Navigating Coastal Conditions, Height Requirements and Complex Glazed Geometries
The coastal location introduced specific technical and environmental challenges. The property sits within approximately 200m of the shoreline, meaning all external glazing needed to perform reliably in a marine environment. The home also required a series of large openings, including sliding doors exceeding 5m in width and bespoke gable arrangements with shaped structural glass.
The design introduced additional complexities where glazed elements meet irregular rooflines and angled geometries. Creating a seamless transition between double height gables and sliding doors demanded exact alignments between glazing joints, silicone seams and interlocks. The internal spaces also required sliding doors that could operate smoothly without disrupting circulation, particularly where openings connected directly to terraces and garden areas.
How minimal windows® Were Used to Deliver Slim Sliding Doors for a Modern House in Dorset
minimal windows® provided the engineering capability and slim framed refinement needed to fulfil both the architectural intent and the coastal performance requirements. Multiple sliding configurations were installed across the home, all finished in RAL 7016 marine grade PPC to ensure long term durability.
The larger openings, including doorsets up to 5.8m wide, make use of three track sliding systems with slim interlocks that maintain a sense of visual lightness. The dedicated sliding pocket door, installed on a freeway base track, allows the panel to recess fully into the wall, preserving uninterrupted flow between the living spaces.
The gable compositions required combined fixed and sliding elements. minimal windows® was used to form the lower sections, topped by shaped structural glass panels that continue the geometry of the pitched roof. The glazing joints were carefully aligned with the interlocks below to create a unified architectural expression. Solar control coatings were applied to all external units to moderate internal temperature and manage solar gain, an essential consideration for the south facing elevations.