At a quarter mile high, the Al Hamra Firdous Tower will be the tallest building in the country
Skidmore, Owings & Merrill has recently added a new landmark to the skyline of Kuwait City: the Al Hamra Firdous Tower, now the tallest building in the country, peeks through the clouds with its quarter-mile-high torqued form. Unless record height is achieved, ‘supertall’ skyscrapers rarely sustain attention these days, but SOM’s latest tower has received notice for its unusual appearance. The Al Hamra Firdous Tower is the only skyscraper with an asymmetrical exterior; the structure wraps around like a robe, choosing to conceal or reveal depending on one’s angle of approach.
The Al Hamra Firdous Tower is notably constructed with malleable concrete as opposed to traditional steel. At ground level, curving concrete buttresses interlace to create stunning structural nets that again conjure allusions to fabric. The crisscrossing forms evoke the structural integrity of the Gothic as well as the latticed, exposed steel arms of architecture at the dawn of the industrial revolution.
In SOM’s design, 500,000 tons of concrete weave upwards to form a folded, monolithic tower culminating with a sharply asymmetrical, winged crown. The exterior of the ‘robe’ embraces the shiny, smooth façade of other buildings of its class, but its interior aspires to project a different image. Not only is this partially enclosed facade paved in lusterless concrete, but the windows also appear deeply set and unevenly coffered, casting a pattern of shadows on the matte surface that not only suggest the designs of Middle Eastern textiles but also make the building appear massive. In doing so, the design refuses to fully conceal its core material and recalls a more vernacular building practice. With an unexpected turn to concrete, the Al Hamra Firdous Tower respects its site and innovates accordingly, creating an impressive building to match its own impressive views.
All images courtesy SOM.
This post originally appeared on Architizer, an Atlantic partner site.