Land on Water by Copenhagen-based Architecture Studio MAST
Land on Water
The system is based on simple flat pack modules made from recycled reinforced polymer. These are extremely strong and resilient and can be easily transported and assembled on location
The modules can be assembled in different configurations to provide floating foundations for floating infrastructure, public spaces or housing.
A growing acknowledgement of sea level rise and an increased risk of urban flooding has contributed to a sharp increase in interest in building on water, but current solutions, including polystyrene filled concrete foundations and plastic pontoons are inflexible, difficult to transport and highly unsustainable.
MAST has envisioned a new system of simple of flat-packed modules made from recycled reinforced plastic, that can be easily transported around the globe and assembled into countless configurations, providing a secure floating foundation. The system offers a sustainable and highly flexible solution for building almost anything on the water; from floating houses in Seattle, to floating campsites on Oslo fjord, to saunas on Hobart’s riverfront.
The system was inspired by gabion construction, an ancient technology which utilises mesh cages filled with rubble to create extremely sturdy, low cost foundations. In this case the concept is inverted; and the modular ‘cages’ are filled with locally sourced, up-cycled floatation supporting the weight of any structure built on top. they are also much more adaptable than existing solutions since floatation can be added or adjusted at any time if weight is added or shifted around above.
Land on water will provide a climate resilient and adaptable solution for the construction of new floating buildings worldwide but could also lead to an entirely new type of dynamic and organic off-grid floating community and an alternative to the large master-planned floating cities currently under development which repeat many of the mistakes made by urban planners in the middle of the 20th century.
The Modular Water Dwellings incorporate standardised components that provide efficiency in manufacturing, while still allowing a variety of internal layouts for occupants’ individual requirements. The Dwellings can be orientated and spaced in different ways, responding to varying site contexts, local conditions, light sources and primary views. They also maximise the use of durable and non-corroding materials, such as concrete and glass, ensuring a long design life that anticipates multiple occupants.
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