• Location

    Shoreditch Penthouse
  • Type

    Residential Development
  • Year

  • Size


Intimate and social spaces, inside and outside

Architect and Project Manager – Douglas and King Architects
Quantity Surveyor – Bonfield
Planning Consultant – Douglas and King Architects
Structural Engineer – Price and Myers
MandE – Ingine

Douglas and King Architects designed the Shoreditch Penthouse extension for a private client/developer in the heart of Hackney. This project was featured in the Sunday Times, Bricks and Mortar magazine on 21st June 2019, the article can be viewed by clicking here!

The host building was designed by Waugh Thistleton Architects and sits on a corner site in the heart of the South Shoreditch Conservation Area amidst Victorian warehouses and narrow surrounding streets.

The existing structure has two floors of commercial offices on the ground and first floors and apartments on the second and third floors.  It’s footprint and airspace offered our clients an ideal platform for erecting a new apartment at roof level providing a generous floor area of 208m sq and offering exceptional views of the City of London skyline.

Its external terraces circumnavigate the penthouse encouraging exotic and indigenous plant forms to flourish on the south and west facing aspects and provides an outdoor area for quiet enjoyment.

The penthouse combines intimate and social spaces within it’s glazed and solid cladded facades, and internal sliding partitions enable these spaces to be separate or interconnected.  A double set of sliding partitions enables the kitchen to be fully concealed or linked to the dining area.

Recessed roof lights allow natural light to flood through the apartment by day and at night the constellations of the stars are visible.

The proportions of the façade and full-height glazing interact with the grid positions determined by the host building below.  The solid façades are cladded in Equitone which combines aesthetic with durability and compliments the external areas with its natural stone effect.