with tailored flight case for model on the move.

The client for this project wanted a demonstration model that could be safely transported and easily set up in potential customer’s premises. Our solution was this 1:15 scale model which was designed as a set of individual units that could be packed into a specially tailored travel case (see image above). The units are only 140mm tall but are made with realistic detail so that their function is instantly recognisable. To complete the picture we also created a “flat-pack” room setting made from white acrylic panels.

 Revolving Globe Display

The client for this project, Nottingham University wanted to create an eye catching icon that they could use as a marketing tool at various promotional events. To emphasize their strong overseas connections they wanted to visually portray their marketing strap line “Closing the Global Knowledge Gap” by creating a world globe made up from jigsaw shaped pieces with their logo as the final piece of the puzzle. We developed this brief from loose concept stage to a fully realized functional display that they could transport and set up easily themselves at any venue. We even threw in the idea of making the globe rotate slowly and up-lighting it from below to add extra visual impact. The globe itself was made from fiberglass (for strength and lightness) with a painted and lacquered finish.

Landscape model with accurate topography.

This large topographical model is 3m long by 2m wide and is made in four sections that butt together on adjustable height trestles. It’s the second large landscape model we’ve made for this client (see Recent Projects December 2016) and was commissioned as part of a public consultation process for a proposed development near Coventry. The aim of the model was to demonstrate how high embankments and landscaping around the site would screen it from surrounding villages so it was important that the on-site levels and surrounding topography were all accurately recreated. The buildings are shown as massing blocks due to the small scale (1:1250). Each metre is represented by just 0.8mm, so that the 16 metre high commercial buildings shown on the model are only approx. 13mm high.