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Poses
Some customers have a detailed list of the poses they require, others will
leave it up to me. The
first task is to sketch the poses. This can be surprisingly difficult as the
number of realistic poses that can be moulded is limited as there must be no
undercuts or deep sections
Reviewers often accuse the
sculptor of a lack of imagination but it is often necessary to
use similar poses in different sets as manufacturers always want to see
action and lots of guns. Because of this it often comes down to the same old
basic poses i.e. standing firing rifle, kneeling firing rifle,
charging with bayonet, throwing grenade etc. etc. Once these have been
modelled a few more unusual figures can be added to give the set variety.
Research
After the
customer has approved the poses there must be careful research into uniforms
and weapons There are a lot of people out there all to ready to criticize!
The excellent Osprey Books are a good place to start but in my opinion the
best source of all must be contemporary photographs.
Weapons
I
scratch build my weapons out of brass, plastic, resin or anything at
hand. the barrel of the Lewis gun (left) is a ball point pen and the
magazine is the cap off a tube of toothpaste!

Armature
I sculpt my
figures about 160mm in height This size allows a lot of detail to be
modelled without the moulds becoming too large. I first make a full size
sketch of the figure, this is used as a guide when making the wire armature.
Clay is applied to the armature to build up the model and when the figures
are finished they are photographed for final approval. Once this is given
they are ready for casting.
Pantograph

The clay models are passed
onto the
patternmaker
who casts a two part female mould of each figure (the original clay is
destroyed when this mould is split). After all the clay is cleaned out of
the mould it is ready for the last stage. Using a pantograph the Toolmaker
achieves the incredibly difficult task of copying and reducing in size the
detail from the resin mould into a block of tool steel. the finished
injection moulding tool will be assembled from more then one hundred of
these blocks.
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