HD Awards 2025 - Shortlist Announced
2 Hospital Lane

2 Hospital Lane

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Shortlisted

Planning Application Link View map

Number/street name:
Hazelmead

Address line 2:
2 Hospital Lane

City:
Bridport

Postcode:
DT6 5FQ

Architect:
Barefoot Architects

Architect contact number:
0117 9070 971


Developer:
Bridport Cohousing.

Contractor:
CG Fry and Sons

Planning Authority:
Dorset Council

Planning Reference:
WD/D/17/000534

Date of Completion:
09/2024

Schedule of Accommodation:
14 x1 bed flats, 23 x 2 Bed houses, 13 x 3bed houses, 3 x 4 bed houses

Tenure Mix:
50% social rent, 50% shared ownership. 100% affordable

Total number of homes:


Site size (hectares):
2.83

Net Density (homes per hectare):
18.7

Size of principal unit (sq m):

Smallest Unit (sq m):
51.5

Largest unit (sq m):
121.7

No of parking spaces:
1 per unit (+1 for guest rooms) + 17 NHS spaces, 20 visitor, 2 car club (93 in total)

Scheme PDF Download



Planning History

The project timeline reflects over a decade of community-led planning. The CLT was established in 2008, and Barefoot Architects began design work in 2014. Despite challenges in securing planning permissions and managing budget constraints, construction began in 2020.

Planning was phased along with the fundraising and construction, with the main planning applications submitted in August 2014 and May 2017. Amendments for each followed, in response to clarity on land ownership and budgets.

A revised planning application for the common house was granted in 2022, with work on the self build project ongoing.

The Design Process

Hazelmead, located on the outskirts of Bridport within the Dorset AONB, is the largest completed cohousing development in the UK.

A community-led project by Bridport Cohousing CLT, comprises 53 climate-resilient homes, a common house, and shared green spaces. The project balances integration with the natural landscape and access to local infrastructure. It reflects a commitment to affordable, sustainable, and community-focused living for a mixed-tenure, multi-generational neighbourhood.

Hazelmead was developed to address the critical shortage of affordable, sustainable, and community-oriented housing in Bridport, Dorset - a region where average house prices exceed 11 times the average local income.

The development consists of 14 one-bedroom flats within two low-rise apartment blocks and 39 two, three, and four bedroom terraced houses. Half the homes are allocated for social rent, half for shared ownership. All are secured at 80% of market value in perpetuity through the CLT. The project prioritises long-term housing stability, which has proven benefits for mental health and well-being. National studies demonstrating the links between secure housing, mental health, and community, informed the design that focuses on fostering social interaction and mitigating loneliness.

Hazelmead embraces inclusive design and environmental stewardship. Its masterplan nestles the homes into the hillside, with terraces following the land’s contours to preserve views and minimise visual impact. Green spaces, including shared vegetable gardens and wild areas, enhance biodiversity, while car-free streets promote active travel, outdoor play, and social engagement. The common house will provide a hub for community life, fostering intergenerational connections.

The homes are built to AECB standard, emphasising energy efficiency and occupant comfort. A MMC timber frame ensures low-carbon construction, while cladding in brick and larch harmonises with the natural surroundings. Resident-led design features, such as large windows, high ceilings, and vaulted roof spaces, lend a sense of spaciousness and quality that belie their affordability.

Key Features

100% affordable
Community Land Trust client
Ambition to make housing that is more affordable, more neighbourly and more sustainable.
Community led addressing long term housing security and loneliness
Largest UK Cohousing development to date

Download PDF

Scheme Information

Type

  • Cohousing
  • Multi-Aspect Apartments
  • Terrace

Size

  • Medium density

Cost/ownership

  • Affordable
  • Shared Ownership

Planning

  • Community Consultation
  • Custom build
  • Suburban

Construction/Design

  • Brickwork
  • Modern methods
  • Off-site

Sustainability

  • Biodiversity/Building with Nature
  • Building for a Healthy Life
  • Low embodied carbon construction
  • Low Energy in Use
  • Sustainable urban Drainage Systems

Outdoor areas

  • Biodiversity
  • Garden

Surrounding Area

  • Healthy Streets
  • Landscape
  • Community Buildings
  • Public open space

Specialised

  • Community

Sustainability

Hazelmead’s sustainability strategy reflects the client’s vision of affordable, sustainable housing that fosters community, builds climate and economic resilience, and futureproofs homes. Designed to the AECB CarbonLite New Build Standard, the project achieves net zero carbon in use through exceptional energy efficiency, renewable energy integration, and community-focused strategies. Key Strategies Architectural Concept and Form Development - Optimized site plan for passive and active solar gains. - Houses feature high insulation, triple-glazed windows, and excellent form factors for energy efficiency. - Vernacular-inspired “chimneys” house MVHR and ASHP pipework. Construction and End-Use - All-electric homes use photovoltaic arrays connected to a shared community microgrid with a Tesla Battery Energy Storage System. - Inline ASHPs reduce external noise and visual impact, while direct electric panel heaters efficiently meet minimal heating needs. - Shared car club and integrated bike storage encourage low-carbon transportation. Community Sustainability and Resilience - A community microgrid, managed by a community energy supply company (CEPRO), sells solar energy at reduced rates, reinvesting surplus income. - Allotments and shared gardens support food production and local resilience. - Swales, rain gardens, and communal landscaping enhance water management and community interaction. Climate and Economic Resilience - Reduced energy costs from renewable energy shield residents from market fluctuations (25% below market cap). - Shading devices, passive solar design, and rainwater management mitigate overheating, drought, and flooding risks. Performance and Water Management - Overheating and energy performance were modeled during design (using PHPP) and are monitored post-occupancy. - SUDS, including permeable surfaces and storm cells, efficiently manage rainwater runoff. - Hazelmead aligns with the RIBA 2030 Climate Challenge, supporting community resilience, and integrating environmental, social, and economic priorities to create a robust and future-ready community.
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