The HLS Working at Height Expert Guide 2026 has been developed to help organisations move beyond policy and into practical, consistent safety decisions.
It brings together HSE data, real prosecution examples, and clear equipment guidance to support health and safety leaders in reducing serious risks, meeting legal duties, and improving how working at height is managed across sites.
Falls from height remain the leading cause of workplace death in Great Britain.
While this is a reduction from 50 fatalities in 2023/24, it reinforces a consistent reality:
these incidents are not rare, and they are often preventable.
Behind every statistic is a preventable incident: a ladder used where a safer platform was needed, a MEWP operated without rescue arrangements, or a task carried out in poor conditions because production pressures took priority. The Working at Height Expert Guide 2026 focuses on these realities, using real-world examples, case studies, and enforcement outcomes to show how routine tasks can become catastrophic within seconds.
For health and safety managers, facilities teams, and operations leaders, the challenge is rarely awareness alone. More often, it is the gap between understanding the risk and having a clear, defensible framework that supervisors, engineers, and contractors can follow consistently. This guide is structured to close that gap with practical, plain-language guidance that can be applied across multiple sites.
At the centre of the guide is a clear explanation of the Work at Height Regulations 2005 and what they mean for employers, duty holders, and managers. The regulations require all work at height to be properly planned, appropriately supervised, and carried out by competent people using suitable equipment that is inspected and maintained.
In day-to-day terms, that means employers must:
This goes beyond keeping a generic risk assessment on file. It requires robust processes for equipment selection, training, inspection, rescue planning, and ongoing supervision.
Real prosecution examples in the guide show what happens when these duties are missed. In one case, a worker fell 1.65 metres from a stepladder on a refurbishment project where there was no safe system of work, leading to a £24,000 fine. In another, a roofer was ejected from a cherry picker struck by a bus because harness use and segregation were not enforced, resulting in a £215,000 fine.
These cases highlight practical lessons for managers, including:
For teams without specialist powered access knowledge, this turns broad legal obligations into clear expectations that can be briefed, monitored, and audited.
One of the most important updates in the 2026 edition is the emphasis on a Ladders Last mindset. This does not mean banning ladders altogether. It means pausing before every low-level task and asking whether a ladder is genuinely the safest option.
This matters because HSE injury data continues to show that steps and ladders feature heavily in non-fatal incidents and specified injuries, even at modest working heights. At the same time, falls from height account for a far greater share of fatalities than same-level slips and trips, showing that seemingly quick jobs can still have life-changing consequences.
HLS Low-Level Access Platform Expert Guide 2024
The guide outlines practical ways to apply Ladders Last. Examples include:
It also helps teams distinguish between genuinely low-risk, short-duration ladder tasks and work that should be moved to steps, towers, or low-level platforms.
To support safer decisions, the guide encourages managers to assess:
This gives site managers a defensible basis for saying no to ladder use when the risk profile points to a safer alternative.
Many organisations already have risk assessments and method statements in place, but still struggle with inconsistency and paperwork that does not reflect what actually happens on site. The 2026 guide focuses on what good looks like in practice, rather than relying on forms alone.
The guide explains the difference between generic and site-specific assessments, and when each is appropriate. It recommends starting with common work at height hazards, such as:
From there, the assessment should be adapted to the real environment, whether that means mezzanines, racking, plant rooms, loading bays, or external access areas.
Method statements should be communication tools, not just compliance documents. The guide shows how to create task-focused method statements using plain language, sketches, and clear step-by-step instructions for access, setup, use, and recovery.
Rescue planning receives dedicated attention in the guide. Drawing on IPAF guidance, it explains why relying solely on the emergency services is not acceptable and sets out what a realistic MEWP or fall arrest rescue plan should include, such as:
This supports compliance with Regulation 4(2) of the Work at Height Regulations 2005 and helps ensure that operators do not leave the ground without a viable recovery plan.
HLS Work At Height Rescue Plan
Selecting the right access equipment remains one of the biggest challenges for many managers. The 2026 guide explains access options in plain language, helping readers choose equipment based on risk control rather than convenience or familiarity.
A key theme in the guide is the progression from traditional ladders to safer low-level access solutions. It compares ladders with:
Enclosed platforms with guardrails, such as the HLS Fortress Step and other mechanical access units, can reduce overreaching and allow hands-free working without immediately moving to full-size MEWPs.
The HLS Hugo Lift is presented as a detailed example of a powered low-level platform that can replace ladders in environments such as data centres, libraries, hospitals, and production facilities. With a working height of up to 4.2 m, an enclosed interlocked platform, and built-in braking, it addresses common hazards linked to climbing, balance, and manual handling while remaining compact enough for standard doorways and passenger lifts.
Beyond low-level work, the guide summarises when to consider:
These choices are linked back to the hierarchy of control and the wider risk assessment process, helping managers select equipment because it controls risk effectively, not simply because it is already on site.
The HLS Working at Height Expert Guide 2026 is designed as a working document rather than a one-off download. It can be read cover to cover or used as a reference tool by topic, making it practical for busy health and safety managers, facilities teams, and supervisors who need clear answers quickly.
Its structure supports several use cases. Early sections explain who the guide is for and how it was developed, helping readers share it confidently with senior leaders, line managers, and contractors. Core chapters cover:
To make the guide useful across the organisation, HLS recommends building it into existing safety processes. That could include:
You can access the full guide free of charge by completing a short form on the HLS website at HLS Working at Height Expert Guide 2026. Once downloaded, it can be opened in Google Chrome or Adobe Acrobat so that internal links and supporting resources work correctly.
For organisations looking to improve compliance, standardise decision-making, and reduce the risk of serious falls, the guide provides a single, practical reference for safer working at height in 2026 and beyond.