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In 1980 the boat skeleton was first assembled by tying the
individual high-tensile steel formers into place.
To fund the construction I had to take weekend job
taxi-driving around Wigan and Liverpool. Most weekends I'd work until 3 am and
then up again at 8 to go down to the farm to work on the boat. |
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The skeleton frames were assembled from rod steel by
s-bending the steel around a metal form and then welding in-situ on a set of
boards laid over the back garden. The boards had been marked out according to
the full scale drawings. The picture shows the frame #13 in assembly. The
yellow is the rust-protecting paint on the steel. |
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Shown here are some of the assembled frames prior to
transportation down to the boat site. |
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Right shows the stringer rods that formed the diagonal
strengthening around the skeleton to provide frame flexibility and the major
mechanism of tying the skeletons together. |
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Once the initial skeleton was assembled the hard work
began - the covering of the skeleton in 8 layers of 1/2" chicken wire mesh. The
mesh was tied to each previous layer and the skeleton using 130,000 specially
made wire clips. It took around 6 months of weekends and evenings work and was
particularly nasty during the winter when you couldn't feel your fingers and
the tears that were happening on the sharp ends. |
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This photo shows the chicken-wire in close-up along the
keel. 8 layers of 1/2 inch pitch chicken-wire had to be laid up to form the
plastering basis. Each tie had to be twisted by hand, one every few inches, to
the tune of 130,000 of them. |
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This picture shows the boat skeleton assembled on the plot of
farmland that was hired. The farmer provided power and water for a small fee.
The entire boat was encased in a wooden framework to enable access and the
keel rested on railway sleepers on chocks. Tarpaulins and the trees provided
the little cover from the elements that was available. |
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