HD Awards 2025 - Shortlist Announced
Victoria Point

Victoria Point

Project

Shortlisted

Planning Application Link View map

Number/street name:
44 Hatherstage Road

Address line 2:

City:
Manchester

Postcode:
M13 0FT

Architect:
Bell Phillips

Architect:
5plus Architects

Architect contact number:
02072309330


Developer:
Empiric Student Property PLC.

Planning Authority:
Manchester City Council

Planning consultant:
Turley

Planning Reference:
139987/FO/2024

Date of Completion:
12/2031

Schedule of Accommodation:
554 x 1 bed flats (includes 23 x wheelchair accesible flats); 64 x 2 bed flats; 50 x 3 bed flats; 11 x 4 bed flats

Tenure Mix:
100% private rent

Total number of homes:
679


Site size (hectares):
1.47

Net Density (homes per hectare):
462

Size of principal unit (sq m):
20.6

Smallest Unit (sq m):
20.6

Largest unit (sq m):
94.0

No of parking spaces:
28

Scheme PDF Download



Planning History

Full planning application submitted 10 May 2024
Resolution to grant planning permission made 21 November 2024

The Design Process

The retrofit and expansion of Victoria Point will increase student accommodation from 566 to 876 bedspaces (a net uplift of 310 beds), addressing a shortage of high quality student accommodation in the city, and creating a more vibrant and supportive student environment.

The existing Victoria Point development was built in 2009 as general needs housing, laid out as six large blocks arranged around Manchester’s historic Victoria Baths. Wherever possible, the architects have sought to retain and retrofit existing buildings: four blocks will be stripped internally to frame and reconfigured, with their building envelopes replaced to improve their energy performance and visual appearance. These blocks will also be extended, while two new buildings will be added.

The consented scheme will increase building heights up to 12 storeys, and the architects have found inspiration from the listed baths and from Manchester’s muscular industrial and institutional heritage. A strong grid of windows will be set deep into new brick facades, reminiscent of historic warehouse buildings, with subtle banding and coloured ceramic detailing echoing that of Victoria Baths nearby. Articulated brick detailing to a series of roof terraces provides further richness to the elevations. The two new blocks will employ a similar architectural language and materiality to create a cohesive arrangement.

The new development will stitch new and old elements together to create a more legible streetscape, and a series of characterful courtyard gardens. New facilities, including a gym, co-working spaces and staff training facilities, as well as meeting spaces for students and the wider community, will enhance the development’s appeal. Generous cycle storage space and improved walking connections form part of the development’s focus on sustainability and wellbeing. Landscaping has been designed to be more welcoming and practical. The development is targeted to BREEAM Excellent, and aims to achieve significant biodiversity net gains.

Key Features

A retrofit of existing buildings to address a shortage of high quality student accommodation in Manchester, and create a more vibrant and supportive student environment.

Existing blocks are retained and retrofitted : building envelopes are replaced to improve thermal performance, with new facades inspired by nearby historic buildings. New blocks employ a similar architectural language - stitching old and new together to create a more legible streetscape.

New facilities - including a gym, co-working spaces, and meeting spaces for students and the wider community - enhance the development's appeal.

Improved landscaping, and new walking connections.

Targeted to BREEAM Excellent.

Download PDF

Scheme Information

Type

  • Cohousing
  • Multi-Aspect Apartments

Size

  • High density

Cost/ownership

  • Mixed Use

Planning

  • Infill
  • Urban Infill
  • Urban Regeneration

Construction/Design

  • Brickwork
  • Contemporary Design
  • Local Vernacular
  • Vernacular
  • Apartment remodelling

Sustainability

  • Low embodied carbon construction

Outdoor areas

  • Biodiversity
  • Garden

Surrounding Area

  • Landscape
  • Communal Spaces
  • Community Buildings

Sustainability

High standards of energy performance have been applied across the design of the various buildings that will reduce their operational energy and associated carbon emissions. This includes using electric air source heat pumps (ASHP) for domestic hot water and significant PV arrays across the development. The project is targeting BREEAM Excellent and EPC 'A' ratings for each of the extensions, as well as ambitious whole building operational energy benchmarks that are in line with CRREM standards. In terms of the development's energy strategy, a hierarchal process of reducing energy demand through enhanced fabric thermal performance. followed by using highly efficient equipment and low carbon technologies. A key element of the proposals includes the use of air source heat pumps as the heat generating technology for domestic hot water heating and PV arrays installed across the development. This low carbon technology will allow the building to achieve net zero carbon in operation as the national grid decarbonises, while also delivering a fossil fuel free development as an all-electric building. Four existing blocks are to be retrofitted, with their original frames retained - thereby reducing embodied carbon. Building envelopes are replaced to improve their energy performance. Generous cycle storage space and improved walking connections form part of the development’s focus on sustainability and wellbeing. The landscape has been designed to be much more welcoming and practical, and aims to achieve significant biodiversity net gains.
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