Doughty Mews

Exhibition Mews

In 2012, Ash Sakula won an open design competition to construct three exemplary carbon-neutral homes, which contained embedded cues for sustainable living and could be replicated on other sites. The scheme consists of three two-storey houses on a roadside site. The jury of housing professionals and local residents were persuaded by the Ash Sakula’s careful attention to how people actually want to live and how the houses would work and were excited by a proposal that brings the construction industry closer to turning out homes that are inherently sustainable. Ash Sakula went on to develop a range of different configurations for the eco-terrace typology, including three- and four-bedroom variants and a variety of layouts.

Ash Sakula Doughty Mews Interior

The houses are organised around a simple, compact core of accommodation that is easy to build, insulate and heat, and easy to live in. The living room, which runs the full depth of the house, the light from windows at each end subtly define two distinct realms of activity - a seating / TV zone and an office / homework zone. Upstairs, there are two double bedrooms and a bathroom and a spacious, high-ceilinged landing that is configured as a laundry area with a traditional clothes dryer, suspended below a skylight. The houses are well adapted for inclusive living and meet all aspects of the detailed Lifetime Homes criteria, meaning that they can be adapted over time to meet changing needs and growing infirmity. Thresholds are level, circulation is sufficient for non-ambulant users and the downstairs WC can convert into a shower room.

Ash Sakula Doughty Mews Interior

The design is closely attuned to the rhythms and rigours of family life. Indoors and outdoors have been thoughtfully connected. Homes are entered through a glassed, uninsulated, indoor-outdoor room - a meet-and-greet threshold space that serves as a boot room, greenhouse, playspace and all-round stress-reducing extra space. An additional external store comfortably houses two bicycles and tools. The wild garden behind the houses is shared, but each house has its own sunken patio, accessed from the living room - a subtle and innovative treatment of the boundary between personal and communal space. Plants have been selected that encourage wildlife to diversify and flourish. A tall, skinny building at the entrance to the terrace houses a communal recycling and refuse storage area; it also provides an attic-home for bats and eaves for house martins to nest in.

Ash Sakula Doughty Mews Interior

This is simple construction, using low-cost, durable materials. Low-impact living is built in. Intelligent provision has been made for cycling, drying clothes naturally and recycling and south-facing roofs are fitted with photovoltaic panels, while smart meters and energy display units give residents the tools they need to live economically and sustainably. Ash Sakula’s signature focus on friendly informal communality has found expression in the shared garden and communal refuse and recycling facilities.

Ash Sakula Doughty Mews Drawing Staircase Axo

Architect and Landscape Architect: Ash Sakula

Client: The Radian Group

Contractor: FE Chase 

Structural Engineer: Civic Engineers

M+E Engineer: P3r Engineers

BREEAM Consultant: Eight Associates

Cost Consultant: PT Projects

Client’s Agent: Boulter Mossman 

Schedule: Three 2-bedroom terraced houses for social rent

Value: £600,000

GIA: 94 m2 

Commenced: March 2014

Completed: April 2015 


2016 RIBA South Award for Architecture

2016 RIBA Stephen Lawrence Award Shortlist

2015 What House? Award

2012 First Prize Whitehill Bordon Competition

Environmental performance

Timber frame constructed in situ

An energy efficient building envelope, with a compact insulated core and an un-insulated entrance and storage zone

High levels of airtightness

Locally sourced sweet chestnut shakes to pitched roofs and north wall

Green flat roofs slow water run-off and promote biodiversity

Triple-glazed timber windows and external doors

Materials carefully selected and sourced

Gas condenser boiler and radiators

Mechanical ventilation with heat recovery (MVHR), stack ventilation through house with secure rooflight and window vents

On-site energy generation from photovoltaic panels to south-facing roofs

Good daylighting through generous windows

Low energy lighting and appliances

Water-saving and harvesting: low water taps, small size bath, rainwater butts

Encouragement of biodiversity