
'two towers' by MA2 architects in shenzhen, china
rendering © cz visual architecture
all images courtesy of MA2
american architectural design firm MA2 has released a proposal for 'two towers', a joined set of skyscrapers located
in the financial district of shenzhen, china. the high-rise buildings showcase the possibilities of a glass facade in two contrasting,
yet unified, approaches.
in the financial district of shenzhen, china. the high-rise buildings showcase the possibilities of a glass facade in two contrasting,
yet unified, approaches.
a flat glazed surface appears to have been manipulated, creating dynamic forms. the elongated diamond shapes protrude,
developing a seemingly organic combination of dimension. another application of the glass appears to be rippled,
creating visual movement in an otherwise static object. the undulation dips inward, exposing the structural levels while simultaneously
forming balconies. together, the towers reflect their surroundings while distorting the encompassing image.
at the summit of each building is a green roof, offing a view over the financial quarter while bringing nature
into an otherwise urban environment.
developing a seemingly organic combination of dimension. another application of the glass appears to be rippled,
creating visual movement in an otherwise static object. the undulation dips inward, exposing the structural levels while simultaneously
forming balconies. together, the towers reflect their surroundings while distorting the encompassing image.
at the summit of each building is a green roof, offing a view over the financial quarter while bringing nature
into an otherwise urban environment.

street view rendering © cz visual architecture

view of towers from nearby rendering © cz visual architecture

application of the glass appears to be rippledrendering © cz visual architecture

view from below rendering © cz visual architecture

interior lobbyrendering © cz visual architecture

night view from above rendering © cz visual architecture

physical model

detail of model

section

site plan
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