Whether you're a building owner, facilities manager, or contractor commissioning work at height, understanding the legal framework that governs it isn't optional — it's your responsibility. This guide breaks down the key regulations, what they require, and what's changed recently.
The Scale of the Problem
The numbers make uncomfortable reading. According to the Health and Safety Executive's (HSE) latest annual figures, published in July 2025, 124 workers were killed in work-related accidents across Great Britain in 2024/25. Falls from height were the single leading cause, accounting for 35 of those deaths — more than a quarter of all workplace fatalities, and the leading cause for the majority of years since 2001.
Construction accounted for 28% of all worker fatalities in 2024/25, with its fatal injury rate running at nearly five times the all-industry average. Over the five-year period from 2020/21 to 2024/25, falls from height caused more than half of all construction deaths. The economic cost of workplace injury and ill health in Great Britain now stands at £22.9 billion annually, with 40.1 million working days lost each year.
One figure stands out in particular: over 65% of fatal falls from height involved self-employed workers — 23 self-employed deaths compared to 12 employees in 2024/25. Self-employed workers account for roughly 15% of the workforce but a disproportionate share of fatalities, largely because they are less likely to receive formal safety training and less likely to be closely supervised.
These statistics are why the regulatory framework for working at height is as robust as it is, and why enforcement is taken seriously.
The Work at Height Regulations 2005
The primary piece of legislation governing this area is the Work at Height Regulations 2005 (SI 2005/735), which came into force on 6 April 2005. These regulations consolidated all previous legislation on working at height and implement European Council Directive 2001/45/EC on minimum safety and health requirements for the use of work equipment at height.
Who do they apply to?
The Regulations apply to employers, the self-employed, and any person who controls the work of others — including facilities managers and building owners who contract others to carry out work at height. If you commission a contractor to carry out maintenance, cleaning, inspection, or any other task at height on your building, you have legal duties under these Regulations.
There is no minimum height threshold. A place is "at height" if a person could be injured falling from it, even if the work is at or below ground level.
The hierarchy of control
The Regulations establish a clear hierarchy that every duty holder must follow, set out in Regulation 6:
The first requirement is to avoid work at height altogether where it is reasonably practicable to do so. If the work can be carried out safely from the ground, it must be.
Where work at height cannot be avoided, the duty holder must take measures to prevent falls. This means using collective protection — guard rails, scaffolding, mobile elevating work platforms — in preference to personal protection. Collective measures protect everyone in the area regardless of individual actions; personal protection such as harnesses depends on the individual using equipment correctly.
Where the risk of a fall cannot be fully eliminated, the duty holder must take measures to minimise both the distance and the consequences of any fall that does occur, using fall arrest systems, nets, or airbags.
What must be in place?
Under the Regulations, every employer or duty holder must ensure that:
All work at height is properly planned and organised. This includes planning for emergencies and rescue.
Those involved in work at height are trained and competent. Regulation 5 is explicit: no person should engage in any activity at height, including organisation, planning, and supervision, unless they are competent to do so or are being supervised by a competent person.
Equipment is appropriate, properly inspected, and maintained. Under Regulation 12, equipment used for work at height must be inspected at appropriate intervals by a competent person.
Weather conditions are taken into account. Work at height should not be carried out when weather conditions compromise safety.
Risks from fragile surfaces and falling objects are properly managed.
Specific requirements for rope access
Rope access and positioning techniques are specifically addressed in Schedule 5, Part 3 of the Regulations. The law requires that a rope access system must comprise at least two separately anchored lines — a working line and a safety line. The user must be connected to both via a suitable harness. The working line must have safe means of ascent and descent and a self-locking system to prevent the user falling if they lose control. The safety line must be equipped with a mobile fall protection system that travels with the user.
The use of a single rope is only permitted where a risk assessment has demonstrated that using two lines would entail a higher risk, and where appropriate safety measures have been taken. This is a narrow exception, not a general shortcut.
LOLER: The Lifting Operations and Lifting Equipment Regulations 1998
LOLER (Statutory Instrument 1998 No. 2307) came into force on 5 December 1998 under the Health and Safety at Work etc. Act 1974. It governs all lifting equipment used at work.
For rope access specifically, LOLER applies to abseil rails, man-safe systems, harnesses, suspension systems, anchor bolts, and any other equipment that falls within the definition of "lifting equipment" under the Regulations. If it supports or could be called upon to support a person at height, it is almost certainly within scope.
What does LOLER require?
All lifting equipment must be suitable for its intended use, of adequate strength, properly installed, and clearly marked with its safe working load (SWL). Equipment used to lift people must additionally show the number of people it can support.
Thorough examination at specified intervals is a legal requirement. For equipment used to lift people — which includes man-safe systems and height safety equipment — the minimum statutory frequency is every six months. For other lifting equipment, the minimum is every twelve months. These are minimum intervals; a competent person may require more frequent inspection depending on conditions and risk.
A Report of Thorough Examination must be produced after every examination. This is the legally required document — not a "LOLER certificate," which has no specific legal status. The report must contain eleven items specified in Schedule 1 of the Regulations. If a defect is found that poses an immediate danger, the equipment must be taken out of service immediately, the duty holder notified, and in serious cases a copy of the report sent to the HSE.
Who can carry out LOLER examinations?
The Regulations require a competent person — defined in the Approved Code of Practice (ACOP L113) as someone with appropriate practical and theoretical knowledge and experience to detect defects and assess their significance. LEEA (Lifting Equipment Engineers Association) accreditation is one of the recognised routes to demonstrating this competence. There is no government licence or single qualification that confers competent person status, but LEEA membership and the LEEA Diploma certification are widely recognised as appropriate standards.
The penalties for non-compliance are substantial. HSE enforcement action has produced fines in the range of £500,000 to £2 million for serious LOLER breaches under the Sentencing Guidelines matrix, with custodial sentences of up to two years available for the most serious failures.
PUWER: The Provision and Use of Work Equipment Regulations 1998
PUWER runs alongside LOLER and applies to all work equipment. Where equipment is subject to LOLER, PUWER also applies to the non-lifting elements. In practice, for rope access operations, this means all equipment — from ropes, connectors, descenders, and ascenders to power tools used while suspended — must be suitable for purpose, maintained in efficient working order, used by people who have received adequate training, and inspected where necessary.
RIDDOR: Reporting Obligations
The Reporting of Injuries, Diseases and Dangerous Occurrences Regulations 2013 (RIDDOR) require employers, the self-employed, and those in control of premises to report certain workplace incidents to the HSE. For working at height, reportable incidents include deaths, specified injuries (such as fractures, amputations, or dislocations), injuries requiring more than seven days off work, and dangerous occurrences where something goes seriously wrong but no one is injured — including the collapse or failure of any equipment used for work at height.
IRATA: The Industry Standard for Rope Access
Alongside the legal framework sits the IRATA International Code of Practice (ICOP), maintained by the Industrial Rope Access Trade Association. IRATA accreditation is not a legal requirement in itself, but it is the globally recognised standard for demonstrating competence in industrial rope access.
IRATA operates a three-level grading structure. Level 1 technicians carry out rope access tasks under supervision. Level 2 technicians can rig working ropes, carry out rescues, and undertake more complex tasks. Level 3 technicians hold supervisory responsibility — they are responsible for planning, documentation, and safety management on site. The Regulations' requirement for competence is most readily demonstrated for rope access work by reference to IRATA training, assessment, and certification.
Certificates must be revalidated every three years. All revalidating candidates are required to complete a minimum of four days of training prior to assessment.
Recent IRATA updates
IRATA has been active in updating its guidance in recent years. A revised Annex O to the ICOP has been published covering how rope access technicians should be protected against environmental conditions — specifically wind, wet and cold, heat, and ultraviolet radiation. This annex is intended for managers, safety supervisors, and technicians planning work in any of these conditions and represents a formal codification of best practice that was previously less systematically addressed.
IRATA's most recent Working at Height Safety and Accident Statistics (WASA) report, covering 2024, records 279 incident reports across the industry globally, up from 267 in 2023. On-rope hours in 2024 reached over 33.6 million, compared to just 267,504 in 1989 when records began — demonstrating the extraordinary growth of the industry over 35 years. A notable finding in the 2024 data was an increase in incidents attributed to "failure to follow rules" (50 incidents in 2024 compared to 36 in 2023), which IRATA has identified as a key area for attention.
IRATA workshops held in 2024 and 2025 have emphasised a concern about the gap between passing certification assessments and demonstrating genuine competence in real working conditions. Key conclusions from those workshops include that Level 3 supervisors must lead actively and not simply execute, that rescue capability remains the weakest point across the industry, and that safety culture must take priority over operational pressure at all times.
BS EN 795 and Anchor System Standards
Fall protection anchor systems — including abseil rails, anchor bolts, and man-safe systems — must comply with BS EN 795, the British Standard for personal fall protection anchor devices. Under the Work at Height Regulations, fall protection systems must be inspected at least every 12 months. Newly installed systems must also be inspected before first use. The standard was updated to align with European harmonised standards, and any anchor equipment purchased must carry a Declaration of Conformity.
What This Means for Building Owners and Facilities Managers
If you own or manage a building and commission work at height, you are a duty holder under the Regulations. That duty does not disappear because you have contracted the work to someone else — you retain responsibility to the extent that you control how the work is carried out. In practical terms, this means:
You should only commission work at height from contractors who can demonstrate competence. For rope access, IRATA accreditation is the recognised standard. For LOLER inspections, LEEA accreditation is the relevant marker.
You have a duty to ensure your building's fixed height safety equipment — abseil rails, man-safe systems, anchor bolts — is subject to thorough LOLER examination at the required intervals and that reports are kept.
You should ask contractors for evidence of their qualifications, insurance, method statements, and risk assessments before work begins.
HSE enforcement is real and fines are significant. In recent years, prosecutions following falls from height have resulted in fines running into hundreds of thousands of pounds, both for contractors and for building owners who failed to exercise appropriate oversight.
Summary: The Key Regulations at a Glance
The Work at Height Regulations 2005 cover all work where a fall could cause injury. They require work to be planned, supervised, and carried out by competent persons following the hierarchy of control: avoid, prevent, mitigate.
LOLER 1998 requires thorough examination of all lifting equipment, including height safety equipment, at intervals of six months (for equipment that lifts people) or twelve months (other equipment), by a LEEA-accredited or otherwise competent examiner.
PUWER 1998 requires all work equipment to be suitable, maintained, and used by trained personnel.
RIDDOR 2013 requires reporting of deaths, specified injuries, over-seven-day injuries, and dangerous occurrences to the HSE.
IRATA ICOP sets the internationally recognised best practice standard for industrial rope access work, with a three-level technician grading system and mandatory revalidation every three years.
At Totally Wild Access, every technician is IRATA trained and assessed, every LOLER examination is carried out by LEEA-accredited personnel, and every job is planned and documented to meet and exceed the requirements of the Regulations. If you have questions about the compliance status of your building's height safety equipment, or want to discuss a project, get in touch.
This blog is intended as a general guide to the regulatory framework. It does not constitute legal advice. For specific guidance on your obligations, consult the HSE directly at hse.gov.uk or seek professional legal advice.