262 Fifth Avenue
In May 2017, the Moscow-based architectural practice Meganom released plans for a new slender, supertall tower on Fifth Avenue, Manhattan.
Meganom describe the development as ‘...unlike anything else built in New York’ and have claimed it will include several firsts in terms of its design and environmental sustainability.
The skyscraper will reach a height of 305 m (1,001 ft) and occupy a site spanning from 260 to 264 Fifth Avenue, with two vacant structures being demolished to make way for it. An historic 12-storey limestone building will be integrated into the tower’s base.
The design for the ‘skinny’ tower includes an eastern façade featuring oversized, perforated porthole windows, while floor-to-ceiling windows on the north and south facades will offer residents amazing views over Manhattan. The tower will be wrapped in aluminium and glass, topped by a rectilinear crown serving as an observation deck.
The structural system comprises a mechanical core running up the western side of the tower (rather than the centre), allowing unobstructed, column-free living spaces. This, the firm claims, is ‘unprecedented in a New York high-rise’.
Content and images courtesy Meganom.
Renderings © DBOX.
[edit] Find out more
[edit] Related articles on Designing Buildings Wiki
Featured articles and news
A guide to daylight design for commercial buildings.
Two opposite approaches to cost estimating that can work together.
BSRIA reports on propsects for the US construction industry.
Public sector not ready for net zero
ECA research shows lack of preparation amongst survey respondents.
The data that powers the future
Smart mapping approaches for building better infrastructure.
The importance of emergency planning.
Water management terms and techniques
Eight forms of resource optimisation.
CIOB responds to Chancellor Sunak's announcement on jobs and the economy.
CMA & IRM competition law risk guide published
Revised guide to competition rules available.
Brick slip soffit systems and intricate brick features.
An innovative engineering approach could have had tragic consequence for NYC.
Some secrets behind how canals work.