HD Awards 2025 - Shortlist Announced
Avon Park

Avon Park

Project

Shortlisted

Planning Application Link View map

Number/street name:
Winsley Hill

Address line 2:

City:
Limpley Stoke

Postcode:
BA27FF

Architect:
PRP

Architect contact number:
02076531200


Developer:
Retirement Villages Group.

Planning Authority:
Wiltshire Council

Planning consultant:
Barton Willmore

Planning Reference:
PL/2023/07518

Date of Completion:
06/2027

Schedule of Accommodation:
New Build:7x1Bed Apartments, 58x2Bed Apartments, 4x2Bed Plus Apartments. Conversion: 1x1Bed, 4x2Beds

Tenure Mix:
100% Extra Care Units

Total number of homes:
160 including existing village


Site size (hectares):
3.75

Net Density (homes per hectare):
43

Size of principal unit (sq m):
80

Smallest Unit (sq m):
58

Largest unit (sq m):
95

No of parking spaces:
132

Scheme PDF Download



Planning History

The existing Village consists of a vacant care home, apartment building with communal areas, and small residential buildings. Avonpark Village is located in the ANOB, overlooking Freshford valley and is visible from the surrounding villages. The site constraints include tree screening, a quarry backdrop, and protected bat habitats. The site is an operating retirement village with existing residents who’s wellbeing during and post construction have informed the architectural brief. Before it’s formal submission on 31st August 2023, the project had two Design Review meetings (2nd September 2022 & 6th June 2023) and a second Pre-Application meeting on 6th June 2023.

The Design Process

The intention of the project brief is to rejuvenate and expand the existing village, providing new communal amenities for existing residents and ensuring the village is a viable and sustainable community. The redundant care home and half of the main building on site will be demolished to make space for two new buildings, providing accommodation of 69 new retirement dwellings.

The existing village comprises an ad hoc mix of building styles with no clear hierarchy or connection to the unique landscape setting. The proposals reference local, rich vernacular, and provide clear wayfinding and placemaking to connect existing homes with new communal facilities.

The arrival space is the focal point of the development with a colonnade element running along the northern elevation of the proposed buildings, creating a sense of continuity and formality. The landscape design has been carefully integrated to soften the building’s scale and blend with the existing context.

A mansard roof has been introduced to reference the local architectural roof forms and to express the elevational hierarchy, emphasising the first three floors, while making the top two less prominent.

The communal areas are carefully designed to take advantage of views from existing and proposed apartments towards the beautiful valley. The reception area has a strong visual link with formal communal gardens, achieved through full height, glazed window panes. The communal areas are south facing and have direct access to the carefully designed green spaces which boast amenities such as a croquet pitch and herb garden.

Key Features

• Regeneration of the existing retirement village to provide new amenities for existing residents and ensure the village is a viable and sustainable community.
• A strong arrival space highlights the main entrance and improves quality and wayfinding for the village.
• Sensitively designed to match the contextual architecture style and materiality.
• Improved garden spaces and public realm to create usable spaces that are versatile in function.
• Enhanced appearance with a more consistent look throughout the village.
• Reinforced connection between the existing dwellings on site and new communal areas.
• High quality and purposeful communal areas for

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Scheme Information

Type

  • Multi-Aspect Apartments

Size

  • Medium density

Cost/ownership

  • Private Ownership

Planning

  • Estate Regeneration
  • Community Consultation

Construction/Design

  • Brickwork
  • Contemporary Design
  • Local Vernacular

Sustainability

  • Biodiversity/Building with Nature
  • Low embodied carbon construction
  • Sustainable urban Drainage Systems

Outdoor areas

  • Private Terraces
  • Roof Terrace
  • Outside Terrace
  • Garden

Surrounding Area

  • Landscape
  • Communal Spaces
  • Community Buildings

Specialised

  • Over 55s
  • Senior

Sustainability

The Energy Strategy takes a holistic approach to energy demand reduction, and carbon emission reductions. Principles of the Energy Hierarchy are followed in terms of ensuring the design is energy efficient prior to incorporation of low and zero carbon energy sources. Passive design and energy efficiency measures will provide the cornerstone to the energy demand and CO2 emission reduction achieved for the Proposed Development. The baseline scenario, which each step of the Energy Hierarchy will be compared against, is established by the Part L Target Emission Rate. The energy hierarchy includes the following three steps: Be Lean: High energy efficient building fabric and building services have been utilised to reduce carbon emissions and energy demand through good practice passive measure. Be Clean: Incorporation of an onsite CHP system has been deemed to be unsuitable, therefore a heat network and CHP technology have been discounted. Be Green: A number of renewable technologies have been appraised in terms of their technical, physical and financial feasibility, for incorporation within the development. Roof mounted PV and Air Source Heat Pumps (ASHP) was considered the most appropriate technology. The Proposed Development is targeting energy and carbon emission reductions over the existing pre-refurbishment building. The following energy efficiency measures have been incorporated into the design to meet the targeted CO2 emissions reductions. ? Low carbon heating and cooling via ASHP/VRF. ? Good fabric performance – Low U-Values and implementation of Triple Glazing. ? Modern building services including high efficiency ventilation plant with variable speed fans and high levels of heat recovery. ? Efficient low-energy lighting throughout all spaces with low heat output to minimise risk of high internal heat gains. ? Inclusion of Photovoltaics for the Landlord Amenity space.
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