the Shop, Ep. 2.

Running Ball

(In this post, I used the word "balls" a lot. Huh, huh.)

This past weekend I'd planned to shoot my Rogers & Spencer percussion revolver but couldn't. When getting my shooting gear together, I found that I had only two .454 balls left. I wound up shooting my Pedersoli Brown Bess and Polymer 80 Not-A-Glock, which I'll write up in a separate post.

Something I've preached about on my blogs has been bullet casting for self sufficiency, resistance to government guns bans, and panics induced by fear of them. I recently picked up Lee molds for .454 and .490 balls, and a Lyman cast iron lead pot. This weekend I ordered a Lee .690 ball mold for use in the Brown Bess and my Euroarms Magnum Cape Gun.

I took a long weekend to decompress from bullshit at work, so with today's weather being decent I setup one of my Coleman stoves out in my shop to run some .454 balls.

Here I have the mold warming while the lead pot comes up to temp. The foil trays are for me to dump the sprues and dross when I flux.

It took awhile for the pot to come up to temperature. I'm finding that keeping a good constant casting temp is an acquired skill that I've yet to master. My balls were coming out either wrinkled or frosted. Wrinkly balls mean that the cast was too cold while frosty balls are a sign that it's too hot. I put the wrinkliest balls back into the pot but I'm keeping some that aren't too bad. These will be fired at a maximum of 25 yards at targets the size of a paper plate or larger, so minor imperfections won't be an issue.

I haven't counted yet, but I should have at least 50 shooters here. I called it quits when I ran out of gas in the stove.

Aside from the Rogers & Spencer, these will also work in my 1858 Remingtons. One could load them into .45 Colt cartridges, as well.

It is possible to keep even percussion guns going without buying factory supplies. Aside from casting your own bullets, it's possible to make black powder and even percussion caps at home. The latter especially is potentially extremely dangerous, so proceed with caution. My plan to deal with future shortages is to stock up ahead of time.

Edit: I wound up with 97 shootable balls from my first batch. After the stove cooled and I was able to refuel it, I ran another batch and came out with another 126 usable balls. That's a decent run and will last me awhile.

New Rear Sight for my Hawken

Several years ago I bought a Cabela's Traditional Hawken rifle in .50 caliber. It isn't a faithful copy of the real Hawken rifles of the 19th Century, but nevertheless, it's a well made and nice shooting gun. It's more or less a variant of the Lyman Trade Rifle, but fitted with a cap box on the stock and double set trigger. Also, unlike the Lyman, it was available with a left handed stock and lock. Both the Lyman and Cabela's rifles were made by Investarms in Italy.

One thing I did not like about the rifle was the sights. The rear sight, in particular, was a poor design. The adjustable rear notch was a wide open "V". IIRC, the Lymans's have rear sights that are dovetailed in, which makes replacement with a fixed but better sight easy. Unfortunately, the Cabela's rear sight was held on with two screws and nobody made a good replacement.

So, I decided to install a Lyman Model 66SML aperture sight, made for the Lyman Great Plains Rifle, Trade Rifle, sidelock Thompson-Centers, and similar rifles.

The Model 66SML is mounted on the tang with two screws. It uses the rear wood screw which goes through the tang into the stock, plus an 8-32 screw into the metal of the tang. The tang on my rifle wasn't drilled and tapped so I did that today.

Using a #29 drill on the tang:

Before drilling the hole, I located it by mounting the sight on the tang and marking the spot with a transfer punch. I then dismounted the tang from the rifle and used a pilot drill to ensure the #29 drill wouldn't skip. Only then did I put the twist bit in the chuck.

I then tapped the hole with 8-32 threads. I used #3 Morse taper lathe center held in the mill's head to guide the tap so it started off straight:

I used a little Tap Magic on the tap, but I could probably have done it dry with no problems. OTH, there's no reason not to use a lube and save a little wear on the tap.

A closeup of the newly mounted sight:

And finally, the whole rifle:

This rifle has a 1:48 twist, so it can shoot either patched round balls or conicals like a Hornady Great Plains Bullet or T/C Maxi balls. So far, I've just shot it with PRB and it did well.

Simple work like this is a main reason I bought a small lathe and mill back in 2013. It took me about 45 minutes to do this, which included digging out the rifle and rear sight, schlepping them out to my shop, and doing the work. In contrast, to have a gunsmith mount the sight it would require locating a 'smith locally or shipping the rifle, getting onto his wait list, and probably paying about $75 to $100. Since shooting is my hobby, I will eventually do enough jobs like this to largely offset the cost of the tools.

Of course, that doesn't even account for the satisfaction of doing it myself.

Self Sufficiency, Part Two

It was unusually warm today for February, so I took advantage of that after getting home from work, and pan lubed and sized between 150 and 200 of the bullets I cast last weekend. These were cast from my Accurate 43-15C mold and will be shot in my Cimarron 1873 Sporting Rifle over black powder.

I use a hot plate that I got from Amazon for $14.95 or so to melt my roughly 50/50 mix of beeswax and mutton tallow. I recently picked up a .44 caliber Lee lube cutter off eBay, which made separating the bullets from the lube simpler than my previous solution. That was a .44-40 case with the mouth expanded a bit larger than normal and the flash hole drilled out so I can still a pin punch through it to poke out the bullets.

After separating them from the lube, I ran them through my Lee .429 sizer.

I still have about another 100 bullets to lube and size, which I'll try to get to tomorrow night.

The weather is supposed to be crappy this weekend, so I'm going to try to get some reloading in. I want to load at least one 50 round box of .44-40s using 2.2cc of Goex, to see how well this bullet works with it. I know it works well with Swiss black powder but I have a good supply of Goex on hand. The bullet was designed to carry enough lube to use with Goex in 24" barrels.

Self Sufficiency

Today I cast up a couple hundred bullets for .44-40 in my Accurate Molds 43-215C. Probably about 10 pounds worth.

The next time the Dems get into power, you know damn well that there will be a panic. What are you doing to protect yourself against that?

Loaded Some .44-40 Cartridges to Chronograph

While drinking some Tennessee sour mash last night with my brother, I learned that he has a Shooting Crony Beta Master chronograph. Well, that's one less thing I need to buy.

This morning I loaded up the last 7 bullets that I cast in my original Winchester mold. Powder charge was 2.2cc (about 35 grains) of Swiss 3Fg. I also resized some of the .430 200 grainers that I bought from cowboybullets.com down to .429, and loaded 25 of them them on top of 23.5 grains of Alliant Reloder 7.

I'm not sure if you can see it but the Reloder 7 fills the case up nearly to the bottom of the neck. My choice of this powder stems from this thread on cascity.com, along with some other discussions found online. Note that in the CAS City thread, the author used 240 grain bullets, while I loaded 200 grain bullets.

Because of Reloder 7's relatively slow burn rate, it offers the potential of duplicating or bettering the original ballistics while keeping pressures within the limits of the 1873's toggle link action. If accuracy is acceptable this should make a good hunting load.

On the other hand, Reloder 7's slow burning rate means that it's probably not a good choice if you're loading cartridges to be shot in revolvers.

I'm hoping to chronograph both loads, along with some of my handloads with 8.6 grains of Unique next weekend.

While I was in reloading mode, I decided to get myself a digital scale, a Frankford Arsenal DS-750. It will be verified with my Lyman calibration weights and checked against my Redding No.2, which is a great piece of equipment. The digital scale will be easier to read and take up less room on my bench, however.

Pulled My Goex .44 WCF Loads

A few weeks ago when I shot my Cimarron 1873 Sporting Rifle with black powder loads I discovered that the bullets I'd used from cowboybullets.com didn't carry enough lube to keep the fouling soft in my rifle's 24" barrel. I was able to get about 15 to 20 shots between cleanings with the ammo loaded with Swiss powder, but the cartridges loaded with Goex fouled out in about 10.

Tonight I pulled the bullets from the 40 remaining rounds loaded with Goex. I pulled the first one or two with a RCBS collet bullet puller but then switched to a Frankford Arsenal impact puller, which uses the momentum of the bullet when you hit the unit against a hard surface. The impact puller was easier to use with the .44-40 rounds because there isn't much straight area on the bullet for a collet to grab onto.

After pulling the bullets and returning the powder back to the Goex can, I belled the case mouths in preparation for loading them. I have 45 bullets of the original batch left, and I'll probably load them on top of ~8.5 grains of Unique.

This coming Saturday I'm planning to shoot the rifle again with a previous batch of Unique loads and the 50 rounds I finished loading last night, using bullets cast from the original Winchester mold and 35 grains of Swiss 3Fg.

Range report to follow.

Casting Bullets for .44-40 WCF in an Antique Mold

This morning I cast some bullets to load in .44-40 WCF cartridges for my Cimarron Firearms Uberti 1873 Sporting Rifle. The mold I used was the antique Winchester mold that I got off eBay a few weeks ago along with a Model 1882 loading tool. The tool and mold were made between 1882 and 1914.

To melt the lead I used a Lyman Big Dipper furnace, which I got as part of a kit that also included a lead dipper, an ingot mold, a copy of the Lyman Cast Bullet Handbook, 4th ed., and three kinds of bullet lube. (Right now the only lube from the kit that I have a use for is the Alox, which I used for fluxing the lead. I gave the Orange Magic lube to my brother, while I'll give the moly lube to a friend.)

The furnace is sitting on a couple disposable cookie sheets to catch any spills. The lead was purchased on eBay. It's dead soft so it is probably reclaimed plumber's lead. According to information I've read online, original 19th Century black powder .44 WCF cartridges were loaded with pure lead bullets.

The mold is in good condition for its age but when I got it the sprue plate retaining screw was stuck. After a few weeks soaking in Kroil I was able to remove it this morning without too much effort. I think it was just a crud buildup because there didn't seem to be any rust on it or in the hole in the mold block when I removed it.

To warm the mold I let it sit on the pot as shown above, while the lead was melting. I then got it up to a good temp by casting some bullets, which wound up back in the pot.

This was the first time I'd cast bullets in a couple decades, so I'm pleased with today's output. Before taking the picture a bunch of wrinkled bullets from when the mold was too cool had gone back into the pot.

And a closeup:

I measured a few with a digital caliper and they seem to be dropping at about .425 to .426, which is on the small side. However, they may still be usable in my rifle when loaded on top of black powder. Because they are soft, the sudden jolt from the black powder charge may bump them up to fill the throat and grooves. The only way to know for sure will be to load them up and try them.

However, I suspect that I will need to add some tin to my lead. All cast lead bullets shrink a bit when they cool but adding tin not only hardens the lead, it reduces shrinkage.