Working at height is an essential part of many industries, from maintaining commercial rooftops and servicing plant equipment to inspecting warehouses and installing solar panels. However, it also presents one of the greatest risks to worker safety. Falls from height continue to be one of the leading causes of serious workplace injuries and fatalities, making effective planning and the right safety equipment critical.
Whether you're responsible for a commercial office, warehouse, manufacturing facility, school or healthcare building, selecting the appropriate working at height equipment helps protect employees, contractors and visitors while supporting compliance with UK health and safety legislation.
This guide explains what working at height equipment is, the different types available, when it should be used and how to choose the right solution for your workplace.
Working at height equipment refers to the products, systems and safety solutions used to prevent falls and provide safe access whenever work is carried out above ground level.
Its primary purpose is to reduce the risks associated with working at height by preventing falls where possible and minimising the consequences if a fall cannot be completely eliminated.
Working at height equipment includes both collective protection systems, which protect everyone working in an area, and personal fall protection equipment, which protects individual users.
Examples include:
Some systems are designed for permanent installation on buildings requiring regular maintenance, while others are intended for temporary projects such as construction or refurbishment.
The Work at Height Regulations 2005 define working at height as any work where a person could fall a distance liable to cause personal injury if suitable precautions were not in place.
This doesn't only apply to working on rooftops. It includes a wide range of activities across many different industries.
Common examples include:
Even relatively low-level work can present significant risks if suitable controls are not implemented.

Selecting the right equipment is about far more than complying with regulations. It helps organisations create safer workplaces, reduce operational risks and improve maintenance efficiency.
Preventing Falls - The primary purpose of working at height equipment is to prevent falls before they occur. Permanent safety systems help create safer working environments by reducing exposure to hazards.
Protecting Workers - Whether employees are carrying out routine maintenance or contractors are servicing rooftop equipment, suitable safety systems provide greater confidence and protection while working.
Reducing Workplace Accidents - Falls from height can result in serious injuries, extended downtime and costly investigations. Properly designed safety equipment helps reduce these risks.
Improving Productivity - Permanent safety systems allow maintenance teams to access work areas more efficiently, reducing setup times and making routine inspections easier to complete.
Supporting Legal Compliance - Employers have a legal duty to assess risks and implement appropriate control measures whenever work at height cannot be avoided.
Installing suitable safety systems forms an important part of meeting these responsibilities.
Protecting Buildings and Assets - Walkway systems help prevent damage to roof surfaces while controlled access routes reduce unnecessary wear on sensitive roofing materials.
Different tasks require different safety solutions. Understanding the purpose of each type of equipment helps ensure the most appropriate system is selected.
Roof guardrails provide permanent edge protection around rooftops, preventing falls without relying on workers connecting to personal fall protection equipment in many situations.
They are commonly used on:
Roof guardrails are one of the most effective forms of collective protection because they protect everyone working within the guarded area.
Walkway systems create designated routes across rooftops, protecting both workers and roof surfaces.
They help guide maintenance personnel safely around rooftop obstacles while reducing damage caused by repeated foot traffic.
Walkways are particularly useful for accessing:
Horizontal and vertical lifeline systems allow workers to remain connected to a continuous safety line while moving around elevated areas.
These systems are often installed where guardrails are not practical due to structural, architectural or operational constraints.
Anchor points provide secure attachment locations for personal fall protection systems.
They are commonly used for:
Fall arrest systems are designed to safely stop a fall if one occurs.
They typically include:
These systems require appropriate training, inspection and rescue planning.
Unlike fall arrest systems, fall restraint prevents workers from reaching a position where they could fall.
By limiting movement before a hazard is encountered, fall restraint often provides a safer method of personal protection.
Fragile rooflights present hidden fall hazards.
Skylight protection systems help prevent workers from accidentally falling through rooflights during maintenance activities.
Self-closing gates protect ladder openings, roof access points and elevated walkways by automatically returning to the closed position after use.
Step over platforms allow workers to safely cross roof obstacles such as pipework, ducting and cable trays without climbing over them.
Purpose-built access platforms provide stable working areas around elevated machinery, rooftop equipment and maintenance locations.
Ladder Safety Systems
Fixed ladder safety systems improve access to roofs while reducing the risks associated with climbing.
Selecting the correct equipment begins with understanding the risks involved.
Important considerations include:
Roof Type - Different roof constructions require different fixing methods and protection systems.
Frequency of Access - Buildings requiring regular maintenance often benefit from permanent safety systems.
Number of Users - Larger maintenance teams may require more extensive collective protection.
Nature of the Work - The type of maintenance being carried out influences the most suitable equipment.
Building Layout - Plant locations, roof obstacles and access routes all affect system design.
Future Expansion - Flexible, modular systems allow future modifications without complete replacement.
Budget - Long-term maintenance and operational savings should be considered alongside installation costs.
Compliance Requirements - Equipment should be suitable for the intended application and professionally specified to support safe working practices.

The Work at Height Regulations 2005 place responsibilities on employers, building owners and those responsible for managing work at height.
The Regulations require organisations to:
Following these principles helps create safer workplaces while supporting compliance with UK legislation.
Working at height equipment is used across a wide range of sectors.
Warehousing - Protecting maintenance teams accessing rooftop plant and warehouse infrastructure.
Manufacturing - Providing safe access around production facilities and elevated machinery.
Commercial Offices - Supporting routine maintenance of air conditioning systems, communications equipment and rooftop services.
Schools & Universities - Protecting contractors carrying out inspections and building maintenance.
Healthcare - Providing secure rooftop access for essential building services.
Retail - Supporting maintenance of shopping centres, supermarkets and retail parks.
Utilities & Energy - Protecting workers maintaining energy infrastructure and utility assets.
Logistics - Creating safer access to large warehouse rooftops and distribution centres.
Food Manufacturing - Supporting maintenance while protecting production environments.
Selecting the wrong solution can reduce both safety and operational efficiency.
Common mistakes include:
Working with experienced specialists helps ensure the right solution is selected from the outset.
Every building presents different challenges, which is why there is no one-size-fits-all approach to working at height safety.
At Safesite, we provide complete working at height solutions, including:
Whether you need roof guardrails, walkway systems, lifelines, anchor points or a complete rooftop safety strategy, our experienced team can help you identify the most effective solution for your premises.
Working at height equipment plays a vital role in protecting people, supporting safer maintenance and reducing the risks associated with elevated work. From roof guardrails and walkway systems to lifelines, anchor points and access platforms, every solution has a specific purpose within an effective work-at-height strategy.
Understanding the differences between collective and personal protection, selecting equipment that suits your building and maintaining systems throughout their lifespan are all essential steps towards creating a safer workplace.
If you're reviewing your current safety arrangements or planning a new installation, Safesite can help. Our experienced team provides expert advice, bespoke system design, professional installation and ongoing maintenance to ensure your organisation has the right working at height equipment for the job.