Understanding windows that have stood for over a century.
Victorian windows were built during a period when craftsmanship and material quality were paramount. The timber used was slow-grown, dense, and remarkably durable.
Modern replacements, whilst marketed as maintenance-free, rarely match the longevity or aesthetic integrity of well-maintained originals. They also diminish property value and architectural character.
Our work focuses on retention, repair, and enhancement rather than wholesale replacement.
We visit your property to examine window condition, identify specific issues, and discuss your requirements. This consultation is thorough but non-intrusive.
Based on our findings, we prepare a detailed specification outlining necessary repairs, materials to be used, and expected outcomes. Listed building applications are supported where required.
Where possible, windows are removed and restored in our workshop. This allows for more precise work and faster completion. Temporary weather-tight boards are installed during this period.
Restored windows are carefully refitted, draught-proofed, and tested for smooth operation. Final adjustments ensure longevity and performance.
We prioritise conservation over replacement. Where original fabric can be saved, we save it.
Our repairs are reversible wherever possible, ensuring future generations can intervene without being constrained by our methods.
We use traditional materials and techniques not out of nostalgia, but because they have proven effective over centuries and remain appropriate for period buildings.
Honesty guides our recommendations. If a window genuinely cannot be saved, we say so. If a simpler repair will suffice, we propose it.
Experience working within the constraints and requirements of Grade I, II*, and II listed structures.
Understanding of local authority requirements and planning sensitivities in designated areas.
Knowledge of Victorian construction methods, materials, and design variations across regions and decades.
Practical experience improving energy efficiency whilst respecting heritage constraints and building physics.