Have you ever come across something that works unexpectedly well, or even perfectly? Like when packing a box and all the items fit in nicely with no rattling? Or when you finish building something with just a handful of scraps?

I come across these happy coincidences quite often. When I encounter them in daily life, they are a reminder that good design works. When I encounter them when making something, they are often encouraging as I take them as an indication that I’m on the right path. Good design works.

Take for example this happy coincidence that I came across today:

I needed to cut a series of hexagons with a 14 inch width. After laying out the shapes (read below to learn how I drew them), I first cut them into triangles with my track saw. (The hexagons were being cut from large, 2 inch thick slabs that were not flat, so the track saw made the most sense to me.)

Then, to make them hexagons, I needed to cut the other 3 corners. For this, I decided that my sliding table saw was the most efficient tool to do this with accuracy and repeatability. I set the crosscut fence to 30 degrees, then pondered how to ensure repeatable positioning.

The normal method of using a stop block wouldn’t work, since not all the corners of the triangles were intact (e.g. the corner extended past the edge of the material, as shown below).

My next idea was to use the diameter lines to align to a mark made on the crosscut fence. Although this would require manual alignment, this method would offer acceptable accuracy and be fairly quick to position each cut. Plus, the clear-anodized aluminum crosscut fence readily accepts pencil marks. I grabbed a pencil and combination square to make the mark and discovered…

Remarkably, in order to make the cut, the diameter lines would have to be located right at the end of the crosscut fence. No adjustments to the fence were required, and no marks needed to be made on the fence. How cool was that?

How I Laid Out The Hexagons

To lay out the 14 inch hexagons, I used a compass with pencil, pair of dividers, and a square. Below, I demonstrate drawing a smaller hexagon on a scrap.

First, I set the compass to 7 inches (half of 14) and drew a circle for each hexagon. I used a compass with a pencil, though I could have also used a pair of dividers to scratch the circle which would have been more accurate.

Next, I set the dividers to the same 7 inches by placing one point in the centre divot and the other point on the circumference.

Then I walked the dividers around the circle, leaving 6 equidistant divots around the circumference.

Finally, I connected the divots on opposite sides with a straight line, and drew a line square to that and tangent to the circle.

I extended the tangent line in the other direction, then repeated five times to complete the hexagon. Remember to leave enough room around the circle for the hexagon’s corners.

Those of you who follow my work know that I’m often inspired to create a frame when I go into Diane’s studio and see a work in progress. Well, recently I saw a dancer that she was painting and immediately thought Flamenco and visualized the fans I’ve seen Flamenco dancers use. Next thing you know I’m searching the net for pictures!! Once I found a picture of the fan to use the next hurdle was figuring out how to make a pattern and transfer that to each corner of the frame. Adding to the challenge is that the frame has a 15° slant to it so using a compass wasn’t an option. The frames size allowed for a circle with a 2″ radius so the first step was to use the Pages program and print off a couple of circles of that size, that’s the gray piece in the right photo. I’m a big fan of using plastic from lettuce containers to make my templates. The paper is attached to it with spray adhesive then cut to shape. For the circular piece in the center I used a 7/14mm gouge to not only cut the template but also the wood. The outside was carefully cut out with scissors and the location of the frame miter was marked on it as well.

Line the template up with the sight edge and the miter to draw the circle (3/4 of one actually). you need a way to divide the circumference into an even number of parts. The only way I know to do this is to use dividers , if you’re not familiar with these they’re the black tool in the right picture. Set up the dividers on paper, not your wood — you’ll be doing a lot of trial and error work to do this so paper is easier to erase! As a furniture maker I use them a lot to divide a given space into equal sized parts and layout dovetails. To use them you “guesstimate” a size you think would work, adjust the dividers to that size and then “step it off” from end to the other end. The goal is for the last step off to end exactly at the end of the piece. Until it does you’ll need to make very small adjustments spreading the legs more or less until you get equal sized fan blades. Keep the dividers at that setting, you’ll need them for each corner. Note: I’ve tried to explain this the best I could but it is confusing, here is a LINK for a short article I found on the net.

Once your corner looks like the left hand picture it’s time to divide the fans — I strongly suggest only doing two blades at a time to save confusion. Measure and make a mark at the center on one blade. Use the dividers to mark the centers of all of them, you may need to eyeball and adjust if it doesn’t look quite right to your eye. The right hand picture shows the arrows drawn to remind me which way the slope goes. Here’s the order that worked for me and the tools I used for this project:

• Use 1F/8mm skew to cut angled line from outside to middle line at the bottom of 2 blades, draw your arrows to indicate slope direction
• Use 3F/6 to cut to desired depth at end of the blade. I also used a 2/10mm and 2/14mm to blend the carving into the rest of the frame
• I used what I call my golf ball skew, it’s an old Marples skew fitted with a golf ball which lets me make curved or straight free hand cuts. Make a straight cut down the middle line from the inner circle to the end of the fan blade
• The goal is to have a tapered cut that slopes to the middle line and down to the end. For me, the best tool was a 3/4″ very sharp bench chisel. Take very light cuts and work from both sides trying to stop your cut before hitting the other side. Definitely practice these, you can’t put the wood back!
• You will probably need to deepen the cut at the end of the fan blade to maintain a sharp edge.
• The grain direction changes on every cut due to the miter and to add to the challenge my profile has a 15° angle too.

I’m sure I’m not the only woodworker who enjoys creating something that’s relatively simple and challenging that will serve a purpose. I love the challenge of making furniture and picture frames but this had some techniques not usually used and would be useful — enter the bathroom drawer tray! I have some leftover Beech which was resawn from furniture projects that required 8/4 material, the pieces were approximately 3/8″ and 3/16″ thick.

That’s about it, fun project to make and helps to maintain my hand tool skills. Used the table saw and planer to rip to width and surface to thickness. I aways use hand planes to remove planer chatter marks. The miters began with a miter saw but were fine tuned with the Donkey Ear shooting board.