Work at Height in 2026: From Ladder Bans to Digital Inspection Trails

Falls from height are consistently among the leading causes of workplace fatality and of prosecutions. The technical controls have barely changed in a decade; what has changed is the evidence regulators expect you to produce.

1. Apply the hierarchy, and prove you applied it

The order is not optional:

1. Avoid — can the task be done from the ground? Ground-level assembly, telescopic tools, drone inspection, remote sensors.
2. Prevent falls — permanent platforms, guardrails, scaffolding, MEWPs, work restraint.
3. Minimise consequences — fall arrest, airbags, nets.
4. Training and procedure — the weakest control, never the primary one.

The failing that appears repeatedly in enforcement is not that a harness was missing; it is that no one documented why collective protection was rejected. Put that justification on the risk assessment.

2. Ladders are not banned, but they are conditional

Short-duration, low-risk tasks with three points of contact and a stable base remain acceptable in most jurisdictions. What is not acceptable is a ladder used as a work platform for extended tasks, or as the default because it is convenient. Require a documented decision for any ladder task over a defined duration.

3. Rescue planning is the biggest single gap

Suspension intolerance can develop within minutes of an arrested fall. Yet many sites can only offer "call the emergency services".

A workable plan names:

• Who performs the rescue and where the equipment is stored.
• Target time from fall to relief of suspension.
• Method for each work area — MEWP, rescue kit, controlled descent.
• Drill frequency and last drill date.

If the plan cannot be executed within minutes with the people on shift, it is not a plan.

4. Equipment inspection is where paper systems fail

Height equipment carries a layered inspection duty: pre-use check by the user, periodic inspection by a competent person, and manufacturer or thorough examination intervals. Multiply that by hundreds of harnesses, lanyards and anchor points and paper becomes unmanageable.

Digitise with:

• An asset register per item, with serial number, purchase date and service life.
• QR or RFID tags scanned at each inspection.
• Automatic quarantine status that blocks issue of failed or overdue equipment.
• Photo evidence attached to each inspection.
• Expiry alerts to the equipment owner, not a shared mailbox.

Anchor points and permanent lifelines belong in the same register with their certification dates.

5. Scaffolding and MEWP controls

• Scaffold tag regime with inspection intervals and after any alteration or adverse weather.
• Handover records between the scaffold contractor and the user.
• MEWP familiarisation per machine type, not a generic ticket.
• Ground conditions assessment and exclusion zones for MEWP operation.
• Wind speed limits enforced by a measured value, not a guess.

6. Dropped objects

A height program that ignores dropped objects is half a program. Tethering of tools, toe boards, debris netting and exclusion zones below live work should be part of the same permit and the same inspection routine.

7. What good looks like in software

• Work at height permit linked to the risk assessment and the rescue plan.
• Competency check that blocks assignment of an untrained worker.
• Equipment register with automated inspection scheduling and quarantine.
• Mobile inspection forms usable offline at the work face.
• Analytics on overdue inspections, permit volumes by area, and near misses involving height.

Most mid-market EHS platforms handle permits and inspections; fewer handle equipment lifecycle with quarantine logic. If height is a dominant risk for your operation, test that specific capability during a trial rather than trusting the feature list.

Leading indicators

• Percentage of height tasks eliminated or moved to collective protection this quarter.
• Overdue equipment inspections as a share of the register.
• Rescue drill currency by site.
• Pre-use check completion rate.
• Dropped object near misses reported.

A quick self-test

Pick a harness at random on site. Can you produce, within two minutes, its serial number, last periodic inspection, the inspector, and the training record of the person it is issued to? If not, the evidence gap is your first project — not the hardware.