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Woven-Reed Footstool: Nailed Dowel Frame, Wound Posts, Woven Top and Pairing-Weave Apron (Boy Mechanic, 1919)
Tex

Created by

Tex

14. November 2026FO
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Woven-Reed Footstool: Nailed Dowel Frame, Wound Posts, Woven Top and Pairing-Weave Apron (Boy Mechanic, 1919)

Charles M. Miller's reed footstool from The Boy Mechanic, Book 3 (1919): a frame of 3/4 in dowel rails and posts with crossed 5/8 in braces, nailed through drilled holes, the posts and rails wound with flat reed, the top woven over No. 4 spokes and the apron in pairing weave, finished with a broken-down roll.
Intermediate
About 2 days

Instructions

1

Cut list

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2

Read The Boy Mechanic, Book 3

"Each piece of reed furniture has a framework, usually of dowels." The reed sizes are those of his reed basket (Boy Mechanic, Book 2).
3

Cut and drill the frame

Cut two side rails 3/4 by 14 in, two end rails 3/4 by 9 in, four posts 3/4 by 7 in and two braces 5/8 by 17 in (trimmed to fit later). Notch the rail and brace ends with a coping saw to seat on the posts. Before assembly drill the spoke holes, 1/8 in for No. 4 reed, combining the top and end-side spoke holes as in Fig. 4 and drilling the side-rail holes straight (Fig. 2).

Materials for this step:

Dowel RodDowel Rod4 pieces

Tools needed:

Coping SawCoping Saw
Hand DrillHand Drill
PencilPencil
Tape MeasureTape Measure
4

Nail the frame

Run the posts to the top of the frame and nail through them into the rail ends with ordinary 4-penny nails, drilling 1/16 in holes first. Set the side rails about 1/16 in below the post tops. Halve the braces at the centre on a slant so their tops lie level, try them, and nail them without pulling the frame out of square (Fig. 1).

Materials for this step:

NailsNails1 piece

Tools needed:

Hand DrillHand Drill
HammerHammer
Coping SawCoping Saw
5

Wind the posts and end rails

Cover the post tops with short pieces of winding reed tacked on with shoemaker's tacks, crossing in turn (Figs. 5, 6). Wind the end rails, marking each hole with pencil as the winding passes it; then open each hole through the winding with a bodkin (Fig. 7).

Materials for this step:

Split CaneSplit Cane1 piece
Lasting TacksLasting Tacks1 piece

Tools needed:

HammerHammer
AwlAwl
PencilPencil
6

Weave the top

Put the 32 in No. 4 spokes through one end rail, down and out at the ends. Weave with a single No. 3 weaver, and after 3/4 in add a short extra spoke beside each spoke, weaving the pair as one; wind the weaver twice round the side rail each time. Insert the spokes in the other end rail before the weaving is within 2 or 3 in of it (Fig. 8).

Materials for this step:

RattanRattan1 piece

Tools needed:

ScissorsScissors
20-Liter Bucket20-Liter Bucket
SpongeSponge
7

Wind braces and posts, weave the apron

Wind the braces and posts, three strips round the post and tacked where each brace meets it, and both braces together where they cross (Fig. 9); finish the posts with brass caps or wind to within 1/8 in of the bottom. With the stool upside down, insert short spokes in the under side of the side rails and weave the apron in pairing weave, always passing one weaver twice round each post (Figs. 10-12). Cut the extra spokes even and break down the spokes into a roll, tucking the ends inside (Figs. 13-15). Singe off stray fibres carefully with a gas flame or blowtorch.

Materials for this step:

Split CaneSplit Cane1 piece
RattanRattan1 piece
Lasting TacksLasting Tacks1 piece

Tools needed:

ScissorsScissors
Propane TorchPropane Torch
SpongeSponge
20-Liter Bucket20-Liter Bucket
8

Troubleshooting

Reed weaving troubleshooting.

Flow

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9

History and honest limits

From "A Woven-Reed Footstool" by Charles M. Miller, in **The Boy Mechanic, Book 3**, Popular Mechanics, 1919 (Project Gutenberg 71856; checked on the archive.org scan boymechanic0003unse, pp. 255-258). Fig. 2 shows the hole positions without figures, and he mentions an optional chloride-of-lime bleach that we leave out. The tools and metric figures are ours.

Materials

5

Tools Required

10

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