Now, some start for the body
construction.
Following are the steps
in forming the
door skin. First, the blanks are cut from 0.2 mm brass sheet. |
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For long straight bends, I use a
hand-made
tool as shown. The first bend was made as shown. |
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Follows the second and third bends in
the same manner. |
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And, finally, the curvature of the
top
section was given by smooth bending with pliers. |
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The floorpan was cut and bent as
shown... |
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...and soldered temporarily on the
frame. |
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The boot skin was cut and bent to
profile
by hand. |
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The cockpit back was also cut and
bent
(shown halfway during bending) |
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The edges that will be joined are
pre-soldered
at their meeting ends. |
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The metal was too big and heat
absorbent,
so soldering iron did not work here. I used a small torch to join the
parts
together. |
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The boot and the cockpit rear are
joined
first, then they are soldered to the floorpan as shown. |
...
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The sides of the boot were cut from
sheet
brass. |
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The 'B-post' region was formed by
bending.
To bend it smoothly, the to-be-bent section was cut and then the body
profile
given. To smoothen the surface, both the inside and outside of the bent
part was covered with solder and then ground smooth with Dremel
moto-tool. |
.
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The boot top and side panels were
point-soldered
to hold the parts together while soldering. Note that the matching
edges
were slightly bent to form a pre-curvature. |
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The parts were joined by a fillet
solder
from the inside. Generous solder was applied so that there would be
enough
metal while grinding to shape. |
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Here you see the Dremel in action of
giving
the proper radius to the edge. |
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A close-up shows how the solder is
exposed
after grinding. |
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