Grove Avenue

Structural Glazing in Beeston for a Victorian Villa Extension

Grove Avenue is a refined example of structural glazing in Beeston, delivered as part of the full renovation and extension of a semi-detached Victorian villa. Designed by OCA Studio, the project introduces a contemporary black timber-clad extension alongside a frameless glazed link that connects the new and existing volumes.

Project Partners

Architects: OCA Studio

Location

Beeston, Nottingham, UK

Opening a Period Home with Structural Glazing

The architectural intent was to open up a previously constrained ground floor layout while strengthening the relationship between the interior living spaces and the surrounding garden. Structural glazing forms the centrepiece of this strategy, allowing natural light to move freely through the plan and creating a clear visual and physical transition between old and new. This approach highlights how structural glazing in Beeston can be used to sensitively modernise period homes while enhancing spatial quality.

Resolving a Compartmentalised Victorian Layout

The original property had been unoccupied for several years and suffered from a compartmentalised and inefficient internal arrangement. The design brief called for a complete rethinking of the ground floor, creating a sequence of flexible spaces that could open up or close off depending on use.

Balancing Heritage Character with Contemporary Extension Design

A key challenge was to introduce this new openness without compromising the architectural integrity of the existing Victorian structure. The extension needed to feel distinct yet connected, offering a modern contrast while maintaining a respectful dialogue with the original building fabric. At the same time, maximising natural light and controlling solar gain were critical considerations, particularly given the dual aspect and orientation of the new volume.

Frameless Structural Glazing Link Between Old and New

The IQ Glass midlands team designed and installed a frameless structural glazing link using the Invisio® system to form a minimal junction between the existing house and the new extension. This slim glazed connection acts as a light filled threshold space, housing the kitchen and linking the formal dining area to the garden room beyond.

The structural glazing was detailed with precise glass-to-glass junctions and minimal visible framing, allowing the link to read as a transparent interruption between the two built forms. By carefully aligning sightlines and finishes, the glazing enhances the legibility of both the traditional Victorian structure and the contemporary extension.

While the glazed link benefits from a north facing orientation which naturally reduces direct solar gain, the specification still incorporated solar control glass to ensure consistent internal comfort and to manage heat gain across changing conditions. This is a key consideration in delivering high performance structural glazing in Beeston, where both heritage context and modern living standards must be carefully balanced.

Technical Glazing Summary

  • Invisio® frameless structural glazing system forming glazed link
  • Fixed structural glass rooflight: approx. 1730 x 4500mm
  • Rooflight formed from multiple panes with silicone joints
  • Low iron structural glass beams providing structural support
  • Solar control glass specified to manage heat gain
  • Heat soak tested glass to reduce risk of spontaneous breakage
  • Aluminium elements finished in RAL 9005 Matt

Speak to a Structural Glazing Specialist

This project demonstrates how structural glazing can be used to transform a period property, improving spatial flow, daylight access, and architectural clarity without compromising its original character.

If you are planning a luxury renovation, extension, or listed property upgrade and want to explore structural glazing in Beeston or similar contexts, speak to the IQ Glass team at an early stage. Our technical designers can advise on feasibility, detailing, and performance from concept through to installation.