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Multi Use Community Hub – King’s Lynn

King’s Lynn Multi-User Community Hub (MUCH) A Sustainable Vision for Community Architecture

Light solutions

Client

Norfolk County Council

Architect

Hudson Architects

Location

46 New Conduit Street, King’s Lynn

Contractor

Mace Group (Construction)

Sector

Project Background

The King’s Lynn Multi-User Community Hub (MUCH) is a sustainability focused regeneration. Located at 46 New Conduit Street, this project saw the repurposing of a redundant retail building into comprehensive facility that sits at the heart of the community. Opened in March 2026. The flagship facility features a completely redesigned main library alongside bespoke spaces for children, young people and businesses, quiet study areas and more.

The client Norfolk County Council wanted sustainability as core value and Hudson Architects strategy focussed on a low-carbon renovation. By retaining the original concrete frame and selectively adapting the structure, they minimised the carbon footprint generated whilst creating a high-performance community space. The defining feature of this transformation is a dramatic central atrium, designed to provide natural light deep into the building’s footprint and create a “light-filled hub” for the community.

Project Brief

The main construction contractor Mace Group (Construction) worked with Next Generation Rooflights to design, supply and install a comprehensive multipart fixed rooflight package to help deliver the natural light component. The brief required a solution that could cover a significant structural opening while meeting the stringent safety and thermal requirements of a building at the heart of the community.

A key focus of the installation is a significant multipart atrium rooflight covering 58m2 in total. This is supported by two additional raftered units (4.2m2 and 3.8m2), creating a consistent aesthetic and performance for the buildings roof.

High-Performance Glazing and Safety

Given the community needs of the hub, safety and durability were crucial. All units were engineered as CWCT Class 2 non-fragile assemblies. This specification ensured that the glazing provides essential protection against foreseeable falls onto the roof, a critical safety standard for large-scale installations where maintenance and proximity to other roof levels need to be taken into account.

The glazing configuration was specifically designed to balance the natural light requirements with environmental control:

  • Solar Control: Advanced outer panes reduce solar heat gain, preventing the atrium from overheating during summer months.

  • Site-Glazed Precision: The raftered multipart rooflight systems were site-glazed to ensure a seamless fit with the new structural elements of the repurposed frame.

A Light for the Community

Completed in March 2026, the King’s Lynn MUCH is an excellent example of adaptive reuse. The integration of Next Generation Rooflights’ systems has helped transformed a formerly dark, enclosed retail environment into a bright, welcoming, and accessible landmark. By combining safety-rated engineering with high-specification solar performance, the project delivers a comfortable environment for learners, business, and visitors alike.

Contact Your Next Generation Rooflights Trusted Advisors Now

In an ever-changing architectural landscape, we strive to remain at the forefront with our versatile and innovative rooflights that give you flexibility and unique design possibilities. Connect with us at 01223 792 244 or reach out to [email protected] and discover a whole new dimension to your architectural design with Next Generation Rooflights.

In our clients words:

We have been working with the team for approximately 3 years now. Their sales and technical team are always very proactive and helpful with any request to quote for projects or alter technical drawings. We use them as their quality of product is unmatched, we look forward to continuing to build the partnership with them over the coming years

Luis Evitt, Rooflight Solutions

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Carbon Neutral Organisation

At Next Generation Rooflights we are committed to reducing our greenhouse gas emissions as much as possible and offsetting the remainder through verified carbon offsetting schemes.

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