Started by laying out the boards for the front panel. The three original boards from the first design iteration are the two on the bottom (lower left in pic) and the second from the top. The middle is two drop pieces butted together in the middle, and the top piece is one of the beveled drops from one of the locker cap pieces. These were laid out with alternating growth rings. With the switch to the rabbeted joints for the locker assembly, all of these boards are long and will be trimmed to final width and height after glued up.
Laid out biscuits 2-1/2 inches from each end and every 5 inches between, plus 2 at the butt joint in the middle board for a total of 38 biscuits.
Cut 76 biscuit slots.
Started the glue up with the butt joint in the center board.
Next, while that was curing, I glued the upper and lower sections. No glue in the middle joint here; just used the same clamps for both subassemblies.
While those were curing I got out the Kregg and started figuring out how I was going to screw the locker together as an assembly. For the sill piece I wanted the screws to be on the underside where they wouldn’t be seen, and they needed to be centered on the thick part of the board. Here you can see the pencil line that will be used to align the board in the drill jig…
…and the resulting screw hole.
Next I laid out and drilled the pocket holes in the side panels. The ones at the bottom of the well won’t be noticeable. I decided to put the ones at the top on the inside thinking that it would be better to have the angle of the screws pulling the joint together (I always seem to get a little joint shift due to the wedge effect of the angled screw). I’ll either glue in some of the proprietary plugs or use some Bondo filler after assembly. I’m thinking the inside of the box will either be painted or lined with felt or maybe padded vinyl.
During the layout of the front panel boards I noticed that the two pieces I was using for the middle board were not precisely the same width. In hind sight I could have put these at the bottom and trimmed everything true after gluing, but I figured the panel would be stronger with the butt joint in the middle. So I was careful to align one edge of the boards very accurately putting the mismatch on the other side. Here is the good side.
Look carefully and you may be able to see the mismatch on the other side; just enough to create a gap in the main glue up if not attended to.
So I set the rip fence on the table saw to just skim the narrow half and pared off the difference on the wider half. The difference was so slight I didn’t worry about affecting the depth of the biscuit slots as those always have a decent margin. Just took a whisper with the hand plane near the middle of the board to true the joint and I was happy with the dry fit, so I glued the panel up.
While that was curing I figured the next move would be cutting this decent sized panel to final size on the table saw, so I figured it was a good time to set up the longer guide rails and start thinking about the extended table, and perhaps a panel sled. So I made a full set of the guide rail spacer washers; enough to replace the three remaining plastic ones and to mount the table extension.
Got the long rails installed.
Here you can see the special washer in between the rail and the edge of the table.
By then the locker panel had set for a while and I felt comfortable pulling it from the clamps and scraping down the joints.
Wrapping up for the evening (about 7 hrs in) Karl and I discussed the options for the table saw extension. He thinks we should bend up a sheet metal pan. I was leaning toward wood, perhaps with a laminate top. His argument was that the metal would be fast and easy. He’s right, and probably already has the material on hand. I wouldn’t be surprised if it is done before I get there tomorrow.