Roof-off view of Porter’s Lodge refurbishment, St John’s College, Oxford.

Whilst the majority of the models we produce are about external appearances, occasionally we get a project like this where the main purpose is to show internal views. Often the best way to do this is to create a model with a “roof-off” view like this recently completed model showing the planned internal refurbishment of the Porter’s Lodge at St. John’s College, Oxford. We’ve shown the new proposals in full colour to differentiate them from the existing buildings which are stylized and painted white. Part of the refurbishment proposals include a new front courtyard with an arched colonnade entrance feature which is why these areas are also shown in colour. The courtyard retains all the existing trees, some of which are close to 300mm tall at 1:50 scale. We actually custom-made all the trees to reflect the shape and characteristics of the real trees.

Aircraft model for exhibition display.

This eye catching model of a fire fighting “water bomber” plane was commissioned to hang above a stand at a trade show event. We particularly enjoyed this project, especially when we reached the stage of adding the Canadair red and yellow livery which really brought the aircraft to life. The model had a 1.5m wingspan so for easier transportation we designed it in 3 separate sections – fuselage, wings and tail plane – that could be easily assembled on site using just 3 bolts. The model was made almost completely from balsa wood so was extremely light. If we’d fitted model engines and radio control gear we could have flown it out of the workshop!

Interactive model to illustrate best water management.

This interactive model was commissioned by the NFU as a visual demonstration to farmers of good water management practices on their land. The model shows two different catchments, one illustrating a high risk landscape with poor farming practices and the other showing a low risk landscape where the delivery of good practice minimises risks. The buttons on the front of the model activate LEDs set in the landscape to highlight different aspects of land management practice. The brightly coloured area shows an example of a Scimap, a graphic plan that shows farmers the risk areas across their land.

Cardiff city model relocated to Cardiff Castle.

We’ve just moved our 6.5m x 5.5m model of Cardiff city into the visitor centre at Cardiff Castle, an exciting new venue where it will become part of the organised castle tour. The model is fully interactive with a touch screen interface that provides onscreen information whilst lighting up the relevant building or area on the model. If you click on the left inset pic above you should be able to spot (despite the rain) the profile of the castle’s twelve-sided Norman Keep, one of the finest examples in Wales.

Educational puzzle made from 5mm coloured acrylic.

Alongside our core work we like to fit in one-off unusual projects like these laser cut educational puzzles for the Neuroscience department at Cardiff University. The puzzles, a simplified representation of DNA, were designed as a rough sketch by the client which we then drew up accurately in CAD for final approval by the university. The initial order was for a set of four but with an expectation of additional units at a later date. We’ve produced similar puzzles for the university before (see Laser-cut Brain Puzzle - Recent Projects, March 2017) and actually used the leftover coloured acrylic for this project.

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SSE, one of the UK’s biggest energy suppliers commissioned us to help create these two demonstration models for use in their educational program in schools. After exploring several different designs we advised them which options were practical to build and also achievable within their fixed budget. The models incorporate cut-away views showing simplified representations of the internal components of a wind turbine and transformer. The wind turbine model is actually designed as six sections that can be easily fitted together to demonstrate how wind turbines are constructed.

Overview model and detail model.

The original brief for this project was for a small, easily portable model of a typical noise barrier installation but as the project progressed the client realised how useful it would be to also have a larger scale model showing a single barrier section. This would allow the salesman to point out small but important structural details that improved the overall performance of the barrier, not just for noise reduction but also to reduce the pollution levels from vehicle exhausts. We were happy to accommodate this extra requirement and even managed to adapt the original travel case to fit both models (see above pic).

Fully interactive model for Notting Hill Sales.

One of our existing clients recommended our services to Notting Hill Sales which lead to us producing this fully interactive sales model for one of their major developments in London. The interactive element allows touch-screen controlled illumination of individual apartments with floor plans visible on screen and various filter options such as number of beds, aspect, availability, etc. Due to limited space in the marketing suite, we had to use a smaller than usual scale for this type of model which made it much more tricky to build in the wiring and individual apartment lights. The client asked us to create a “ghosted” but recognisable representation of an existing on-site building so our solution was to model it in clear acrylic, but still replicating a lot of the building’s architectural features – you should be able to pick this up in the photos.

Massing model for proposed arena development.

This stylized model was commissioned to illustrate the massing and general character of a proposed arena development next to a football stadium. The actual development site was made as a removable panel so that a more detailed model of the proposed new buildings could be inserted at a later date. If you look at the overhead view and click on the image to enlarge it you’ll notice that the roof of the arena building was modelled with a semi-transparent “mesh” so that you can see the basketball court and seating inside.