This versatile pack could be used in a number of ways either as a single span bridge, or combined with other packs to produce a multi arch structure. The bridge has been designed to be modular, the joins being covered by the vertical pillars / buttresses. The resin is easily worked with common modelling tools and more adventurous modellers may spot opportunities for modification or 'Kit bashing' to suit their own needs.
This set of detailed cast resin components has been produced from my own masters and moulds, featuring individually textured stonework. The parts assemble quickly using superglue or general purpose adhesive to create a single bridge structure with a footprint of approx. 235mm x 110mm. The arch span is 140mm, the upper deck will accommodate a single track standard gauge railway. The parts are designed to clad around an internal supporting structure to carry the weight of the upper road way or railway. It is suggested that the arch lining be formed to fit using textured plastic card or similar. (it is not practical to produce the arch lining in cast resin).
The photographs show the parts you will receive plus some images of a single test built sample to show how a finished model could look. Other photos show the kits combined to make a multi arch bridge on a forthcoming exhibition layout.
Parts included: Front arch face (x2) Stone side pillars / buttresses (x4), cross walls (x2), internal parapet wall (x2) Internal pillar moulding (x4), pillar capping stone (x4), Parapet capping strip (x2).
Please note that the pillars supplied are now slightly narrower than in the test build. This is a scratch aid kit and it is assumed that the builder will have some experience with scratch building model structures, and therefore may not be suitable for beginners. Construction notes are included and further advice is available on request.
There is also a low relief pack of parts available separately (BC28).
The photographs show the parts you will receive plus some images of a test built sample to show how a finished model could look.