Comments Closed

Due to an incredible amount of spam comments, I have disabled comments on the majority of posts and photos in this blog.  I would really prefer to leave them open, so people can continue to comment on my articles (I get 10-12 legitimate comments per day), but I can’t keep up with the spam.

Since automated anti-spam features cost more than I can afford, they aren’t an option.

Until further notice, all content here is closed to comments.  I’m terribly sorry.

 

If you do wish to contact me, you can send messages through Word Press, or send private messages to Squidgie on southwestfirearms.com, or SquirrelHollow on http://castboolits.gunloads.com/ or ammosmith.com.  Do not, however, try to contact Crankylove on thefiringline.com; that is not me and he is not affiliated with this site.

-Cranky

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The Quick Change System

One of the biggest things delaying reloading bench, has been my planned Quick Change system.  Because I want such a precise fit between the bench and the Quick Change Units (QCU), I have been hesitant to start cutting (a mistake will cost me at least $48 for a new sheet of plywood).

I know most woodworking shops can make cuts like this all day long, without breaking a sweat, but I don’t have precision tools.  I’m stuck using straight edges, clamps, and a cheap circular saw.

So, I hoped that sharing my plans would help shed some light on why I’ve been somewhat unproductive.

As you can see, it’s a “ghetto” design, using two layers of 3/4″ plywood.  For the QCU bases, the top layer is 8″ wide by 9″ deep; and the bottom layer is 10″ square.  Corresponding cuts are made into the sheets on the bench.

By using this system, I can use the same bench position for all of my reloading tasks.  The Rock Chucker is rarely used for reloading purposes, it will remain hard mounted on the other bench, for bullet swaging.

When the “dovetails” are not in use, I can insert a blank QCU, for a flush bench top.

The dovetail on the far right is for metallic cartridge reloading press use.  The dovetail in the center is for case trimmer and shot shell press use.  The slot on the left is for overflow storage, powder measure use, future expansion, or (if two people are using the bench) the Dillon 550B progressive.  In the future the slot on the left might also be used to mount a lead wire cutter or core mold (for bullet swaging); but the core mold is only an option if I create some better ventilation.

 

As always… if you have questions or comments, you can send private messages through Word Press, or track down Squidgie on southwestfirearms.com, or SquirrelHollow on http://castboolits.gunloads.com/ or ammosmith.com.  Do not, however, try to contact Crankylove on thefiringline.com; that is not me.

-Cranky

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Material Limitations for the New Bench

I haven’t specified before now, that I know of, what my limitations are for the new bench.  I hope that explaining the material limitations will provide a little more insight into some of my delays and design choices.

The biggest factor with this bench, is that I am trying to use as many free, or deeply-discounted materials as possible.  So far, I have paid a total of $56 for an over-priced sheet of 3/4″ seven-ply “stain grade” oak plywood, and a sheet of 1/8″ high density fiber board (“Masonite”).  I have quite a few 2x4s and 2x6s left over from some home repairs, and also have a few other things available, such as: 2x8s, 2x10s, 1x2s, 1x4s, 1x6s (limited), various dowels (square and round, 1/16″ to 1-1/8″), particle board shelves, and some partial sheets of epoxy-coated 9-ply plywood.

The other materials come, primarily, from a shop that builds and/or customizes doors, door frames, and related construction materials.  Some of the notable items from the door shop include 2 solid-core fiberglass-skinned doors, door jambs, lumber ‘stickers’ (placed under large pallet-type ‘bundles’ to keep the product off the ground), and 1/4″ particle board.  (The jambs and stickers are a random assortment of Mahogany, Oak, Poplar, Alder, and another hardwood I’m forgetting.)

In the following image, you can see a cut down door slab wrapped in door jamb legs, with the remained of the bench built primarily out of ‘stickers’.

 

As you can see in that image (even though it is old), I still haven’t touched the oak plywood.  I am reserving that sheet of plywood for the shelving unit.

Whether or not the plywood were to be used on the bench, I still have to limit my design to concepts that can be built out of the materials available.  I am able to spend a little bit of money on this bench, but not much.  So, I prefer to make due with the cheaper materials, and save the funds for something else.

 

With this post out of the way, I can move on to the subject I actually wanted to cover today…  The Quick Change system I plan to use for the bench.  It’ll be the next post on this blog.

-Cranky

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Minor progress, again…

I managed to get a little bit of physical work done on the new bench today, but the most work went into a 3D model.

I was still having problems trying to figure out how I would be using my powder measure with the new bench.  Since I’m trying to ensure this design is as efficient as possible, ignoring provisions for powder measure usage would be a significant oversight.

No matter how hard I tried, I couldn’t figure it out.  On top of that, I was having problems envisioning the best way to mount a light bar for bench lights, that would also allow room lighting to shine through (and still allow for an optional “decoration” I’m trying to include).  With part of me still wanting to, somehow, see the shelves before building them, as well….

I started modeling the room, benches, and anything else that would help me analyze the layout.

This is what we’ve got:

The presses are not exact models.  The one on the left represents a Redding T-7 turret press, and the one on the right represents an RCBS RC IV (Supreme) with the dreaded sintered link arms.  The Dillon 550B and Lee Load-All are not shown, because I still intend to create a quick-change system to swap presses out; even if it the bench is finished before I finalize that design.

The light bar will be attached to the bench with all-thread, that passes directly through the shelves, as well.  The section of bench extending beyond the wood fascia on the left is intentional (it’s not an unfinished model).  That section was left like that so I have an area of the bench that will allow easy access for clamping.

The surface of each bench is a solid-core door.  They weigh 80-120 lbs each.  The primary bench is using a white door, while the secondary bench (the one that’s mostly empty) is using a door that has a fake oak finish on it.

Above, you can see the Xenon lights I have chosen for the light bar, the 110VAC outlets I am building into the bench, and the switches (flush mounted up front) to control the lighting and outlets.  The bar stool is similar in design to the one I use, but for this model, I simply grabbed a pre-built example.

I spent a little bit of time playing with the lights, to see how they cast shadows.  Then I applied that knowledge to the plan, in order to avoid casting any shadows directly on the shell holder of the primary press (anything mounted where you currently see the Redding T-7).  The lights are very carefully spaced, and should complement room lighting nicely.

In addition to the light bar above the bench, I acquired some clearance under-cabinet lighting from my local hardware store.  The reason they were on clearance is plainly obvious… these lights are so dim, you actually have to look at the bulbs to see if they’re on. But, for the price I paid, I’ll still be trying to use them under the bench.  Even low quality lighting can be helpful, when I’m digging through boxes of bullets under the bench.

It took a lot of time away from actually cutting and assembling, but I think it was worth it.  I discovered a few issues that never would have been obvious without a 3D model (or the finished bench), that I can address now.  For example: Lee Load-All presses are easiest to operate when you’re sitting directly in front of them (not off to the side, like I do for my other presses).  With this bench design, I would have been stuck using the Load-All in a very inefficient and unnatural position, if I hadn’t noticed the issue with the 3D model.

We’re getting there….

-Cranky

 

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Sorry about the delays in new posts.

I’d like to apologize to any visitors, for not posting updates more frequently.

I’ve been quite busy lately, and have not made progress on any of my current reloading or firearms projects.  On top of that, the new reloading bench is also holding up dozens of projects.  Since I haven’t finished working on the new bench, I’m at a bit of a deadlock.

However…  I have reached a point where the reloading bench is, again, my #1 priority.  Tomorrow, I hope to put in about 6 hours.  Friday, I should be able to get a little more time on it.  If it isn’t finished by Saturday, it should be close (and only waiting on something trivial).

The obligatory photo: (A 12 ga Lee Loader die body and rammer.)

 

 

Looking forward to a bench that is conducive to videos….

-Cranky

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Homebuilt 12 ga Hull Trimmer – On The Cheap!

I recently got a smoking deal on some primed 12 ga 3″ Winchester high brass (AA) hulls, that were cheaper than I can buy just primers.  There was a problem, though… my only 12 ga shotgun has a 2-3/4″ chamber.  I cannot use 3″ shells, and have no plans to buy another 12 ga shotgun, any time soon.

So, I tried trimming the shells by hand, by using the handle of a Lee Ingot Mold as a cutting mandrel.  That didn’t work well, at all.  I tried using a tubing cutter, while still using the Lee handle as a mandrel.  That was better, but not precise.

In the end, I had 15 shells that were too short to properly star (fold) crimp as 2-3/4″ shells, and just as many that were terribly uneven.  So, I decided to cut them back to 2″ and 2-1/2″ shells; but I wanted it to be precise and consistent.  The Ballistic Products hull trimmer, the “Trim Doctor“, retails for $30, or more.  That is far more than I can justify.

I decided to build my own, using only what I had laying around, except for a store-bought 3/4″ poplar dowel.

The square tube was left over from my garage door opener replacement.  The aluminum channel and hardwood base were left over from my reloading bench build (new bench, still in progress).  The hose clamps are from “shop stock” in my miscellaneous car repair bins/boxes.  The metal bracket and “lever” were salvaged from a computer that was recycled.  The hardware was just left over crap I’ve had laying around.

The dowel was sanded by hand, until various Federal and Winchester hulls would slip over it, without too much effort (including off-brand hulls of similar construction).  Because Remington hulls have thicker walls, I simply decided I would never trim them with this device.  After all; why compromise the precision of the tool, for one type of hull that I rarely encounter, anyway?  The re-contoured dowel serves as the cutting mandrel.

The mandrel is adjustable (inside the aluminum channel), to adjust the length of the hulls.  And the razor blade is adjustable for cut depth.

Usage is simple.  Once the mandrel is adjusted to provide the correct hull length, I grab the body of the tool (over the hose clamps) with my left hand.  Slight pressure is applied to the cutting blade, while I spin the hull with my right hand.  In less than 3 revolutions, it will cut right through brand new hulls.  Fired or skivved hulls are cut even faster.

In no time at all, you have a clean, straight cut.

 

As always… I just thought I’d share.  What tools have you built at home, because you couldn’t afford the commercial version, or didn’t like the way it worked?

-Cranky

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Progress…. albeit minimal

I’m making progress on the bench.  However… I’m a perfectionist.  I also don’t own very many power tools; and my hand tools are not the greatest.  Combining those things results in it taking quite a while for me to translate an idea into an object I’m satisfied with.

In this case, I’m building the bench from scrap materials.  So, I also have to carefully manage my materials.

Anyhow, here’s a crappy cellphone photo:

 

-Cranky

 

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Video and the Reloading Bench

As mentioned in closing the shotshell article, I would very much prefer to be posting videos of the processes I covered there.  My bench doesn’t accommodate filming easily,  though.  Since I was already in the process of redesigning and rebuilding my reloading bench, it has become an even bigger priority, now.

I may have some small posts that show up over the next week, or so; but my primary concern is finalizing the design of the bench, and getting it finished.

-Cranky

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Reloading 12 ga Shotshells – On the Cheap! (Part 3)

This is part three of the ‘On the Cheap’ shotshell reloading article.  If you haven’t read part 1 or 2, please start there: Part 1. Part 2.

After dealing with the tools in part 2 of this article, I realized I could achieve the same result by using mostly tools that any self-respecting man will have available.

Some sockets, a dowel, the 1/2 inch washer from before, and a screw driver to use as the decapper.  In the photo, the 7/8″ and 22 mm sockets, and the two drivers are redundant.  You only need one of each.  And, as you will see, I used the punch from part 2, rather than one of the drivers.

So, the idea with the large sockets is to use something your shotshell will fit inside, without binding, or moving around.  It also needs to provide enough clearance to punch the primer out.  The best sockets I found for this were the 7/8″ and 22 mm sockets, in 1/2″ drive.  You only need one.

The smaller chrome socket has to fit inside the shotshells, able to reach all the way to the bottom.  For 12 ga, I found 1/2″ and 12 mm sockets to be the best.  However, different tool brands have different wall thicknesses, depending on the tool’s quality and purpose.  So you may need to use a smaller size, if the walls are thick.  Obviously, this should be a “deep well” socket.

The black impact socket is optional.  You can use it to slightly expand the hulls, if needed.  The example is a 10mm, but the size really doesn’t matter.  It just needs to be able to expand the mouths.

So, let’s run through this.

Expanding the mouth with an impact socket

Expanding the mouth with the impact socket. (Ignore the taped finger.  My thumb cracks and bleeds all winter.  I had it medicated and taped, in an attempt to get it partially healed.)

 

 

Inserting the 12 mm socket base-first

The inner socket should be inserted base-first, so the (square) drive socket guides your decapping punch right to the primer, and doesn’t let it slip.

 

 

 

Any of these punches will work.  I passed on the square and Torx drivers, because it was easier to take the photo while using the steel punch.

 

 

 

The 12 mm socket is left in the hull base-first if 3/8″ drive, but turned around (mouth first) if 1/4″ drive.  Then it is placed inside of the larger socket.

 

 

Not shown:  Charging with powder, seating the wad, and charging with shot is just like the previous method.  I have omitted those steps here.

Starting the crimp by hand

Carefully starting the crimp with my thumb nail.  Once I get the creases showing well, I’ll pinch every fold between my thumb and index finger.  Normally, this isn’t required, but this particular type of Remington hull is very strong and stiff.

 

Still working on the crimp

 

Pinching the folds.

 

 

 

Using the 1/2" washer as a crimp starter

 

Using the 1/2″ washer as my “crimp starter” again.

 

 

 

finishing the crimp with a 1/2" dowel

The final crimp is set.

 

 

 

 

the completed crimp

 

 

The finished shell.  This one has an ugly crimp, but I didn’t pay a penny for the tools needed to load it.  I already had everything on hand.

 

 

Thanks for reading.  I hope you enjoyed the article, and may have thought of some ways you can create your own “On the Cheap” shotshell reloading tool kit.

In the next few weeks, I may be posting some write-ups covering the Lee Loader (hand tool) and Lee Load-All (press).

However, my current priority is the rebuilding of my reloading bench.  I would really like to be posting videos with these articles, but my bench makes filming nearly impossible.  I could film the process, but it would be very clumsy and awkward for me.  Testing so far has shown that the video ends up being more annoying, than helpful (due to lighting, viewing angle, and obstructions).  Once the new bench is done, we’ll see where the reloading winds take us.

-Cranky

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Reloading 12 ga Shotshells – On the Cheap! (Part 2)

This is part two of the ‘On the Cheap’ shotshell reloading article.  If you haven’t read part 1, please start there: Part 1.

Here, you can see my dead-blow mallet, countersunk 5/16" washer, 1/2" washer, "special tool", hardwood block, 3/16" punch, 1/2" hardwood dowel, steel plate, .300 Weatherby Mag case, and some shotshells

As mentioned in part 1, we’re dealing with 12 gauge shotshells.  To get things started, I needed a way to decap the shells.  For the best fit, I needed a 7/8″ hole in the wooden block, to keep the shell from sliding around.  I couldn’t, for the life of me, find my 7/8″ wood boring bit. So, I had to step up to a 1″ bit.

I used the 1″ paddle bit to drill about 3/8″ deep in the hardwood block.

 

 

 

 

Then, I used a 3/8″ drill bit to bore the spent primer passage through the block.

 

The back side was relieved to allow multiple primers to be caught, before the space is cleaned out.

 

Then, the countersunk washer was placed in the hole, and whacked a few times with a framing hammer, to make sure it was solidly seated and a good fit in the block.

 

 

 

Then, the shell was decapped with a 3/16″ punch.  It may have worked with this particular hull, but hulls with recessed base wads (remember that photo in Part 1?) may require something to guide the punch.  Or, some wraps of painters tape can be used, to keep the punch centered on the primer.  If the punch isn’t on the primer, it can damage the base wad, and that’s a bad idea.

Next, a new primer was started in the primer pocket, and seated on a piece of plate steel.  For hulls with normal base wads, I can use the hardwood dowel to seat the primer.  For hulls with recessed base wads, I use a .300 Weatherby Magnum case.  The neck is large enough to fit over the primer and put pressure safely on the base wad, and the body is just long enough to clear the shotshell hulls.  Since it doesn’t take much pressure to seat shotshell primers, the weak walls of the .300 Mag case are not an issue.

 

 

 

 

 

The case was charged with powder.

 

 

 

A wad was seated in the hull.

 

 

 

 

The shot charge was added.

 

 

 

 

 

And, now for the crimp.  As I said in Part 1 of this article, the best crimp results are achieved if the process is completed quickly.  Not only should it be done quickly, but feeding reliability in most shotguns is greatly improved if the shell is held in a round form during crimping.  Failing to hold a round shape can lead to a shell that gets stuck in the magazines, actions, or chambers of some shotguns.  That almost always means for a bad day. Sometimes, failing to hold the round shape also means it is nearly impossible to get the crimp to hold. So…

In order to keep my shells round, I created a “special tool” from a water bottle.  The inner portion of the cap was carefully cut out.  This new opening measures approximately 0.775″.  Providing for some stretching of the plastic, that is just about perfect for the mouth of the 12 ga shell, that should measure 0.777-0.797″ after being crimped.

 

The threaded neck of the bottle is dropped over the hull, first.  Then, the cap is carefully started on the hull.

 

 

 

Once the cap is in position where the top of the shell will be after crimping, the threaded neck is screwed into the stationary cap.  This acts as a threaded collet, tightening down on the shell, and preventing the assembly from moving easily.

 

 

Now, the crimp can be started by hand.  It can be a tedious job, but I carefully press my thumb nail into the creases from the original crimp.

 

 

 

Once I get everything started, and moving on the proper fold lines, I bring in my 1/2″ washer, and “mash it down” on the crimp folds.

 

 

Then, I quickly use the 1/2″ dowel and firm hand pressure to finish the crimp.  (My left hand is acting as a guide, while the right applies pressure.)

 

 

If everything looks good, the water bottle tool can be removed.

-As you can see in this photo, I must have accidentally pushed the water bottle tool slightly down the body of the shell.  Luckily, this crimp turned out within spec, but using the tool properly pretty much guarantees it will be within spec. The tool should be almost flush with the top of the shell.

 

 

And that, as they say, is that:

It isn’t a “factory fresh” shell, but it will serve my purposes, just fine.  It’s good enough to trust while hunting.  Pretty much anything else is secondary.

After completing my “tools” (the hardwood block and water bottle collet), I realized there was an easier way.  In Part 3, we’ll cover the ‘easier way’.

-Cranky

 

 

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