Second model this year for the subsea industry.

Last month we produced a life-size model of an offshore mooring component and we’ve followed that up this month with another “under water” project, a 1:8 scale model of a seabed scanning machine that locates unexploded ordnance on the sea floor. This was a technically complex project because it had to include a movable boom arm and a traversing gantry linked to two belt and cog mechanisms on opposite sides of the main structure. The model was set on a sloping seabed to demonstrate the self levelling legs that were a major feature of this sophisticated piece of equipment.

Custom-built planning tool for Logistics division.

This multi-layered display is a custom-built planning tool for the Ministry of Defence Logistics team. They got in touch with a sketch design (literally a very rough sketch) and asked if it was something we could build. The idea was to create 4 vertically stacked transparent maps showing all the UK MOD bases so that the team could assess varying logistics routes by linking different depots both horizontally and vertically with colour-coded string. Our solution was this aluminium framed design that can be easily bolted together but also “flat-packs” into the white base for storage when not in use (which you can see in the inset pic above).

1:20 scale sectional model of commercial building.

This is the third educational model we’ve made for the University of South Wales. As with the previous two projects in our Latest Projects section this is another example of a satisfied customer coming back to us with a new order. Aimed at students in the construction sector, the purpose of this model was to illustrate the major elements that make up a typical commercial office building, including foundations, steel work, cladding components and final external finishes. As you can see from the images this was a very technically complex project but the client knew from previous models we’d produced for him that we had the skill and understanding to deliver an extremely accurate, perfectly detailed demonstration model.