Project Update

ID'd the stretchers, Reclaimed this project

  • Posted on: 21 August 2015
  • By: Jay Oyster

OK, I'm finally going to try to finish this thing. I almost gave it up as lost last October when, while trying to square up my bench legs, I ended up doing more damage than good with my table saw. The problem, I didn't have most of my tools, jigs and assorted materials located after our move from Roswell house #1. I've spent the last 10 months slowly (s l oooooooo  w l   y) getting my shop and house back in order enough to do some at least moderately skillful woodworking again.

All of the parts needed to complete the workbench laid out on my outfeed tableThe first, critical step now is to identify the rough lumber that will function as the stretchers on this thing. Unfortunately, I don't have thick enough lumber for one piece stretchers, so once again I'm going to need to patch together two pieces for each of the four stretchers. Finding pieces of silver maple from my dwindling stash of lumber from the farm tree was a sketchy proposition. I didn't think I even had enough left. There are more pieces in storage in Ohio, but I have no way to get it back to Georgia easily any time soon. So it was a major victory last night that I did manage to find  enough pieces for the entire undercarriage of the bench. A major victory was that I actually located my folder of bench plans. (I still can't find my folder for the jewelry armoire project, which is why it's still on the back burner right now.) But with the bench plans in hand, I could finally see my original dimension calculations and knew enough to identify rough lumber. 

Nearest the table saw is the long front-piece for the benchtop. This had long been my intended piece in which to carve a message. I was the only fairly clean long-enough, wide-enough piece I had. Beyond that at the far end of the outfeed table you can see my two big and two smaller legs. The larger legs will be on the front of the bench. And then on top of the legs are the four longer pieces that will serve as the front and rear stretchers. The inner parts are only going to be 3 ½" wide, rather than my original plan of 4", because I simply don't have any long pieces that are straight and wide enough.  Near the orange square (Hey, it's cheap, works well, and most importantly, AMERICAN MADE!) and orange ruler (ditto) are the four pieces to make up the left and right stretchers. On the floor behind the outfeed table I have the end cap of the top. The front and tail vice hardware are stored on the lower shelf of the outfeed table.

Benchtop slab standing, leaning up against the wall among all of my remaining long lumber pieces. (sigh) I really need to get some of this wood *out* of my shop.As you can see, my outfeed table is once again, effectively, the only work surface I have. That's the reason I desperately need to finish this bench project. The benchtop is sitting propped up against the far wall. Here, here's a better picture of it. 

So, I have all of the parts, FINALLY, and I can get to work on squaring up the stretchers and cutting the tenons for the legs. After I run the lumber though the planer and jointer, I'm going to attack this with hand tools as much as possible, particularly the joinery. The incident with the table saw and table leg tenons last year has made me very leary of using power tools for any of the fine joinery attempts.

Shit! I just realized that I don't in fact have all of the parts needed. I still need to source the wood for the front vice chop and lower support. Well, I knew that was the case all along, but I had forgotten. I know I don't have anything large enough for that one. I'm going to need to go find those parts eventually. But for right now, the goal is to get the basic bench put together quickly. I can't screw around with this much longer.


ALL of the parts needed to finish my workbench are finally identified, sitting here on my outfeed table

Cabinet up in the new shop

  • Posted on: 21 August 2015
  • By: Jay Oyster

I managed to put the hanging wall cabinet up in my Roswell shop #2 last winter, but I've not had much opportunity to use it this year. Still, I've managed to slowly put it back together with the tools and started, finally, working on some more tool holders. In particular, I've got a new Lie Nielson carcase backsaw that needs a home, along with my old Veritas black powder spine dovetail saw. 

I had to do much of the heavy lifting of the move myself, and getting this thing up on the wall without help was quite a challenge. I think I dinged up the bottom of the case a bit moving it around from the garage down to the lower basement. Structurally, it's still fine, although the doors are sagging a bit after several years of life. Those piano wire hinges are quite strong, but even without all of the tools planned hung in the doors, the doors are quite heavy, particularly when closed. I think I'm going to mount a support block with a low-friction slide plate on top just under the top of the doors, mounted on the inside of the case. This should help support the doors while closed and help the latch magnets engage and hold them closed.

I had ordered some brass drawer label holders last year and they came. They're around the shop somewhere. As with any move, the challenge has been to find everything again. Getting the cabinet up and in order is actually part of my process of finally getting my woodworking back in business. I hope to have updates on this in the near future.


Tool cabinet up and being used in Roswell shop #2

First up in New Shop - the Bench Legs

  • Posted on: 23 October 2014
  • By: Jay Oyster

After moving our entire house (and my shop) during the last four months, I've finally got my shop set up well enough to be usable. So I pulled out the parts for the bench and started working on the legs. You can see that I'm finally taking the time to work out the dimensions for the Benchcrafted wagon vice. I'll figure out the leg vice later. I had the legs and vices stored under the planer, since it's about the only tool in the shop so far with the rolling base installed. Since the photos, I've pulled out the legs and dimensioned them for length and width.  I still need to fix the depth. The front two legs will be nearly square, but the back two will not be as deep. It's a simple and practical matter of the available stock. The front legs will be 5" x 4 7/8". the back legs will be 5" by 4".

After agonizing for a while, trying to figure out how to fit the wagon vice around the front leg of the bench, I finally noticed a line in the instructions that let me off the hook . . . "These instructions do not match the way that Chris Schwartz installed the vice on his famous workbench. HIs slot is moved toward the back of the bench by several inches so the vice and dogs will not interfere with the front leg." There you have it. It's allowed. The Schwartz has spoken. :-)

Reworking bench dimensions and legs

Design Details on Armoire Doors

  • Posted on: 29 May 2014
  • By: Jay Oyster

Basic side door as originally designedNow that I've managed to complete the assembly of the main case, I can't put it off any longer. As you may have noticed from the Rev 17 armoire sketchup file, I didn't have any details entered for the construction of the front and side doors. I have to figure out the joinery and the final design elements for these four pieces before I can proceed. Here is the basic design as I had it when I began construction of the cabinet, almost 3 years ago . . .

As you can see, it is a simple mortise and tenon constructed panel door, with the only link to the rest of the design being the choice of sycamore as the primary material, and the small door handle in cherry. It seemed just a bit too plain, but I also didn't want to overwhelm the piece by putting in too much fussy detail on the sides. Then there was the other problem . . . where to place the hinges.

The hinges at the back are simple, I'll just mortise in a pair of nice bruso hinges to the rear of the door and the back edge of the back legs. Having the cylinder of the hinge sticking out the back of the piece doesn't bother me at all. I don't really want the hassle of trying to learn how to install knife hinges at this point, and clearance when the doors are open isn't really a big deal.  But on the front doors, the hinges and the clearances when the doors open is a very big deal. I realized that my original design runs the front doors all the way out the edges of the front legs. When these doors are open, if I try to open the doors past 90 degrees, the front door itself will run into the front edge of the side doors. So I had to rethink it a bit. I'm still going to keep the hinge choice simple on the front doors, so I'm going to need clearance on the sides of the front doors so the hinge barrels don't interfere with the side doors.

New design for the side doorI finally opted for two fairly small changes to the design of the side doors, but I think they help refine the overall look. First I added a vertical mullion (or munton, or "stick' is what I believe Tom Fidgen calls them on his design) to the side door. I actually added the idea because the model of the handle I pulled from the front doors already had a little slot cut for the vertical stick that exists in the front door design. Since I simply copied this handle design over to the side door in Sketchup, the handle already had this slot. So I decided to keep the slot and add a vertical stick as a design accent.

New details of the side door on the jewelry armoire

Jewelry Armoire - Built and fit last two drawers

  • Posted on: 20 May 2014
  • By: Jay Oyster

Closer view of the ten drawers fitted to the caseIt took something like four months, but I finally finished cutting all of the dovetails for the 10 drawers on this project. The pictures here show the drawers in place, not stained or anything, so the color variations of the cherry are still very apparent. I'm going to have to tear down my shop for the move next month very soon. So I don't know how much more of this project I'll get finished before I have to rebuild the whole work environment. This is quickly becoming a contender for my longest build ever. But, boy, am I glad to have the dovetails done. Overall, my dovetails are a solid journeyman's job. If I had to grade the quality of all 10 drawers right now, I'd give myself a B minus.



10 drawers dry fit and bit to the case in the Jewelry Armoire project

Built drawers #7 & 8 for Adri's cabinet

  • Posted on: 7 April 2014
  • By: Jay Oyster

Cabinet with seventh and eighth drawers installedI've decided that I'm going to finish this cabinet before we move in June or die trying. I finished two more drawers this past weekend. I've gotten into a rhythm with this. I now think of each drawer as a four step process.



  1. Cut and clean up the tails

  2. Cut and fit the back of the drawer using through dovetails

  3. Cut and fit the front of the drawer using half blinds. Fit the bottom

  4. Fit the completed dry-fit drawer into the case

So, I'm currently 8 1/4 done with the drawers. As soon as I fit the back of drawer nine, I'll be in Fellini territory. (Obscure film history reference there . . . ) It's appropriate, since this project is driving me nuts.

Drawer #6

  • Posted on: 26 March 2014
  • By: Jay Oyster

Built and fit the sixth drawer to the case on Sunday. My chisels and block plane are getting dull, so I've pulled out the water stones and am about halfway through sharpening them. I probably should have sharpened the chisels about two drawers ago, but . . . .you know how it goes.

Finished the four hammer/mallet brackets

  • Posted on: 14 March 2014
  • By: Jay Oyster

Hammers and mallet mounted in left door of the wall tool cabinetI pushed and finished all four of the 'hammer' mounts last night. This meant mounting the Blue Spruce round mallet and the Warrington hammer (i.e. cross-peen hammer).  I actually took a picture of the finished brackets this time. I sped this whole process up by using the band saw much more. Basically, I took a 3" thick piece of some wood or other from the farm, cut it to width on the bandsaw, figured out where the hole should be for the tool. I used the drill press to cut the holes into the block, but not all of the way through. Then I cut a curve out of the bottom half of the block so I don't have to go through so much material with the mounting screws. This has the secondary effect of opening up the tool holder opening I just drilled in the top of the block.

Hammers and mallet mounted in left door of the wall tool cabinet

Added Hammer mounts

  • Posted on: 13 March 2014
  • By: Jay Oyster

In the last couple of days, I've managed to sneak in some time to build a couple more tool fixtures for my wall hanging tool cabinet. I haven't grabbed any photos of it yet. I'll take one as soon as I get all four of my primary woodworking hammers mounted. So far, I have my el cheapo rubber tipped hammer mounted in a bracket at the bottom of the left door. I use that one for horsing out mortises and with my cheaper chisels for taking out the waste from around dovetails. And I also have a bracket installed for my bright orange dead-blow hammer.  I still have the Blue Spruce wooden round mallet to mount, and my Warrington hammer. They're all going to be tightly packed near the bottom of the inside of the left door.

Report from the Science Expo

  • Posted on: 8 March 2014
  • By: Jay Oyster

To get ready for the science expo, I wired the timer to the track in a semi-permanent way, then I helped Liam run a series of timing runs on the track.  This was my opportunity to walk through the scientific method with him. It was a bit tricky to do it in a way that a second grader can understand. For instance, although Liam is in an advanced math program, he is only now starting to work on the concepts of fractions. Decimals are not even on the horizon yet. So I needed to figure out a way that he could report all of the results in whole numbers. This did require me to explain the idea of milliseconds, but he got that readily enough. So we measured the mass of the car in grams, and the times in milliseconds.  He had no trouble seeing 1.042 seconds and writing down 1042 ms.

Liam's display at the 2014 science expoWe did five runs of the car at each mass. For the mass variable, I mounted a small box lid on the top of his car. Luckily, his car design has a flat top. This way, we were able to change the mass of the vehicle without significantly changing the aerodynamic cross section of the car as it travels down the track. I didn't expect him to understand the various complexities of what is actually going on to determine the time of the car, from rolling friction to air resistance to potential and kinetic energy. Nor did we go into Galileo and the Newtonian laws of motion. Keeping his attention on this for even 20 minutes at a time over several sessions was hard enough. I just asked him for his hypothesis. Would a light car go faster or slower than a heavier car? He thought a lighter car would go faster. So that's where we started. 

Liam showing off the timer at the science expo

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