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This
kit from Heller was very challenging to me when I first saw it in the dealer.
However, it would prove to be much more demanding as I kept on working.
The kit has 1052 parts and almost every item works. ( Theoretically at
least). Because , due to physical weakness of the plastic, it cannot withstand
the overloads that are brought by naturally due to the size of the model. |
| Anyhow, the overall work was
very entertaining since besides building up the model, I had to solve a
couple of puzzles that arose due to the mechanical problems. For example,
I chose the working suspension option and was disappointed to have the
car with a fully flat dead suspension since the poor plastic torsion bars
could not give the required torque. My solution was to open up the shock
absorbers and put helical springs on their pistons to take the load. |
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This is the bottom-rear view
showing the rear suspension details. The transverse reaction bar is also
another weak item that buckles and tends to break if you be a bit careless.
However, the hoses and electrical harness are from soft rubber and give
very good detail if you can stick them properly. I used cyanoacrylate adhesive
for fixing rubber for its definite fixing properties. |
| The door handles both in and
out, are connected to the door lid that keeps the door in place. The door-glass
raiser arm is dummy. The original model suggested 3 fixed level choices
for the glass; I made it variable by putting a soft padding within the
door so that it exerts some force on the glass and keeps it at where you
left it. |
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Very fine dashboard panel details.
The glovebox lid opens as well and has a turning lock to keep it in place.
It was a pity that the model
had to be painted black all over for the sake of authenticity. The black
color simply disguises all the fine details put into the model. |
| The engine compartment is also
full of details. Another physical weakness here was that the center hinge
of the two-piece engine hood came out of its glued position whenever one
of the sides was opened. My solution was to drill the ends of the hinge
through the body panel , insert a steel pin (cut to the appropriate length
) and fix it at the back with epoxy adhesive. The headlamps were also standing
on a very weak connection, so I inserted a brass rod through its base to
take up the load. |
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The speedometer is a replica
of the original in the sense that you mount it layer by layer as
if you are mounting the real one. The steering box and the whole
system would work if the long plastic steering shaft could withstand the
torque. I now regret that I did not substitute a brass rod for that item.
So now you can only steer by using the front wheels themselves. |
Not every fault came from the
model itself ! It was perfectly me who cut the roof lining
somewhat short . To make up for that mistake, I tailored the lining from
artificial leather , put brass rods for tensioning tranversely and fixed
the whole lining to the pillar construction by the aid of that tension...
Well, that was how it was originally
made . At least, it may be considered authentic by the way of manufacturing
!
Unfortunately, looking closer
to the ceiling lamp shows that excessive tension has released the texture
from the backside of the lamp. |
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This is the frontal view of
the front suspension cradle. You notice that on the left, the pivoting
bar of the lower wishbone is greyish in color. The reason is that, while
trying to apply greater torque to the torsion bars, it broke and I made
an identical part from aluminium. It was then I inserted steel springs
in the shock absorbers and made the suspension work. |
| This is the front wheel drive
system detail. The double cardan universal joint not only works radially,
but slides along its shaft keys with suspension motion. |
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And , finally , this is me
and my 1 / 1 scale Citroen(1949) in 1983. Unfortunately, I don't
own this car now and I regret that I sold it. It has a distinct place in
my memory and what I now have are its pictures plus 1/8 - 1/24 - 1/43 scale
models. |
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