BGS was contacted by National Trust Enterprises Limited to replace two roller shutter doors at Mottisfont Abbey in Romsey, Hampshire. The existing roller doors were outdated and ineffective at preventing water ingress. The client required an upgraded, automated solution to improve operational efficiency and weather protection.
A site inspection confirmed that the roller shutters were in poor condition, allowing water ingress and requiring manual operation. To manage the issue, the client had been using sandbags, which had to be removed each time access was needed, causing inefficiencies.
The National Trust required a durable, industrial-grade replacement with automated functionality to eliminate manual handling and improve weather resistance. BGS was responsible for supplying and installing two new roller shutters that met these specifications.
Water ingress was a key issue, caused by an undersized threshold drain and the absence of a weather seal on the bottom T-rail. These structural deficiencies needed to be addressed to ensure the long-term effectiveness of the new doors.
The site layout added complexity to the installation. The power supply was positioned on the wrong side of the opening, overhead cameras obstructed the workspace, and the roof pitch required adjustments for proper door positioning. A preliminary site visit was conducted to complete the induction, verify preparatory works, and clear access points before the engineers arrived.
Before installation, the National Trust increased the size of the threshold drain and installed a three-phase power supply to support the new doors. These modifications ensured the site was ready for the replacement.
BGS supplied, delivered, and installed a Si3 Industrial Door and an SC1 Commercial Roller Shutter. The existing doors were removed using a Genie Lift SLA15, ensuring a safe and controlled process. The new roller shutters were configured for automatic operation with a “push-to-run” mechanism on the up cycle, providing a more efficient and user-friendly solution.