Skip to Content
CityRealty Logo


Renderings posted for new residential tower planned at 10 Nevins Street/299-301 Livingston Street Renderings posted for new residential tower planned at 10 Nevins Street/299-301 Livingston Street
An ungainly residential tower is readying rise from an L-shaped lot at 10 Nevins Street in Downtown Brooklyn. While the building permits from past schemes have yet to be fully updated, a new rendering posted on the site’s construction fence shows a 25-story building with wings on both Nevins Street and Livingston Street. In 2015, Crain’s New York reported that a joint-venture between Adam America Real Estate, Vanke, and Slate Property Group had purchased the site from a previous developer for $47.75 million and will be building an 180,000-square-foot condo building.
According to the project's builder, Danya Cebus Construction, the venture will hold 184 condo units with retail space on the ground floor. Amenities will include tenant storage, a bike room, yoga room, kids play room, public lounge, fitness center and a swimming pool.

The site is encircled by new development with a new 19-floor office building planned next door at 540 Fulton Street, the Nevins at 319 Schermerhorn Street finishing up construction nearby (also being co-developed by Adam America), and HUB at 333 Schermerhorn kicking off leasing earlier this year. The trio of builders are also finishing construction of 251 First Street in Park Slope.
10-Nevins-Street Rendering via Danya Cebus Construction
10-Nevins-Street-023 Excavation well underway at 10 Nevins' site; CityRealty
10-Nevins-Street-234 Google Earth aerial with 10 Nevins labeled; CityRealty
Schedule an Appointment
To tour this property, just complete the information below.
  1. Your message (optional)
  2. Your name
  3. Your phone
  4. Your email address
By continuing, you agree to receive text messages and calls at the number provided from or other real estate professionals, and More >

Additional Info About the Building

Book a Tour or get more information about any of these properties