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Last Updated: 13th August 2026
Modern buildings require safe, reliable access to their external elevations throughout their operational life. From routine window cleaning and façade inspections to glazing replacement, cladding maintenance and reactive repairs, providing a suitable method of access is an essential consideration for commercial and high-rise buildings.
At Heightsafe, we design, install, inspect and maintain bespoke Façade Access Systems for buildings throughout the UK. Our solutions provide trained personnel with safe and practical access to difficult-to-reach areas while supporting the long-term maintenance strategy of the property.
Our extensive range includes Abseiling Anchors, Davit Arm Systems, Rope Access Dead Weight Trolleys, Fall Arrest Eye Bolts, Rope Access Systems and Building Maintenance Units (BMUs).
Whether you are designing a new development, reviewing an existing building or replacing outdated access equipment, our experienced team can support your project from initial consultation and site survey through to system design, installation, testing and ongoing maintenance.
Façade Access Systems are specialist engineered solutions that allow trained personnel to safely reach the external surfaces of a building for cleaning, inspection, repair and maintenance.
Depending on the architecture and maintenance requirements of the building, access may be provided using permanent anchors, rope access equipment, davit arms, suspended platforms or mechanised Building Maintenance Units.
These systems can support activities including:
An effective system should do more than simply provide a connection point. It should create a practical access strategy that considers how operatives reach the roof, move to their access positions, descend or travel across the façade and return safely once the work is complete.
At Heightsafe, every solution is developed around the specific building rather than applying a standard system to every project.
There is no single access system suitable for every building.
The correct solution depends on factors including building height, façade geometry, maintenance frequency, roof structure, available space and the activities personnel need to undertake.
Heightsafe provides a comprehensive range of solutions that can be installed individually or combined as part of a complete access strategy.
Abseiling Anchors for Rope Access
Abseiling anchors provide permanent attachment points for trained rope access technicians working on external building elevations.
Installed into suitable structural elements at roof level or other designated locations, the anchors provide secure positions from which technicians can establish their working and safety ropes.
A carefully designed anchor layout can provide access for:
One of the main advantages of rope access anchorage is its relatively low visual impact.
Unlike large permanent access structures, anchor points can often be discreetly incorporated into the building while still providing technicians with the coverage required to reach the façade.
The positioning of every anchor must be considered carefully to create practical rope drops and allow personnel to reach the required maintenance areas safely.
Davit Arm Systems provide a flexible method of suspended access for commercial and high-rise buildings.
A typical system consists of permanent base sockets installed at designated positions, combined with removable or portable davit arms that can be deployed when maintenance is required.
This allows the permanent elements of the system to remain relatively discreet when not in use.
Davit systems can be particularly suitable where buildings require access to multiple elevations or where roof-level geometry makes direct rope access challenging.
Depending on the design, they can provide:
Davit locations should be planned around the areas of the façade requiring maintenance while also considering how the equipment will be transported, assembled and operated at roof level.
Rope Access Dead Weight Trolley Systems
Where permanent structural attachment is not suitable, a Dead Weight Trolley System can provide an alternative method of creating rope access positions.
These systems use a counterweighted arrangement to create a mobile anchorage solution that can be repositioned to provide access to different areas of the façade.
Because the system does not necessarily require permanent penetration of the roof structure, it can be particularly useful where:
The trolley can be moved between designated working locations, allowing trained personnel to access different elevations without installing a permanent anchor at every position.
As with any façade access equipment, suitability must be assessed against the individual building, roof construction and intended method of use.
Fall Arrest Eye Bolts provide compact, permanent anchorage points for personal fall protection.
They can be installed at designated positions where personnel need protection while completing maintenance or accessing parts of a building where a fall risk exists.
Applications can include:
Their discreet size can make eye bolts particularly useful where architectural appearance is important or where larger safety systems would be difficult to accommodate.
Depending on the project, eye bolts may form part of a wider Fall Protection or Façade Access strategy rather than operating as a standalone solution.
Building Maintenance Units (BMUs)
For larger and more complex developments, a Building Maintenance Unit can provide permanent mechanised access to substantial areas of the building envelope.
BMUs are often associated with high-rise commercial developments where regular window cleaning and façade maintenance make a permanent access solution appropriate.
A system may incorporate:
Unlike smaller anchorage solutions, a BMU is designed specifically around the architecture and maintenance requirements of the individual building.
This makes early design coordination particularly important.
The system must integrate with the roof structure while providing sufficient coverage to reach the required façade areas without unnecessarily compromising the architectural appearance of the development.
A properly maintained BMU can provide a long-term solution for activities such as:
Rope Access Systems for Modern Buildings
Rope access has become an important method of maintaining modern commercial and high-rise buildings.
Rather than relying on scaffolding for every inspection or cleaning visit, trained technicians can use permanently installed infrastructure to access difficult elevations using specialist rope techniques.
A complete Rope Access System may incorporate:
The system should be designed around the required rope drops so that technicians can reach the relevant areas of the façade efficiently.
This makes rope access particularly useful for buildings with complex geometry or locations where temporary access equipment would create significant disruption.
Building façades require ongoing maintenance throughout their lifecycle. Without suitable access provisions, even routine activities can become complicated, disruptive and potentially hazardous.
Protecting People Working at Height
Façade maintenance can involve personnel working significant distances above ground level, often on complex elevations that cannot be reached using conventional access equipment.
A professionally designed system provides trained operatives with a defined method of accessing these areas while managing the risks associated with Work at Height.
This can be particularly important on buildings featuring:
The appropriate solution depends on how the building is designed and how maintenance personnel will need to move around it.
Maintaining the Building Envelope
The external envelope protects the internal building environment and contributes significantly to the appearance, performance and value of a property.
Regular access may be required to inspect and maintain:
Providing suitable access makes it easier to identify defects and complete planned maintenance before smaller problems develop into more extensive repairs.
Planning for Future Maintenance
Façade access should ideally be considered during the design of a building rather than after construction has been completed.
Early planning allows the access strategy to be coordinated with:
Considering these requirements early can prevent situations where essential maintenance areas become difficult to reach once the building is operational.
Heightsafe works with architects, developers, consultants and principal contractors to integrate access requirements into new developments while also providing retrofit solutions for existing properties.
Supporting Work at Height Compliance
Work carried out on building façades falls within the wider responsibilities associated with working at height.
Access should therefore be properly planned, appropriate equipment selected and personnel provided with a safe method of completing the required task.
A professionally designed system can form an important part of this wider safety strategy, helping duty holders manage risks while ensuring essential building maintenance remains practical.
A well-designed system can deliver significant benefits throughout the life of a building.
Safer Maintenance Access
Personnel have a planned method of reaching difficult areas rather than relying on improvised access arrangements.
Improved Maintenance Efficiency
Permanent infrastructure can allow planned and reactive work to be completed more efficiently.
Reduced Reliance on Temporary Access
Depending on the building, a permanent system can reduce repeated reliance on scaffolding, MEWPs and other temporary access solutions.
Building-Specific Design
Equipment can be positioned around the architecture and maintenance requirements rather than forcing maintenance teams to adapt to an unsuitable generic system.
Long-Term Asset Management
Improved access makes it easier to inspect and maintain the building envelope throughout its operational life.
Architectural Integration
Early design involvement can help minimise the visual impact of permanent safety and access equipment.
Established in 2009, Heightsafe has grown into an experienced UK Work at Height and Façade Access specialist.
Our team provides support throughout the entire lifecycle of an access system, including:
With nationwide coverage and expertise spanning Work at Height, Roof Access, Fall Protection, Compliance Testing and Fabric Maintenance, we can look at the wider maintenance requirements of a building rather than treating Façade Access in isolation.
This joined-up approach helps clients create systems that are practical for the people who use them and manageable for the teams responsible for the building long after installation.
Whether you are designing a new high-rise development, reviewing an existing building or looking to improve long-term maintenance access, Heightsafe can provide a bespoke solution developed around your property.
Our experienced specialists provide complete support across Abseiling Anchors, Davit Arms, Dead Weight Trolleys, Fall Arrest Eye Bolts, Rope Access Systems and Building Maintenance Units.
From initial surveys and maintenance access planning through to bespoke design, installation, inspection and ongoing maintenance, we can support your Façade Access requirements throughout the building lifecycle.
Contact Heightsafe today to discuss your Façade Access project, arrange a site survey or request a quotation.
Correct installation is fundamental to the long-term performance of any access system.
Experienced Installation Teams
Our specialist teams install Façade Access equipment on buildings throughout the UK.
Projects are carefully planned around:
Project-specific Risk Assessments and Method Statements can be developed to support safe delivery on site.
Structural Integration
Anchorage and access equipment must transfer loads safely into the supporting building structure.
Installation therefore needs to consider:
Coordination between the access system and building structure is particularly important on complex or high-rise projects.
Commissioning and Handover
Once installation is complete, systems are inspected and commissioned as appropriate before handover.
Project documentation may include:
Providing clear documentation helps building and facilities teams manage the system correctly throughout its working life.
Façade maintenance involves working at height and should therefore be properly planned and managed.
Work at Height Regulations 2005
The Work at Height Regulations require work to be properly planned, appropriately supervised and carried out by competent people using suitable equipment.
This makes both system selection and the way equipment is used important considerations.
Lifting Equipment
Certain suspended access equipment may also fall within requirements applying to lifting equipment, depending on the system and how it is used.
Inspection, examination and maintenance requirements should therefore be established for the specific equipment installed.
Applicable Standards
Different standards apply to different forms of Façade Access equipment.
Rather than applying one standard across every system, Heightsafe assesses the specific product, application and intended use so the relevant requirements can be considered during design, installation and ongoing inspection.
Installation is only the beginning of the system lifecycle.
Façade Access equipment requires appropriate inspection, testing and maintenance to confirm that it remains suitable for continued use.
Heightsafe provides specialist Compliance Testing services for equipment including:
Our services can include:
Inspection frequencies and requirements depend on the equipment, its use, applicable standards and manufacturer instructions.
Our Compliance team can support individual buildings or coordinate ongoing programmes across larger property portfolios.
A Façade Access System is specialist equipment designed to provide trained personnel with access to the external elevations of a building for cleaning, inspection, repair and maintenance. Solutions can include abseiling anchors, davit arms, rope access equipment and Building Maintenance Units.
Common systems include Abseiling Anchors, Davit Arm Systems, Dead Weight Trolleys, Fall Arrest Eye Bolts, Rope Access Systems and Building Maintenance Units. The most suitable solution depends on the building and maintenance requirements.
There is no single solution suitable for every high-rise building. Building height, façade geometry, maintenance frequency, roof structure and required activities all influence system selection. Complex developments may use several systems together.
Yes. Many systems can be installed on existing properties, subject to a suitable site survey and any necessary structural assessment. The available roof space, structure and maintenance requirements will influence the options available.
Inspection frequency depends on the equipment type, how it is used, applicable requirements and manufacturer instructions. Building managers should establish an appropriate inspection and maintenance regime for each installed system.
Yes. Considering access requirements during the design stage allows systems to be coordinated with the structure, roof layout, plant and architecture. This can result in a more practical and better-integrated long-term maintenance solution.
Client: Bowmer and Kirkland
Location: Jackson Row & Bootle Street, Manchester City Centre
Heightsafe were appointed by principal contractor Bowmer and Kirkland to deliver a bespoke Work at Height solution for St Michael’s — a major city centre redevelopment led by Relentless, Salboy, and KKR.
Tasked with designing a discreet and future-proof system for safe façade and roof access, Heightsafe specified a combination of Abseil Rail and Davit Arm Systems. Collaborating closely with long-term partner FallProtec, our team engineered a custom solution that integrated seamlessly with the building’s tiered, glass-fronted architecture.
The result: a safe, sustainable access system that supports long-term maintenance while preserving the development’s striking design.
Get in touch with Heightsafe’s friendly, professional team today for free, no obligation advice on your Façade Access requirements.
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