Geodesic Dome Table MK3
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Third version of the dome table, utilising aluminium flat bar for its construction. Aluminium is both stronger and lighter than copper, so is a great material for this design. It has a more understated aesthetic in comparison to the copper pipe, but has a strong resistance to tarnishing so requires minimal maintenance.
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Geodesic Dome Table Mk2
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The second version of the Geodesic Dome Table features long 'continuous struts'. Production efficiency is greatly improved by reducing the number of copper components to 32, from 165 in the original version. I am working on developing this construction method further, for applications in both product design and geodesic architecture.
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Geodesic Dome Table
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Inspired by the work of Buckminster Fuller, the Geodesic Dome Table brings the futuristic aesthetics and structural efficiency of Geodesic architecture into furniture design. The project came from trying to find new ways of using readily available copper pipe for furniture making, as copper is 100% recyclable, has antibacterial properties, and can be polished to a mirror finish.
I made custom flattening dies to transform pipe into structural components, using a hydraulic press. The Geodesic Dome Table is created from 30 metres of copper pipe, and assembled with 122 Brass fixings. The lattice shell dome distributes forces equally across its structure, while providing a striking visual impact. The first tabletop I created for the dome was created with my 'High Voltage Pyrography' process. The electrically engraved figures mimic a lightning strike, and are highlighted with copper to contrast against the charred surface. The bespoke glass tabletop is manufactured from a low iron toughened glass, so it is strong and crystal clear. |
