Experience Center for the Morgan Motor Company
Experience Center for the Morgan Motor Company

Experience Center for the Morgan Motor Company. Natural materials and local craftsmanship

Hewitt Studios is the architectural firm behind the Morgan Motor Company project located in Malvern, England, which re-invents the old café, showroom and museum spaces to make way for a new Experience Center for visitors

Photo: Foto: Morgan Motor Company and Hewitt Studios LLP

Experience Center for the Morgan Motor Company

The Morgan Motor Company, an artisan company that has been producing automobiles since 1914, through the use of reusable and recyclable materials is eager to reinvent its spaces and proposed the Hewitt Studios project, which manages to find a solution in line with the company's ethics

Experience Center for the Morgan Motor Company

The project proposal includes a strong focus on sustainability: a series of low-carbon measures that have been designed to improve the thermal performance of the buildings, increase the entry of natural light, reduce energy consumption and ensure the recycling of end-of-life materials

Experience Center for the Morgan Motor Company

The new interventions, a new exhibition space, a new outdoor canopy, all use prefabricated and modular wood structures referencing the historic Morgan body shop building. The existing buildings are improved both externally and internally

Experience Center for the Morgan Motor Company

As for the entry canopy, each span is rotated by a few degrees at a time, so that it has a soft, organic shape, reminiscent of the rear wing of a Morgan and the gentle topography of the Malvern Hills.  The wood has also been extended into the cladding with easily recyclable aluminum flashings

The wood chosen is laminated veneer, a readily available and sustainable and attractive product, thanks to its flexibility, excellent performance, good value for money and excellent thermal stability. The new structure is entirely prefabricated and makes it possible to have a considerably reduced energy requirement

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