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Fibi House

by with No Comment Scaffold

We were appointed to provide scaffold design for the full refurbishment of Fibi House, located in the heart of the City of London. This project required a comprehensive scaffold solution, including temporary roof scaffold design in London, to enable external refurbishment works and the construction of a new floor extension above the existing roof level. Our expertise in temporary roof scaffold design in London was crucial for the success of the project.

Our design comprised a full perimeter tube and fitting access scaffold, topped with a temporary roof system to provide weather protection throughout the programme. The scaffold needed to be robust and adaptable to suit the phased works, which included façade improvements, roof alterations, and structural extensions that are crucial elements for scaffold design in London. The inclusion of temporary roof scaffold design was integral to manage weather-related challenges.

A key design challenge on this project was the presence of basement areas and underground vaults along the building’s footprint. To overcome this, we developed a series of bridged support frames at the scaffold base to safely span over these sensitive zones. These bridged sections ensured no loading was transferred onto areas where groundwork or permanent structure could be compromised. Careful coordination with the main contractor and structural team was essential to align the scaffold support strategy with both temporary works requirements and long-term building use. Load considerations, tie strategies, and safe access routes were all carefully integrated into the final design package, making it an exemplary scaffold design project in London.

This project is a strong example of scaffold design in London, combining full access provision with weather protection, while overcoming complex support restrictions at ground level. It also highlights how effective scaffold design can unlock challenging refurbishment works in busy urban environments. Particularly, temporary roof scaffold design played a pivotal role in the project’s success.

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Millbrook Hall

by with No Comment Scaffold

Our team provided scaffold design for the refurbishment of Millbrook Hall in Abbeyleix, a heritage property undergoing significant restoration. For those interested in scaffold design in Ireland, this project required a fully freestanding access scaffold solution, along with complex temporary works to support safe access and weather protection throughout the build.

Due to the building’s sensitivity and planning restrictions, no physical ties into the structure were permitted. We designed a scaffold system in Ireland using a fully freestanding LAYHER access scaffold system around the hall, ensuring stability through carefully calculated buttressing and base arrangements. The scaffold also incorporated a full-height duopitch temporary roof, spanning the building to provide comprehensive weather protection during works to the original roof and stonework.

A key challenge was the proximity of a neighbouring coach house. The scaffold design had to safely bridge over this lower structure without transferring load directly onto it. We developed a series of heavy-duty support frames and beam arrangements to span the coach house without contact, ensuring no impact on the adjoining roof or structure. The scaffold design in Ireland must account for higher wind loads than scaffold design in London, especially given the freestanding nature, stability was extremely important. We worked closely with the contractor to coordinate ballast, foundation support, and sequencing to ensure safe erection and use.

This project is a strong example of scaffold design in Ireland that combines listed-building sensitivity with structural complexity. Our solution enabled safe access and programme continuity without compromising the historic fabric of Millbrook Hall or its surroundings.

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London Coliseum

by with No Comment Scaffold

We were appointed to provide heritage scaffold design for a major refurbishment project at the London Coliseum—one of the capital’s most iconic historic theatres. The works required a combination of structural access solutions, balancing public safety with full access to the upper elevations of the building.

The scaffold design included a heavy-duty pavement gantry to support site operations at street level. Positioned on a busy central London thoroughfare, the gantry was designed to bridge over open access points and avoid any risk of material falls to the pavement below. This bridging requirement introduced a complex load path, with careful consideration given to both pedestrian clearances and the structural capacity of the gantry framework.

Above, we designed a full-height access scaffold wrapping around the curved terrace and dome of the Coliseum. The geometry of the building—especially around the dome—required a carefully coordinated layout, ensuring safe access for a range of repair and refurbishment activities across different trades. The scaffold tied into the building where possible, with restrictions managed through a combination of buttressing and bridged bays, all aligned with best practices in scaffold design for heritage projects.

Our team worked closely with the scaffold contractor and site team to ensure the design met both structural and practical requirements, while also respecting the sensitive nature of the historic façade and adhering to heritage scaffold design principles. This project is a strong example of scaffold design in London where heritage, safety, and heavy-duty access requirements intersect. Projects like these highlight the importance of thoughtful design in heritage scaffold works.

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141 Wardour Street

by with No Comment Scaffold

We were appointed to deliver the scaffold design for a full perimeter access and protection scaffold at 141 Wardour Street, located in the busy heart of Soho, London. As a scaffold design consultancy, our role focused on producing compliant and buildable designs that responded to both the complexity of the site and the requirements of the refurbishment programme. Special attention was given to the refurbishment scaffold design to ensure safety and functionality.

Our scaffold design included full wraparound access to the building’s façade, enabling safe working access for the external restoration. A key feature of the refurbishment scaffold design was the bridging through over key pedestrian routes and access points. We developed gantry frame solutions that maintained access at street level while supporting scaffold loads above. Given the high footfall and restricted street space, the scaffold design had to consider public interface, temporary works coordination, and safe load paths.

In addition to the main access scaffold, the project required a partial temporary roof to provide weather protection during internal works. Our team designed the roof to integrate with the main scaffold, offering a secure enclosure without compromising ventilation. The temporary roof was engineered to suit the existing building geometry and installed in phases to match the build programme as part of the refurbishment scaffold design.

Throughout the design process, we worked closely with the scaffold contractor and principal contractor to ensure the scaffold could be safely erected and adapted as needed. 141 Wardour Street is a strong example of refurbishment scaffold design in London that balances access, safety, and site-specific constraints.

As a specialist scaffold design consultancy working across the UK and Ireland, we deliver clear, practical solutions for challenging environments — from full perimeter scaffolds to gantry frames and temporary roofing. Refurbishment scaffold design projects are a significant part of our portfolio.

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Garda HQ Phoenix Park

by with No Comment Scaffold

We were appointed as scaffold design consultants for the Garda Headquarters building in Phoenix Park, Dublin. One of Ireland’s most famous public buildings, built in 1842 where major refurbishment works required full access to the roof and upper structure. The project involved designing a large-scale, freestanding scaffold system to provide safe access and full weather protection for the duration of the works. This project highlights the importance of scaffold design in Ireland for heritage preservation.

Our scaffold design solution included a full perimeter freestanding scaffold using the LAYHER system. Due to the sensitive nature of the site and the heritage status of the building, the scaffold could not be tied into the structure. This required a carefully engineered freestanding arrangement with integrated buttressing to ensure stability, all while maintaining access routes around the perimeter of the building. The design was developed with flexibility in mind to allow for phased works and scaffold adaptations as needed.

A full system temporary roof was installed as part of the scaffold package, covering the entire building footprint. The temporary roof design was critical to protect the building from weather during roof replacement and structural repairs. We designed the roof structure to span significant distances without internal supports, providing a clear working space below. Our design also accounted for wind loads, drainage, and phased installation to suit the contractor’s programme.

As a scaffold design consultancy working across Ireland and the UK, we specialise in access and temporary works design for complex, high-profile sites. The Garda HQ project is a strong example of heritage scaffold design in Ireland that balances technical demands, site restrictions, and heritage considerations — all while providing safe, buildable solutions that keep refurbishment projects moving forward.

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Woolwich Town Hall

by with No Comment Scaffold

We were engaged as the scaffold design consultancy for the first phase of renovation works at Woolwich Town Hall, a prominent Grade II* listed building in south-east London. The scope of the project required extensive access for roofing and structural works, delivered through a full perimeter scaffold and large-span temporary roof.

Our scaffold design included a fully boarded access scaffold wrapping around the building to provide safe working platforms for operatives carrying out roof-level repairs and conservation works. Due to the public setting and restricted site footprint, we incorporated a pavement gantry system at ground level, designed to maintain safe pedestrian routes while supporting the access scaffold above.

One of the key challenges was bridging across complex roof geometries and fragile areas of the structure. We developed a series of bespoke support frames and bridge beams, designed to span over sensitive parts of the building without applying load to the existing structure. The use of these bridge frames allowed for a continuous scaffold layout while preserving the integrity of the historic roof and facade.

A large temporary roof was designed to cover the full building footprint, offering critical protection from the weather while internal and external refurbishment works were carried out. The roof system was integrated with the scaffold to ensure full enclosure, and designed for wind loading, drainage, and phased construction.

This project highlights our experience in scaffold design London for listed and complex buildings. As a specialist scaffold design consultancy operating across the UK and Ireland, we provide practical, engineered solutions that enable safe and efficient construction at every stage.

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Merchant Square

by with No Comment Scaffold

This scaffold design project in the heart of Merchant Square, Paddington, involved a series of bespoke bridge support frames and pedestrian access solutions, designed to facilitate essential maintenance works while maintaining safe, continuous access around a busy public space.

Our scope focused on providing a robust scaffold design that could accommodate both heavy loading from works overhead and the need to keep key pedestrian routes operational below. Several structural bridge support frames were required to span walkways and other sensitive areas, minimising ground-level disruption and avoiding conflicts with underground services.

Design challenges included coordinating tie positions on a modern building with limited connection points and planning for varied live loads, including plant and material storage at high level. We worked closely with the scaffold contractor and site team to produce phased drawings that supported efficient build sequences and prioritised safety throughout.

Additionally, temporary pedestrian tunnels were incorporated beneath the bridge structures to maintain public access and ensure full compliance with site safety standards. Each structure was designed in accordance with current TG20:21 and bespoke engineering principles where required.

This project is a strong example of scaffold design in London that balances structural complexity with public interface, demonstrating how carefully considered designs can support both access and safety in high-footfall urban environments.

Whether it’s complex structural bridging or sensitive site logistics, we deliver scaffold design solutions that respond to real-world construction needs across the UK and Ireland.

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Thistle Hotel, Hyde Park

by with No Comment Scaffold

Our scaffold design team was appointed to develop a complex dual temporary roof solution for the Thistle Hotel in Hyde Park, a multi-level building undergoing major refurbishment works. This was a standout example of scaffold design in London, requiring close coordination, advanced structural detailing, and innovative support methods to meet both access and weather protection needs.

The brief involved full perimeter access scaffold to support external works, combined with two temporary roofs positioned at different levels across adjacent roof structures. One roof spanned the lower rear wing of the building, while the second bridged the higher front section. The offset in heights created a challenge in how to effectively support each roof without overloading the structure or obstructing access.

To resolve this, we designed a combination of bridge beams and gallow brackets tied back to the existing masonry. These allowed the temporary roofs to be independently supported without the need for full-height towers below, which would have disrupted works and pedestrian routes at ground level. Special consideration was given to tie patterns and bracket spacing to balance structural loads across the historic façade, where tie points were limited and sensitivity to the building fabric was essential.

Our scaffold design also addressed high wind loading across the temporary roofs and ensured adequate internal clear spans for contractor operations beneath. The sequencing of scaffold erection was factored into the design to allow phased installation of each roof, maintaining safe working areas throughout.

This project is a clear demonstration of how scaffold design in London must adapt to site constraints and heritage structures, providing smart, efficient solutions without compromising safety or access. By delivering a tailored design that met all loading and coordination requirements, we supported a key refurbishment project in a high-profile central London location.

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Tewin Water House

by with No Comment Scaffold

We completed the scaffold design for Tewin Water House, a distinguished Grade II listed property near Welwyn Garden City. Built in the late 18th century in Neoclassical style, the house has a rich history, having been associated with notable figures such as the Cowper family and landscape designer Humphry Repton. ​

The building is undergoing significant roof replacement works, necessitating a scaffold design that provides comprehensive access while preserving the integrity of the historic structure. Our solution involved a completely freestanding full perimeter access scaffold, eliminating the need for physical ties into the building fabric—a crucial consideration for listed buildings where preserving original materials is paramount.​

A central component of our design is the implementation of a full-span temporary roof covering the main building. This structure ensures that roofing works can proceed uninterrupted by weather conditions, safeguarding both the building interior and the ongoing restoration activities. Additionally, we designed a smaller temporary roof to cover a lower roof area, providing consistent protection across all sections undergoing refurbishment.

Designing a freestanding scaffold of this scale presented several challenges, particularly in terms of stability and load distribution. We conducted detailed assessments to manage base loading and bracing, ensuring the scaffold could withstand environmental forces without compromising the building’s structural integrity. The design also accounted for the uneven terrain surrounding Tewin Water House, adapting the scaffold base to maintain level working platforms throughout.

This project exemplifies our commitment to delivering scaffold design solutions that meet the complex requirements of historic preservation projects in the UK and Ireland. By integrating comprehensive access with robust weather protection, our design facilitates the meticulous restoration of Tewin Water House, contributing to the preservation of its architectural heritage for future generations.

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The Gherkin

by with No Comment Scaffold

The Gherkin in London is one of the most iconic buildings in the city and recently we had the opportunity to provide a unique scaffolding design to replace the building maintenance unit hydraulic arm.
This required a rolling cantilevered scaffold platform to be placed at the roof level and the new arm to be delivered by helicopter lift. Our team worked diligently to ensure that the entire operation was safe and efficient.

We were proud to utilize our years of experience in scaffolding design and expertise in specialised engineering to make this project a success. Thanks to the dedication of our team, the building maintenance unit hydraulic arm was replaced without any disruption to the public.

We are grateful for the trust placed in our team and look forward to continuing to provide safe and reliable engineering solutions to our valued clients.