IG Masonry Support provided a range of LP Windposts, Wall Ties, and associated fixings for the Escapade project, with bespoke designs for various structural constraints. These heavy-duty Windposts, manufactured from durable stainless steel with EPD: Global Verification, ensure structural integrity, meet stringent safety standards, and contribute to the project’s BREEAM Very Good rating.
A key challenge was the tailored design of the base and top plates, customised to fit different unit types, some requiring fixings to concrete, others to timber floor joists or steel. IG Masonry Support’s engineering team collaborated with the project’s structural engineer to ensure secure alignment with the building’s structural elements. Each Windpost variant was tailored to specific heights for varying floor levels. Detailed Construction Issue Drawings from IG ensured precision during installation.
While IG Masonry Support is experienced in standard Windpost solutions, this project required a more personalised approach. The bespoke base and top plates, along with the specific Windpost heights, were unusual. Through close collaboration with the design and engineering teams, IG delivered a solution perfectly matching the project’s requirements.
To further support the responsible efforts to promote a more sustainable environment in line with BREEAM, IG Masonry Support provides BRE Global verified Environmental Product Declarations for its full product range, including LP Windposts. This data, declared by weight, allows for accurate embodied carbon calculations, supporting sustainable building practices and BREEAM compliance.
The Escapade development is now a landmark at Silverstone, offering residents an unparalleled living experience with racetrack views. IG Masonry Support’s bespoke Windposts ensured the precise realisation of the buildings’ structural elements, playing a significant role in achieving the project’s ambitious goals and creating a luxurious, modern living space that will enhance the Silverstone area for years to come.