You can now order the carefully chosen wooden parts needed for the Hobbit-y Chair from The Stick Chair Journal No. 2. The kits are $295 and are in red elm, my favorite chairmaking wood.
You can order a kit here from Alexander Brothers in Virginia. Shea Alexander and his employees have been supplying me with chair wood for almost a year now, and I am really happy with the stock they pick, both for straightness of the grain and overall beauty.
We do not receive any royalty or kickback on the sales of these kits. Shea was willing to do them, and we consider it a service for people who live in areas where wood is difficult to purchase, or where the woodworker isn’t confident in choosing their wood.
The venue for the 2024 London IWF: London Design & Engineering UTC, 15 University Way, Royal Docks, London E16 2RD.
There are just a couple of weeks to go before the 2024 London International Woodworking Festival (LIWF), so Chris I are are busy working on our presentations for the LIWF Bazaar on Friday, Nov. 1 and Saturday, Nov. 2. (Now just where on my computer did I stash those pictures of furniture from Union Village….)
We’re looking forward to catching up with old friends – and making some new ones/finally meeting Instagram buddies in person – and seeing what the still-growing list of vendors has to offer. So far, we know that on hand will be Classic Hand Tools; Lie-Nielsen with John Parkinson and Robin Nolan; Lee Valley Tools with Richard Wile and Ryan Saunders; David Barron; Ian Parker; Richard Arnold; Michel Auriou; Oscar Rush; Phil Edwards; Windsor Workshop with James Mursell; The Quiet Workshop; Nigel Melfi; Sean Hellman; Odie’s Oil; Sawsharp with Mark Harrell; Southern Fellowship of Woodworkers; Rubio Monocoat; London School of Furniture with Helen Welch; Skelton Saws; Israel Martin; International Boatbuilding Training College; Surrey Veneers; Kevin Gooch; G-Sharp Tools; Lamello; The Furniture Maker’s Company; Chris and me; and Derek Jones of Lowfat Roubo, who is one of the organizers.
Advance tickets are available now on the website (£5.50 for noon-5 p.m. Friday; £10.50 for 10 a.m.-5 p.m. Saturday, or £15.50 for both. At the door, the price per day will be £15).
As Derek puts it, ”Speak to everybody on the list above and every insight, light-bulb moment and piece of advice will have cost you less than £0.30, €0.36 or $0.39. Attend one of our free seminars and well, you do the maths. And as for the fun, excitement and complete nerdery, you can’t put a price on that now, can you!”
Happy students following Chris’s chair class at the 2024 LIWF.
Two new stick chairs. The one on the left was built by a student. The one on the right is mine.
I’ve never shown my work in a gallery. I’ve been asked a few times, but my problem is this: I don’t want to give up 50 percent of the sales price to the gallery. I’d rather skip the glory of cheese and boxed wine in plastic cups and sell my work direct.
But gallery shows are fun. And you get to see a lot of interesting work. So we are going to put on our own show on Saturday, Nov. 23, at our Willard Street storefront. And it’s going to be a little different.
The Chair Show will show my chairmaking arc (and my influences) over a 21-year span. There will be an original John Brown Cardigan chair, a Chris Williams four-stick Welsh stick chair, plus an original Welsh antique I bought from chairmaker John Porritt.
I’ll be showing my first chair, plus some other waypoints on the journey – my first lowback, the chair from “The Anarchist’s Design Book” and some prototypes.
Plus, I’ll have some new chairs to sell. These will be priced at the low end of my typical range.
Here’s the fun part: You’ll be able to touch, study and measure all of them. And you’ll be able to sit in all of them (with one exception – the Welsh antique needs a repair).
Like all our Open Days, we’ll have our complete line of books and tools here, plus blemished books for sale and some tools, too. Megan will be on hand to sign her new book “Dutch Tool Chests.” And Wally will accept your petting. The show will be from 10 a.m. to 5 p.m. on Nov. 23 at 837 Willard St. in Covington, Kentucky 41011.
We’ve added a new class: Build an 18th-century Southern Table with Jerome Bias – it’s Feb. 17-21, 2025, in our Covington, Kentucky, shop. You can read more about it (and register now) at our ticketing site – but if you’re interested, don’t dally. Space is limited!
This is an excerpt from “Euclid’s Door” by Geo. R Walker and Jim Toplin. The book teaches how to make the tools from “By Hand and Eye.” At this point in chapter 7, a miter square that has a 15° tip is being constructed. This fragile corner of the tool has to be taken into consideration when choosing its placement on the grain of the board.
Fig. 7.13 The triangle on the left with its thin 15° tip poses a unique layout challenge
Many geometric layouts begin with just a given line. This has real practical value. It means we can construct the layout from just a small piece of the overall picture. This construction is a little more complicated than what we’ve done so far, so I suggest you work through this sequence on paper to get an understanding of it.
Fig. 7.14 The blade we eventually end up with has a clipped corner so we can have a 45° reference edge.
Case in point is this second triangle from our multi square, Fig. 7.13. The sharp blade that juts out to the left begins life as a 30:60:90 triangle that gets altered to include a 45° reference on one end, Fig. 7.14.
But that leaves us with a fragile, narrow point. We must lay out our triangle so that the hypotenuse is aligned with the long grain on our blank, Fig. 7.15.
Fig. 7.15 This layout is a challenge because our right angle is located up in the middle of the blade material. The only line we can know for certain is our hypotenuse located on the bottom edge.
So we need to lay out our triangle, but all we have to start our construction is the line that will be our hypotenuse. Before we proceed, let’s step back and take a look at a different geometric layout to get an understanding of how we get there. Here’s the construction we’ll base this on, Fig. 7.16.
Fig. 7.16 We’re going to use a few bits and pieces from this construction to reach our destination.
Let’s break it down into smaller pieces. We begin with Euclid’s first proposition, which is how to construct an equilateral triangle from a given line. Start by using the ends of a line to set the compass span and, using the end of the line as anchor points, draw two identical overlapping circles. Connect the top intersection where the circles overlap. Take note that the lines that connect the intersections also happen to share the radius of both circles. You just created a triangle with all sides equal which means all three corners are 60°, Fig. 7.17.
Fig. 7.17 The internal angles of all triangles always add up to 180°, so if our sides are equal, each corner must be 60°.
If you bisect this triangle, you get a pair of back-to-back 30:60:90 triangles, Fig. 7.18. It helps to see what you are after by superimposing this construction over our blade stock to see how it might apply, Fig. 7.19.
Fig. 7.18 (left) Note the hypotenuses of these two new triangles are facing out. Fig. 7.19 (right) In practice though, we don’t execute the entire construction, just a piece of it. It’s not really practical to draw this entire layout because much of it is out in space beyond our blade blank.
This is quite common in layouts at the bench. We don’t need to scribe every line, just the important ones that get us our result. Let the bottom edge of your blank be the hypotenuse of our triangle. Set a compass to span the length of your hypotenuse and strike an upward arc from the lower edge. Leave the compass at the same setting and anchor it where the arc touches the bottom of the board then strike a second mark across the arc, Fig. 7.20.
Fig. 7.20 The first arc is a portion of one of those overlapping circles. That’s all we need to execute our layout. The second mark defines the second side of the equilateral triangle.
Strike a line connecting these points then bisect this chord on one end of the triangle. Now you’ve created our 30:60:90 with the correct grain orientation, Fig. 7.21.
Fig. 7.21 Go back and compare this with our first layout. Does it come together for you?
We’ll use this construction to create our second blade with the proper grain orientation.
