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Darren's active projects

it's mostly Cat and JD that use this style of gland nuts. I have a good selection of hook spanners but they bent with a cheater pipe trying to loosen this one. My Bobcat and most other machines use face pin style. I have a few to do on my Bobcat as well and will be making the tools as well.

Local hydraulic shop story: they resealed a piston and gland nut for me recently. I brought the parts in, they matched up and supplied the seals. The total cost while i watched was about 20 bucks. I asked how much if I brought all my cylinders there. He says its a flat rate of $350......each. So I think I can handle disassembly/reassembly even if it means i have to make the tools. The oem seal kits are about $40 - $60 per cylinder and its dead easy to do.
 
Doing a bit of threading tonight. Making a new, shorter pressure screw for my otc balljoint press. It's 1.110" 7tpi, I guess 1 1/8" nominal. Used an old axle shaft from a Ram 1500 that I annealed in the woodstove for a few weeks. Cuts with carbide ok, HSS, no bueno .

The reason for the new screw is for getting into tighter spots under fenders and such. I also plan a few new accesories for the balljoint press as I need them. Mostly this was an experiment to see how well an axle shaft will hold up to this sort of abuse. I used to throw literally tons of them away. Seems to be a good source of material. Before annealing, a file would barely touch them. Tough stuff and available behind every auto shop, except mine.



Here's a YouTube video showing how the leadscrew reverse on the Standard Modern 1660 works.





 

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I'll have to check it out. I stopped watching him when he got into his truck rebuild. Did he anneal it or use cbn?
 
I did not anneal this piece well. I tossed it in the woodstove and forgot about it. Pulled it out the oother day and decided to see if I could thread it. It turned well to nominal with carbide so I'll probably be using a bunch of this material in the future. It's still tough after softening. I'm sure with proper annealing the hss would work fine
 
Generally watching other people work of vehicles is not my thing. Its what i do every day myself. I like machining vids, or true crime. When I'm machining it usually just the radio.
 
Getting ready to to insulate the 12x50' attic in the shop. As of right now there's no stairs, so its a 14' climb to get up there. Building an elevator later. Right now i'm getting a workout on the ladder. Put up some temporary lights tonight, and started moving my tools up there. I have a pile of blocking details to take care of as i go. So i'll have a miter saw station, table saw and compressor/nailer, screw guns/chargers.

As some might remember i got a huge amount of high density EPS styrofoam insulation for free in the fall. Its all tapered flat roofing insulation. Each 4x4' piece has a 1/2" taper - 5-5.5", 4.5-5", 4-4.5" etc, all the way down to 0.5-1". My plan is to cut the pieces at 22" wide and foam them into place between the truss members.

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Ended up with about 8 dump trailer loads!

When i did the initial ceiling, in 2018, I cut 3" foam at a smidge less than 22.5" and adjusted as i went. Truss spacing is never perfect and it was a pain in the ass getting them to fit right. Foaming them into place will be more expensive but will be faster and yield a better finished result. On the ceiling, it didn't matter as I knew I was putting r50 blown in on top, on each side of the attic section.

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The vertical truss members are 2x6's, the top chord of the trusses are 2x8's. There's 4.25" of blown in insulation under the plywood attic floor / on top of the 3" eps styrofoam.
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It'll be nice to be able to use this space for storage. Or something.
 
Had to remove an upper intake manifold today on a Ram Promaster van. A common problem is that water sits in the well that the bolt sits in, rotting the head of the bolt off.

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The hex was completely gone. It's about 4" deep. Can't weld to it. Can't center punch it. So I decided to grind the head off with a carbide burr on a die grinder. Only problem was that I needed a little extra length. I whipped up a quick and dirty extension.

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I didn't get quit the press fit I wanted, so I added a few tacks. Because I was working on a plastic intake manifold, I cleaned up the tacks and checked the runout. Less than 0.002" , good enough.

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Worked like a charm!

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The 500 dollar screw
 
Had to make a tool tonight. A job i'm doing in the shop right now is swapping a service body from one truck to another. The service body mounts to the trucks frame with 8 tabs that bolt to the truck frame with 1/2" bolts. The tabs are already drilled, since it came off another truck, The mag drill won't fit where I need to drill the frame through the tabs, so i made an arbor for a 1/2" annular cutter to be used in my regular 1/2" drill. I used an old stub axle that i annealed in the woodstove. It machined very well. Here's some pics.

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This is the axle. The splines were badly worn, and was replaced because of that. After pulling it from the woodstove, I cleaned up a bit of it to chuck it.

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Pretty ugly, but it machined really well.

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I turned the one end down to 1/2" and flipped it around and parted off the splined section

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Bored it out to 0.750"

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And it fits nice and tight. The cutter is actually a half thou smaller than 0.750

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Drilled and tapped for a couple set screws and its ready to go to work tomorrow.
 
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