IN Brief:
- Demolition at the Chapel Lane site is complete; below-ground drainage and foundation preparation are the current main works.
- The £20.3m redevelopment is backed by £18.3m in Levelling Up funding and £2m from Sport England.
- Swimming, sport and wellbeing facilities are planned for completion in 2028; proposed renewable-energy systems are not yet installed.
Speller Metcalfe is progressing underground drainage and foundation preparation at the £20.3m move Partington leisure centre in Greater Manchester after completing demolition of the former building. The October construction update places the Chapel Lane scheme in its main works phase, although erection of the replacement building’s structural frame has not been reported.
Trafford Council commissioned the redevelopment as its third move-branded leisure centre. The reported £20.3m scheme is supported by £18.3m in Levelling Up funding from central government and £2m from Sport England, amounts that together comprise the published funding package rather than additional sums above the headline project value.
The replacement venue is designed to combine swimming, indoor sport and health services in a single complex. Proposed accommodation includes a swimming pool, four-court sports hall, 40-station gym, exercise studios, consultation rooms, wellbeing facilities and a café. The scheme forms part of the Partington Sports Village programme and follows demolition of the previous 1970s leisure building.
Underground drainage must be coordinated with the building’s foundations and future service connections before ground-floor construction restricts access to buried infrastructure. The contractor has reported work on drainage and foundation preparation but has not released a detailed substructure design, confirmed the installation of foundations or announced the start of superstructure construction.
The planned pool, showers and changing areas will require water supply, wastewater drainage and mechanical services, while roof and paved areas also need provision for rainfall runoff. Connection levels and inspection points must be arranged around other underground services; the construction announcement does not identify the drainage system dimensions, route or final method of installation.
Foundation preparation follows the clearance and assessment of the former site. Loads from the sports hall, pool enclosure and associated accommodation will ultimately determine the supporting substructure, together with ground conditions and engineering design. No specific piling or spread-footing solution has been confirmed in the published project material.
Neighbouring Broadoak School joined the ground-breaking event, with twelve construction students visiting the site alongside staff. The completed sports centre is expected to serve the school and other community groups, while the visit provides a documented example of current project engagement rather than evidence of future participation levels.
Representatives from Trafford Council, Trafford Leisure, Speller Metcalfe and other partners attended the event. Ellis Williams Architects is identified as the project architect. Earlier announcements covered the scheme’s commencement, whereas the 15 October update establishes that demolition has finished and construction has advanced to below-ground operations.
The proposals also include air-source heat pumps, photovoltaic panels, electric vehicle chargers, cycle parking and a landscaped green route linking to nearby outdoor recreation. These elements remain part of the intended design; there is no confirmation that the heat pumps, solar equipment or charging infrastructure have been installed or commissioned.
Air-source heat pumps use a refrigerant circuit to transfer heat from outdoor air into a heating system. Their efficiency is affected by source temperature and the flow temperature required inside the building. Swimming facilities can impose substantial heating, ventilation and humidity-control duties, but the council and contractor have not specified the intended pool water heating or dehumidification equipment.
Solar generation could offset part of the centre’s electricity consumption once the photovoltaic system is commissioned, although its contribution will depend on installed capacity, operating hours and on-site demand. No system size, energy model or independently verified carbon reduction figure accompanies the October construction announcement.
Operational arrangements will also need to accommodate simultaneous use of the pool, sports hall, gym and community rooms. Reception, circulation and changing provision must work for school visits as well as individual customers. Trafford Leisure is associated with the project, but detailed opening hours and occupancy figures have not been released.
The contractor has outlined planned employment, skills and community engagement activities during construction. The Broadoak School visit is a completed activity; the longer-term training and local employment proposals remain commitments until the corresponding opportunities are delivered.
Partington follows move Urmston and move Altrincham within Trafford’s leisure investment. Unlike a refurbishment carried out around an occupied building, this project entails replacing the demolished facility, with construction extending beyond the original site-clearance stage. The October announcement does not establish that an interim leisure facility is operating on the site.
Completion is forecast for 2028. The remaining programme includes substructure work, the building frame and envelope, specialist pool and sports installations, building services, internal fit-out and commissioning. The completion forecast is not a fixed opening date, and neither Trafford Council nor the contractor has reported that the building is ready for occupation.
As drainage and ground preparation continue, progress into the main structure will establish the next substantial construction milestone. The 2028 completion target depends on delivering the remaining building and specialist leisure works after the current below-ground phase.
