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14. Wings
Rear Wings
Despite being a little awkward to handle, the rear wings were quite
straightforward to attach to the body and are a very good fit, although there
were one or two minor difficulties.
The first job was to mark the reference points on the body sides (measurements
given in the NG build manual). Then the inside flanges of the wings were marked
and drilled to take the fixing bolts and screws (I replaced mine with stainless
steel ones).
There are two running
board brackets each side which bolt to the underside of the chassis
(see chassis
diagrams). With these brackets fitted, the running board and wing could
be "rested" on them and positioned but a helper was needed to support the rear
end while the position of the first hole was marked at the front.
Then, with the wing attached by this front bolt and supported by the brackets,
it was possible to mark the positions of the holes up to the tops of the wings
(supporting the wing slightly to line it up with the upper reference mark).
Once these holes were drilled and the wing re-fitted, the
remaining holes at the back were marked (measuring and adjusting each
wing to make sure both sides matched).
Having fixed the wings to the body there were just two holes each side to be
drilled up through the running boards so that they could be fixed to the
brackets with countersunk bolts. These holes should be equidistant from the
side of the main body. With these final bolts fitted, the running boards feel
very solid indeed!
Note that it is worth re-checking the position of the brackets (square to
chassis and distance between them) and hold a block of wood on top of the
running board to save splintering of the GRP when drilling through from
underneath.
The running board part of each rear wing requires
tread strips to be fitted. These are made from aluminium with rubber
inserts.
One option for the rear lights is to use
light pods fitted in the rear of the wings. I prefer this option as I
feel it looks better with the back lighting spread out. It does, however, mean
that some fibreglass work must be carried out - a new experience for me! I made
a template to
mark out the hole to be cut in the wings.
Front Wings
As with the rear ones, the front wing flanges were drilled to take the fixing
bolts and screws (again I used stainless steel ones). Earlier models with equal
length louvres in the bonnet sides, require a section of flange to be cut away
to clear the front ones. However, the bonnet sides supplied to me have shorter
louvres at the front so a cut away is unnecessary and instead I was able to
provide an additional fixing. I used two holes in the flange which mates with
the rear wing and then, clamping the wings together, marked their positions on
the front edge of the running board. With these holes drilled, the wing could
be temporarily attached at the rear while I focussed my attention at the front
end.
After consideration I decided the best height at the front was so that the wing
flange "rests" on the ledge in the front cowl (see photo). Any lower would
require modification to the wing at this point, any higher and the wing
brackets would not reach. Ensuring the wings were an equal distance from the
front of the cowl, I marked the
front screw hole on it. With this drilled and the wing re-attached, it
was then possible to mark the rest of the holes. On each side there are 2
fixings into the body tub and 4 (including my extra one) into the bonnet side
panel.
There are also wing
brackets which are designed to support the wings and provide attachment
points for a badge bar. Once fitted, the wings are considerably stiffened up
but I later decided to make some
additional wing support brackets for improved rigidity.
On final assembly after painting,
wing piping was added as trim between the body and the wings.
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