Behold The Big Bend – the incredible U-shaped New York skyscraper dubbed the ‘longest building (4,000 feet) in the world’ is unveiled.
UK Daily Mail The race to build the world’s tallest skyscraper has reached new heights – and taken a turn in direction. Designs for ‘The Big Bend’, a slender tower that would transform Manhattan’s skyline have been unveiled.
Described as the ‘longest building in the world’, the project’s concept drawings reveal a skyscraper reaching an apex then curving back down. And featuring an elevator system that can travel in curves, horizontally and in loops.
In a bid to work around the challenges of New York’s zoning laws, design studio Oiio has imagined an innovative concept to straddle across Billionnaire’s Row on 57th Street.
The studio explained: ‘New York city’s zoning laws have created a peculiar set of tricks through which developers try to maximise their property’s height in order to infuse it with the prestige of a high rise structure. But what if we substituted height with length? What if our buildings were long instead of tall?
‘If we manage to bend our structure instead of bending the zoning rules of New York we would be able to create one of the most prestigious buildings in Manhattan. The longest building in the world.’
Stretching 4,000ft-long, the glass-lined tower would need to feature an elevator that defies all current designs.
The team explained: ‘What was once considered to be the greatest challenge in elevator history, is finally becoming reality: the elevator that can travel in curves, horizontally and in continuous loops. ‘The innovative track changing system allows for the horizontal connection of two shafts on the top and bottom to create a continuous loop.’
The team’s press release states: ‘There is an undeniable obsession that resides in Manhattan. It is undeniable because it is made to be seen. There are many different ways that can make a building stand out, but in order to do so the building has to literally stand out.
‘The Big Bend can become a modest architectural solution to the height limitations of Manhattan. We can now provide our structures with the measurements that will make them stand out without worrying about the limits of the sky.’