A house usually has one fixed relationship with the sun. Girasole, in the Canberra suburb of Crace, can change that relationship at the touch of a screen. Its rooms move with the building, bringing a different outlook, light and orientation to everyday life.
Girasole, Crace, Canberra. Time lapse film by Fotohaus on YouTube. Video embedded from the original channel.
Girasole, Canberra
Completed in 2013, the project brought builder John Andriolo’s ambition for a revolving home into a suburban setting. DNA Architects and Industrious Design are credited in contemporary reporting, with construction by MAG Constructions. The four bedroom house sits on a motorised steel platform rather than an ordinary fixed floor structure.
A wall mounted control lets the occupants alter its orientation. The appeal is easy to understand: a living room can turn towards the morning light, a view can change without changing rooms, and the house can respond to different seasons. The Italian name means sunflower, an apt reference for a building conceived around the sun.
Movement also changes the architectural brief. The footprint must remain clear as the house turns, and access, drainage, power and other services need engineering that accommodates rotation. The machinery is only part of the design; the surrounding site must work with every position the house can occupy.
Villa Il Girasole, Italy
Canberra’s experiment has an extraordinary predecessor near Verona. In the 1930s, engineer Angelo Invernizzi worked with architect Ettore Fagiuoli and collaborators on Villa Il Girasole at Marcellise. Two residential wings sit above a circular base, turning around a central tower.

The foundation describes a slow revolution taking around nine hours. Its ambition was both practical and theatrical: the building would follow daylight while presenting a changing relationship between rooms and landscape. The photograph reveals how different this is from a circular house. The moving wings retain their own strong shape above the machinery and base.
Heliotrope, Germany
Rolf Disch’s Heliotrope in Freiburg, built in 1994, makes rotation part of an environmental strategy. The cylindrical building turns around a central column. Its glazed face can collect sunlight when warmth is useful, while its insulated rear can face the sun in hot weather.

The large photovoltaic array above the roof rotates independently of the house. That distinction matters: the best position for a solar panel is not necessarily the most comfortable orientation for a living room. Disch’s design gives the two systems separate roles.
The Rotating House, New South Wales
Luke Everingham designed and built another Australian example in 2006 at Caffreys Flat in the Manning Valley. Its octagonal plan and surrounding circular verandah rotate together, while an extended riverside deck remains fixed. The owner’s website describes a full turn taking about 45 minutes.
Here movement is also about pleasure: changing the view, catching a breeze, or bringing the main living area towards an outdoor gathering. The owner’s project page explains the arrangement and provides photographs of the house.
What a rotating house teaches us
These houses turn an ordinary design decision, orientation, into something occupants can adjust. They also reveal why most homes remain still: a moving building adds machinery, service connections and maintenance. For a conventional home, careful siting, external shading and a good building envelope can answer many of the same questions. The enduring idea is to design rooms around changing light, climate and the way people actually live.
Sources and further reading: Contemporary Girasole project report; Fondazione Villa Il Girasole; Rolf Disch Solar Architecture; The Rotating House.




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