Leinster Avenue

Leinster Avenue

Project

Shortlisted

Planning Application Link    View map

Number/street name:
Leinster Avenue

Address line 2:
Knowle West

City:
Bristol

Postcode:
BS4 1NN

Architect:
Allford Hall Monaghan Morris

Architect contact number:
#ERROR!


Developer:
Bristol City Council.

Planning Authority:
Bristol City Council,

Planning consultant:
CSJ Planning

Planning Reference:
20/03297/F

Date of Completion:
04/2024

Schedule of Accommodation:
12 x 1 bed 2 person apartment; 8 x 2 bed 3 person apartment; 3 x 1 bed 2 person Mews house M4(3); 1 x 2 bed 3 person Mews house M4(3); 18 x 2 bed 4 person house; 25 x 3 bed 5 person house; 4 x 4 bed 6 person house

Tenure Mix:
100% affordable, including 77% social rent and 23% shared ownership

Total number of homes:


Site size (hectares):
1.7 (1.5 developable area)

Net Density (homes per hectare):
47

Size of principal unit (sq m):
93

Smallest Unit (sq m):
66

Largest unit (sq m):
130.5

No of parking spaces:
88

Scheme PDF Download



Planning History

The site sits directly to the south of the Knowle DGE Special educational needs Academy and Knowle West Children’s Centre and was formerly occupied by the Florence Brown School. The site is largely overgrown with scrub vegetation and is bounded to the south, east and west by a two storey, post-war residential development.
In addition to the site’s allocation for housing, the City Council required a Post-16 Special Educational Needs Centre and Independent living unit to serve the neighbouring Knowle DGE facility (submitted by AHMM as separate application planning reference: 20/01383/F and due to complete on site in March 2022).

The Design Process

Leinster Avenue is a 100% affordable residential scheme designed for Bristol City Council, located approximately two miles from Bristol city centre. The residential plan will deliver a range of one, two, three and four bedroom homes split between affordable rent and shared ownership, delivering a sustainable housing mix.
The site adjoins the newly completed special educational needs school to the north, which includes a teaching block, sports facilities and a construction skills compound. The two projects were designed together by Allford Hall Monaghan Morris and the masterplan allows for two post-16 independent living units, which although linked to the school, are very much part of the residential streetscape to provide supported living to students.
The development includes three housing types in the form of three-storey apartment buildings, two and three-storey terraced housing and wheelchair accessible bungalows.
The three-storey apartment buildings create a gateway into the site from Leinster Avenue, linking to the primary street (Main Avenue), and provides a much needed pedestrian and cycle link to Novers Road. Two further three-storey apartment buildings address a modest public open space that forms part of the sustainable drainage strategy.
The two and three-storey terraced housing forms the primary streetscape, set back from the pavement with a defensible boundary. The houses have a generous porch which accommodates refuse and recycling containers and provides character. Kitchens and living rooms are positioned at the front of the houses, activating the street edge.
Wheelchair adapted bungalows are arranged in a row along a new pedestrian priority connection to Novers Crescent.
A simple, robust palette of materials is used across the buildings, with subtle brick bonding at ground floor and coloured glazed bonded brick adjacent to front doors. The materials echo the brick choices used on the new school building, tying the two developments together.

Choose a few key elements you want to promote

This is a true community development delivering 100% affordable housing integrated with the new school and independent living units. A ground source heat pump heats all dwellings and overheating is mitigated using the principles of the Chartered Institution of Building Services Engineers (CIBSE) TM59 utilising rooflights and external screens to provide secure night-time ventilation.
Street trees integrate “Stockholm” tree pits to provide space, moisture and oxygen for healthy root growth. These form buildouts into the carriageway to provide passive traffic, calming and softening the rhythm of on-street car parking.
The dwelling mix will provide sustainable, multi-generational housing for the community.

Download PDF

Scheme Information

Type

  • Multi-Aspect Apartments
  • Innovative House Types
  • Mews
  • Terrace

Size

  • Medium density

Cost/ownership

  • Affordable
  • Council
  • Shared Ownership
  • Mixed Tenure

Planning

  • Community Consultation
  • Infill

Construction/Design

  • Brickwork
  • Contemporary Design

Sustainability

  • Building energy in use (any target above Regs)
  • Biodiversity (eg Building with Nature)
  • Car usage or Active Travel (inc Building for a Healthy Life)

Outdoor areas

  • Biodiversity

Surrounding Area

  • Healthy Streets
  • Landscape
  • Communal Spaces
  • Public open space

Specialised

  • Special Needs Housing
  • Wheelchair

Sustainability

- The scheme encourages low carbon living by reducing the heating demand. This is achieved by increasing the thermal energy performance and levels of air tightness. - All dwellings are dual or triple aspect, which maximises daylight and the opportunity for cross ventilation. - Houses incorporate rooflights to allow daylight into staircases and hallways and provide passive stack ventilation to avoid overheating in the summer. - Heat pump solution for heating and hot water (Ground source heat pump) takes ambient heat from the air or below ground to provide heating. - Large windows provide daylight and sunlight to rooms and allow views and passive surveillance to the street. - All dwellings will be provided with low energy lighting and smart meter technology to allow residents to manage energy use more easily. - Electric Vehicle Charging Points (EVCP) are provided in the street with provision for further charging points in the future. - Summer overheating is avoided by dual aspect cross ventilation, secure vent side panels, solar control glazing and deep recess windows.
Next
Previous