The Problem Usually Starts With a Good Idea Rooflight overheating rarely begins with an obviously unreasonable design decision. More often, it begins with something entirely desirable: a brighter interior, a stronger connection with the sky and more daylight reaching parts of a home that conventional windows cannot easily serve. Consider a typical contemporary extension. Large […]
Tag Archives: Wiltshire self-builds
13
Aug
Aug
A “Flat” Rooflight Still Has to Manage Water The word flat can create a misleading impression when discussing rooflights. Architecturally, a flat rooflight may appear as a simple sheet of glass sitting almost effortlessly within the roof. Rainwater, however, still needs somewhere to go. The visual simplicity of the finished glazing does not remove the […]
13
Aug
Aug
Daylight From Above Behaves Differently Daylight entering through a roof does not behave in quite the same way as daylight entering through a wall. A conventional window creates an outward relationship, connecting the interior with a garden, street or landscape beyond. Its view is predominantly towards the horizon. A rooflight turns that relationship upwards, introducing […]
13
Aug
Aug
Rooflights and Roof Lanterns Create Different Kinds of Space Rooflights and roof lanterns are often discussed as alternative ways of achieving the same objective: bringing more daylight into a room from above. Yet their architectural effect can be markedly different. The distinction is not simply one of appearance on the roof. Each changes the relationship […]
12
Aug
Aug
The Problem With Comparing One Number Against Another Sightline figures are appealing because they appear to make comparison straightforward. Place two glazing brochures side by side, find the published dimensions and the system with the smaller number seems to offer the more minimal result. A difference of only a few millimetres can begin to look […]
12
Aug
Aug
Why There Is No Single Maximum Glass Size The question of how large a single pane of glass can be appears to invite a simple answer: a maximum width, a maximum height, perhaps a maximum overall area. In architectural glazing, however, those dimensions rarely exist as universal limits. The realistic size of a pane emerges […]
12
Aug
Aug
Minimalism Removes Visual Complexity, Not Technical Complexity The appeal of a minimal sliding system lies partly in how little of the system appears to remain. Large panes of glass replace conventional areas of framing, vertical divisions become increasingly restrained, and tracks or perimeter frames may be integrated into the surrounding architecture. The completed elevation can […]
11
Aug
Aug
Why Slimmer Does Not Automatically Mean Colder It is easy to assume that making a glazing frame slimmer must come at the expense of thermal performance. The reasoning appears intuitive: if there is less visible frame around the glass, there must surely be less material available to resist heat transfer. In practice, however, sightline and […]
11
Aug
Aug
Why Sightline Is an Aesthetic Metric, Not a Performance Rating Sightline dimensions are useful because they describe something immediately visible. When two glazed panels meet, the width of the framing between them contributes directly to the character of the elevation, and it is understandable that architects and homeowners use this measurement when comparing minimal glazing […]
11
Aug
Aug
Why There Is No Single Minimum Sightline At first glance, asking how slim a glazing sightline can be seems as though it should have a straightforward numerical answer. Contemporary glazing systems are often discussed in terms of increasingly narrow profiles, making it natural to compare one dimension with another. The difficulty is that a sightline […]