Project > Abbey Fields Leisure Centre

Abbey Fields Leisure Centre

DB3 was appointed by Warwickshire District Council to provide Architectural and Principal Designer services for the Abbey Fields Leisure Centre project. This multi-million pound redevelopment replaces the outdated facility with a modern, inclusive and accessible space designed to meet the needs of the local community.

The project was driven by several key objectives: to address the increasing demand for swimming space in the region, to enhance accessibility for users of all abilities and to create a high quality leisure facility that is both welcoming and inclusive for residents of all ages.

In line with these goals, the new development will offer a wide range of modern features. These include an additional indoor pool equipped with wheelchair accessible pool pods and a family pool with a moveable floor to accommodate different activities and age groups. The facility will also feature a sun terrace and a conservatory style café, providing a relaxing space for visitors and an extra revenue stream for the council. To further enhance user experience, family friendly and accessible changing rooms have been included, with group changing options available.

Preserving Archaeological Remains

Preserving Archaeological Remains

During Phase One of demolition, extensive medieval archaeological remains were uncovered. This unexpected discovery temporarily halted progress and required a reassessment of the construction approach.

We worked closely with Warwick District Council, Historic England and the project team to redesign the building in a way that preserved these significant historical findings. As part of the revised approach, the building’s foundations were raised by 50 cm, and the ground-bearing slab was replaced with a suspended slab to protect the remains beneath. To accommodate the higher foundations, adjustments were made to the roof voids; however, our designers carefully managed the redesign to limit the increase in ridge height to just 35 cm, helping to control costs for the Council. Additionally, drainage and utility systems were reconfigured to avoid disturbing the archaeological site.

Despite restrictions on the use of some renewable technologies due to site constraints, sustainability remained central to the project’s design. The completed facility incorporates photovoltaic panels, air-source heat pumps and combined heat and power (CHP) systems. High performance insulation, heat recovery systems and grey water recycling further enhance the building’s energy efficiency.

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