I had the misfortune of having to be in a household where the TV is tuned to CNN or MSNBC all the time.

Over the course of the visit I was asked to comment on the Trump trial a few times. But there was nothing on the air except how they were finally going to put Trump in jail.

I’ve watched this propaganda turn thinking people into NPCs. They seem to only be able to mouth talking points of the left, all while calling us mouth breathers or worst.

On a side note, it is always a pleasure to listen to some ignorant person mouthing off about how deadly and dangerous guns are. How nobody but the government should have them. How they would never feel safe if there was a gun near them.

All while I’m carrying.

P.S. A good pocket holster does a damn fine job of holding your pistol where it is “easy” to get to but polite company don’t notice.

I hope you had a great week and I hope your weekend will be better.

Last weekend, I had a chance to speak to a couple of expert survivalists. The sort that go off into the woods for a couple of months with just a few things, no food, no water. They go out to survive on the land.

I was asking about skills. There are many skills I do have and more that I don’t have.

What skills do you think you will need if you can’t just buy it, that you would suggest learning?

Examples: Making lye. This is a precursor to soap. Brewing, filtering water, grinding wheat, preserving meat and vegetables, making cordage.

On Saturday, I made a piece of scrap metal. I did a stupid, and then could not recover.

Then I proceeded to think my way out of my issue and into an incorrect answer.

Today I did the job over again, making different mistakes.

I’ve had more crashes making this backplate than any other task I’ve done.

The safest way to cut threads to a hard shoulder is to not cut towards the hard shoulder, cut away from it.

This means that you need to run the lathe in reverse. You have to position your cutter upside down or on the back of the side of the work.

Both options require a “left hand threading tool.” Don’t worry about it. Left hand and right hand just indicate which side of a tool the cutting edge is on.

Working in reverse, cutting an internal thread from a hard shoulder is simple. You pull the tool towards you, away from the work. You move the tool to the left to a hard stop. Your tool is now in the correct position along the axis. You then dial in the cut. This is the amount of material you are going to remove.

The final step is to engage the half nut. When you do this, the cartage starts to move away from the shoulder at the pitch required. When the cutter leaves the work, you disengage the half nut, rinse, and repeat until you have cut your threads correctly.

Chances of a crash? Almost none.

With my lathe, this can be an issue. The chuck is just screwed on. This means that it will just unscrew if the cutting force is high, and you are turning the chuck in reverse. You can make light cuts, but you have to watch, and you have to be careful.

This means I don’t do it. I don’t have the right tools to do it. That has been corrected.

I will be able to cut in reverse shortly.

If you are not cutting to away from a hard shoulder, you need to have a relief groove for the threading tool to enter. Without that, there can be issues with thread form at the end of the cut.

I have external grooving tools, I didn’t have an internal grooving tool. That has been corrected.

Because I didn’t have the left hand boring bar threading tool, and I don’t have that grooving tool, I decided to just do a through hole and thread that.

Because I turned my cross slide, all of my clearances are different. Even when I checked for clearances, I still messed up. I had the cross slide touch the work, no big deal but stupid. I had the 7/8 drill touch the jaws. About the only touch that didn’t happen was the tooling.

I got the threads cut. I got the registration cut. I then went to measure and double-check the size of the registration boss for the chuck.

That is 0.53 tall and 2.26 in diameter. The 2.26 will be cut to fit the chuck. The hole was bored to 1.75. It was then threaded 8 TPI. This means it has a major diameter of 1.87 or so. The size matching hole in the chuck back is measured at 2.17 this gives me 0.29 inches. Divide that in half, and we have 0.145 wall size, instead of the 0.59 that we would have done if I had used the proper design.

Regardless, I now have a collet check on a backplate that fits my lathe. The world is better.

Today, this song would never get air play. Yes, the south lost. That didn’t mean that the army was dishonorable, nor did it mean the people were.

President Lincoln, famously said:

Later, after the surrender, he stated I have always thought ‘Dixie’ one of the best tunes I have ever heard. Our adversaries over the way attempted to appropriate it, but I insisted yesterday that we fairly captured it. It is good to show the rebels that, with us, they will be free to hear it again.

There are so many things that are now labeled “racist” because somebody is offended.

Some things change because they should. Some things are removed from history, to allow the past to repeat itself.

Translation, since Bruen said that the government must demonstrate that the regulation is consistent with this Nation’s historical tradition of firearm regulations [xCite item=”75DAVPP7″ pos=1] that there must be some regulations from that time that would be acceptable under Bruen

This argument has been made many times. “If Bruen means what Bruen says, there are no modern infringements that would stand. Since the Supreme Court presumed that some infringements are constitutional, or that they were not addressing questions regarding those other infringements, then Bruen can’t mean what it says.”

“No true scotsman…”

I recently picked up 8.75 inches of 5.5 DuraBar, a type of cast iron. This is to become the backplate for a lathe chuck.

Friday afternoon, I started work on the backplate.

Since I repaired me horizontal bandsaw, cutting 2.75 inches off the bar was trivial. While the saw was working its way through those 5.5+ inches, I turned the jaws around on the chuck and got ready.

My saw did an outstanding job. It was time to start working on the blank.

The first operation was to face the raw end. The raw end had a sticker on it and was too rough to think about. It had around 0.25 of variation.

Since this is an interrupted cut, it requires light cuts until we are cutting almost completely. I was taking 0.050 cuts at the end. About an hour to get the first face done.

Normally, you would flip the piece and face the other side so that the two faces are parallel to each other. Since the purpose of this job is to end up with one face perpendicular to the spindle, that was not required.

The next operation was to poke a hole through the center of the disk. I did that in three steps, spot drilling, 3/8in starter drill, then a 7/8in taper shank drill.

I then bored the hole out to 1.125inches. Perfect.

The next step was to turn down the face to create a 0.625 boss with a 0.25in radius. Doing that operation was time-consuming, but I got it done. It looked great. That huge corner radius made it work.

My only issue was that my 0.5″ button toolholder needs to be kicked out. I didn’t notice at first, which required some adjustments. All the final passes were free-handed.

That was the end of Friday’s progress. I would have done more, but I couldn’t find my large, 18″ adjustable wrench to get the chuck off.

Saturday started with getting the chuck off. I found a tool that I could use, a couple of light taps with a dead blow hammer and the chuck came loose. It is still held on by at least an inch of thread engagement.

You would rather not drop the chuck on your ways, it would damage them. I use a piece of 3/4in plywood. I then started unscrewing the chuck.

I was using my left hand to support the chuck.

I stupided.

You can’t tell from that image, but my ring finger is the color of a purple grape. It is swollen by about 30%. It is no longer painful after taking meds.

Oh, did you suspect that I’m a touch typist? I use that finger often to type characters on the left of the keyboard.

Regardless, that stupid is even more stupid as I was contemplating making a cradle for the chuck, as Joe Pie suggested in one of his tips videos a few months ago.

I didn’t. I am suffering the consequences of my stupid.

After I had my “oops” I continued with my measurements. Turns out that a Craigslist purchase a couple of years ago has paid off again. I have not only my personally purchase’s 0-1″ micrometer, but that purchase came with 0-1″, 1-2″, 2-3″, 3-4″, 4-5″, and 5-6″. I’m happy to have found them again.

Once I have my measurements, I put the chuck back on the spindle and go to work boring to minor ID for 1 7/8×8 threads.

I hit my mark at 1.753 instead of my target of 1.750. Still within the specifications for 1 7/8×8.

Because I was set up to do the boring, I then bored to 1.887 0.250 deep. This is the most critical operation. The spindle has a registration boss at its base. This pocket needs to fit snugly on that boss. The better the fit, the more repeatable returning the chuck to the lathe will be.

I hit 1.8875. That’s spectacular for me. All is going well.

After lunch, I came back out and made that cradle. It took 15 minutes on the band saw.

That’s ready for the next time I need to pull the chuck.

I then cleaned up the lathe, cast iron chips had gone everywhere. Yes, I wear good protective eye wear.

The next operation is to single point the thread. This requires me to rotate the cross slide from 29 degrees to 119 degrees. This was done. I then indicated my tool post square.

It was time to cut threads.

This is where stupid number two comes in.

Normally, I use a dial indicator when cutting to depth. Because I wanted accurate locations, I used my micrometer stop.

That works for most things, but isn’t as accurate as using the micrometer stop. Nor is it as easy.

I had been using the micrometer stop for the boring operations. I now moved it out of the way to use the dial indicator.

And it doesn’t fit with the micrometer stop in its parking location.

So this is where error number two comes into play. I think I have a “regular” boring bar with a high-speed toolholder at the end. If I had bothered to find this and if I had bothered to grind a tool for grooving, I would have cut a relief groove inside that bore.

When you are cutting a thread on a lathe, the tool moves to the left in sync with the rotation of the spindle. At 8 threads per inch, the tool is moving at around 0.5 inches per second. I need to stop the forward motion at exactly the right spot. If I do not, then “bad things” will happen.

If I had that relief groove, I have more of a landing spot.

Using the dial indicator, if I over shoot, nothing bad happens. With the micrometer stop bad things can happen.

And bad things did happen. I missed.

Once I had everything straightened back out, I tried to recover.

No luck with that. I didn’t notice, but that crash rotated the cross slide, it rotated the tool post, it pulled the tool out of the toolholder. Yeah, everything was wrong. The good news is that nothing broke.

I’m cutting threads at the back of the hole, but I can’t seem to get things to work at the front. Nothing is working.

The tool post looks wonky. I slap a wrench on it and prepare to square it up again. As I start to loosen the nut, the entire cross slide rotates. That explains everything! I get the cross slide back in place and try again.

Nothing is working as expected. I can’t pick up the threads. I can’t seem to cut. It is just weird.

Looking hard at the boring bar, I decide to check to see if it is still square to the toolholder. It isn’t. That fixes it all, right?

Nope, the tool post is still twisted.

In the end, I get everything straightened out. I try to pick up the threads. At which point I realize that I’ve chewed the treats to shit.

The part is junked. I’ll be boring out the mess I made in the center, then that chuck of cast iron goes into the scrap bucket, and I’ll start all over again.

At the time I scrapped this part, I had about 6 hours of labor into it. I’m slow. I had turned around 4 pounds of cast iron into chips of the original 16 pounds.

Regardless, I had fun making chips.

No. Simply no.

I give you Judge Easterbrook, Judge Wood of the Seventh Circuit court, who looked at the Heller and decided it didn’t apply to the states. That was their “honest” understanding of the Constitution. Since the Second Amendment didn’t apply to the states, only state constitutions could be used to defend the rights of “the [little] people”.

I give you Judges Jacobs, Lynch, and Lee for the Second Circuit court, who looked at Bruen and Heller and decided that 3 regulations from 1837 and 1843 (past the founding era) excluding people with intellectual disabilities, mental illnesses, and alcohol additions from militia service plus some unknown regulations restricting firearms in schoolrooms met the requirements of this Nation’s historical tradition of firearms regulations.

They reasoned that since alcoholics, mentally defectives were banned from Militia’s, not from keeping and bearing arms, that justified modern infringements on people who are neither alcoholics nor mentally defective.

I give you Judges Kayatta, Selya, and Gelpi. Who, using Bruen and Heller, found that even if the presumed that LCMs and “assault weapons” are arms (but they don’t know for sure), found that they are not in common use for self-defense. Thus, they are not protected.

But, you say, these are those nasty circuit courts coming up with these horrible opinions. But it isn’t just the circuits. It is happening in anti-gun courts everywhere.

Look at the fact that of the half dozen or so cases that were combined for the Seventh Circuit to hear, only one was in our favor. The courts in all other cases found that PICA was constitutional. Out in Oregon, we see the same thing. The district courts are finding the state’s infringements constitutional.

We are a land of common law. That means that the law means the same thing for everybody everywhere in the country.

When it is not, a superior court will bring it into agreement.

Continuing from our last article, Cases are won and lost before they are heard, we look at [xCite item=”Z5IZIUNA” pos=0].

The state wants discovery. They put the plaintiff’s (good guys) reasoning as:

The plaintiffs are correct. No discovery is required. Are the plaintiffs part of The People? Do they wish to keep or bear an arm? If the answers are both yes, the plaintiffs’ burden is met. The burden then shifts to the state to demonstrate that the regulation is consistent with this Nation’s historical tradition of firearm regulation.[xCite item=”75DAVPP7″ p=8 pos=2]

Not only was Bruen resolved solely on the pleadings, so were Heller, McDonald and Caetano. I’m not sure about Stables.

When the question is purely of law, there is no need for experts. The experts are the courts. The parties bring forth their arguments via pleadings. The court reads the pleadings, listens to the arguments, evaluates case law, and then issues their opinion.

“Expert testimony” is expressly forbidden to give legal opinions. If there are legal arguments, the parties must present them, as their own experts.

In one of the Ninth Circuit cases, the state is arguing that certain expert testimony is actually opinions of law and must be discarded.

Even if the state was arguing about “The People” or “arm”, there are no experts involved.

The state offers a powerful argument. Surely, overpowering the weak argument of the plaintiffs, who relied on Supreme Court opinions and holdings. The state tells the court that other district courts allowed expert testimony and discovery.

This is as bad as the Seventh rejecting arguments for The People because courts inferior to them had ruled against The People.

Ignoring the courts that found for The People.

This discovery process can be very intrusive and expensive.

The reality of this is that the discovery process will add 5 months to this litigation.

When I was nerding, I was complaining about the amount of effort I was going through to just display a line of text with proper word wrapping. I introduce you to, QTextLayout which does exactly that. I’m in the process of debugging the newly re-written code.

3 steps forward, two steps back. Regardless, I feel better about it.

On the other hand, I started reading the transcript of Delaware State Sportsmens Association Inc v. Delaware Department of Safety and Homeland Security, 23-1633, (3rd Cir. Mar 25, 2024) ECF No. 118. My blood pressure went up. I’ll be reading the rest of it and presenting some feedback. Suffice to say, the judges in the case asked questions that indicate that they have reading comprehension issues.

The left is busy screaming that Justice Thomas has no business hearing a case regarding the persecution of the J6 victims because his wife was “participating in the insurrection.”

Isn’t it amazing how the most heavily armed group of people in the world, showed up for the insurrection and forgot to bring their guns?

The number of J6 victims that were persecuted for having scary looking tactical gear and med kits is not surprising.

Note, I do have far too many spelling errors. “Prosecution” and “persecution” are two different words.

We are also watching the trial of Trump. If I wasn’t already sick from what they were doing to the J6 victims, I would have more sympathy for what they are doing to him.

This weekend will be “fun”. I’m going to be making a backing plate for a lathe chuck. I picked up a “chunk-o-iron” this week. 5.5in in diameter, 8.76 inches long. I should be able to get at least 3 backplates out of that. The cost of one backplate, if they made one to fit my lathe, would cost more than twice the cost of the raw stock.

This will be an adjust true collet chuck. When I’m done, it should be able to maintain 0.0002″ TIR. That is beautiful.

There are three primary types of lathe chucks. There is an “independent” chuck, a “self-centering” chuck, and then collet chucks.

The chuck is attached to a backplate which mounts on the spindle of your lathe. You machine the face of the backplate in place on your chuck. The better you do, the better your check will be centered.

When using a self-centering chuck or a collet chuck, you are stacking total indicated run out, TIR. The backplate will have some run out. By doing the final machining in place, you can reduce that greatly. You leave a boss on the face and that fits into a recess in the back of the chuck.

If that fit is very close, there is very little movement that can be done to cause run out. But there might be some.

When using an independent jaw, each jaw moves independently. Normally, that would be a four jaw chuck. By carefully measuring the run out, you can determine which jaw is the furthest from the center. You can tighten that jaw and the work will move closer to the center.

If the jaws are already tight, you can loosen the jaw on the opposite side slightly. Using this method, you can easily get your work running true (no run out) to within 0.0005.

The magic of an “adjust true” chuck is that it combines a self centering chuck or a collet chuck with an independent type of adjustment.

You put the backplate with chuck onto the spindle. You put a known quality pin in the chuck. You can now shift the front part of the chuck independently to get that very low TIR.

Using a collet chuck, you can take the work out of the chuck, do something to it, put it back in the collet. It will have the same run out as it had before.

This allows me to do some things more easily.

I’m glad you all got to laugh at my misfortune of losing some of my music. The magic of streaming music has introduced me to 1000s of songs I would never have heard otherwise.

What artist or song from your past have you listened to recently and said, “that’s horrible?” For me, it was Olivia Newton John’s “Physical”. I thought I would enjoy that blast from the past, I didn’t.

What artist or song have you discovered today that you would not have enjoyed in the past? For me, it is all the old time swing bands and Frank Sinatra.

The comments are open.