The windows and openings are carefully considered based upon orientation; almost non-existent on the north façade and narrow and deep on the western facades, this helps to improve the energy performance of the building. Open able windows are strategically placed to enhance the potential of natural ventilation in the gym areas, keeping the areas cool in periods of high activity.
This design is simple, logical and striking, and while no budget has been disclosed, given the use of Nanogel we can only assume it wasn’t small. Whether or not the building really does sit well in the environment cannot really be commented on, as none of the images provided show enough context, but this neat little compact gym gets a thumbs up from us!
+ MDR Architectes
Via Archdaily
Images by Benoit Wehrle
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MDR Architectes have completed this striking 900 meter square gymnasium building in Montpelier, France. Gymnase Clapiers uses bold and simple architectural moves such as efficient space planning and orientation, as well as green material choices, like Nanogel aerogel.
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The compact planning makes efficient use of the space available and helps to reduce energy loss. The apparently monolithic structure is brightened up with painted accents to window jambs and eaves details.
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The sound proofed gymnasium functions are set around a lobby space and central circulation axis, open at one end it lets the light pour in and frames views out to the surroundings. From the central corridor there are excellent observation opportunities in to the two gym areas either side, as well as from the staffed office space.
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The bright use of lime green as well as the polycarbonate sheeting transforms the building in to a lantern at night, showcasing shadows of the gym equipment hidden inside.
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Polycarbonate sheets have been used to clad portions of the building due to its luminous properties, it is however an inherently poor insulator if left untreated. MDR have specified the use of Nanogel Aerogel, a relatively new product to the everyday
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This ‘miracle’ substance is feather light and is sandwiched between 2 sheets of polycarbonate creating a highly insulative panel without losing its translucent quality – a 16mm section panel can deliver up to 55% light transmission and provide a as
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The external frame is of timber construction and the flat roof is planted to ensure the building blends in with its surroundings and contributes to the local ecosystem.
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