# EWP Rescue Planning and Emergency Procedures Explained

> Canonical page: https://equiphire.com.au/ewp-rescue-planning-emergency-procedures/. Last updated 26 October 2026.

Quick answer: every EWP job needs an answer to one question before work starts: if the operator can't bring the platform down, who brings it down, and how? The answer is a named ground person, trained on that model's emergency descent and base controls, present while work happens — written into an emergency plan that's been walked through, not just filed.

## Why "the operator will self-recover" fails

Rescue plans exist for the days the normal answer breaks: control fault, power failure, machine damage, an operator taken ill or unconscious, a harness suspension after a catapult event, or a platform pinned against structure. None of those are exotic — and every one of them defeats "just drive it down".

## What the emergency plan must cover

The WHS codes expect an emergency plan that includes:

- Emergency procedures — including rescue from height and medical response
- Communication — how the platform calls for help (radio, phone, horn signals) and who calls 000
- Roles — who does what: rescuer at the base controls, first aider, traffic/exclusion control
- Testing and training — procedures practised at a frequency that keeps them effective
- Equipment — rescue gear accessible and on standby where the risk requires it

If a fall-arrest system is in use, established and tested rescue procedures are mandatory — suspension intolerance can incapacitate a hanging worker in minutes, so recovery must be prompt, not improvised.

## The core skill: base controls and emergency descent

Every EWP has ground-level controls and an emergency descent function — but they differ by brand and model (battery-isolator locations, manual descent valves, hand pumps, auxiliary power). That's why rescue drills are model-specific:

- At pre-start, the crew finds and operates the emergency descent — proving it works and teaching the ground person in one step
- The manual (in the holder on the machine) shows the sequence; our team walks it through at handover on request
- On boom-type machines like our LGMG AR11J, ground rescue matters even more: the basket may be over an obstacle where a raised platform can't just descend vertically

## A rescue plan that fits on one page

- Machine: fleet code, model, emergency descent location and steps (photo helps)
- People: operator; named ground person trained on base controls; first aider
- Communication: primary (radio/phone) + backup (horn signal); emergency numbers posted
- Scenarios: operator incapacitated → ground descent; machine fault aloft → descent or standby machine; harness suspension → prompt recovery method and 000; powerline contact → see below
- Medical: first aid location, site address for ambulance access
- Test record: date last walked through, by whom

## The powerline exception

The NSW electric lines code (May 2026, Appendix C) sets the order. If the machine contacts or arcs to a live line, first try to break contact by moving the platform or driving the machine clear. If that isn't possible, the operator stays in the platform and calls 000; emergency services contact the network operator to isolate the line. The operator leaves only if there is a greater danger such as fire: jump clear without touching the machine and the ground at the same time, then shuffle or hop with feet together at least 8 m away. Everyone else stays at least 8 m from the machine. Nobody touches it or attempts a rescue until the network operator declares the site safe, because some lines switch back on automatically a few seconds after tripping. Then notify SafeWork NSW on 13 10 50. This is the one scenario where the right rescue is to wait.

## Suspended workers

A catapult or fall in a boom-type EWP leaves the operator hanging in the harness. The plan must get them down or supported promptly: a second EWP, the machine's own descent if safe, or emergency services — decided in advance. If your site can't achieve prompt recovery, that's a reason to re-plan the work, not to hope.

## Drills: cheap, fast, forgotten

A full walk-through takes ten minutes at the first pre-start of a hire: find the descent, operate it, name the roles, say the site address out loud. Repeat when the machine, crew or site changes. The difference between a plan and a drill is the difference between a document and a capability.

## FAQs

Do I need a rescue plan for EWP work? Yes — emergency procedures including rescue are part of the emergency plan the WHS Regulations require, and they must be tested, not just written.

What must the emergency plan include? Procedures, communication, roles, medical response, testing and instruction — matched to the actual site and machine.

Why are rescue drills model-specific? Because emergency descent and base controls differ by brand and model. Knowing "EWPs in general" doesn't lower this machine.

Who should know the base controls? A named ground person present during the work — plus ideally everyone in the crew. We'll demonstrate at handover on request.

What if the worker is suspended in a harness? Prompt recovery is a medical necessity — suspension intolerance sets in fast. Decide the method (second machine, descent, 000) before work starts.

Do I need rescue equipment on site? Where the risk requires it — accessible, not locked in a ute. For most EWP work the "equipment" is the machine's own descent plus a trained person.

What changes if the EWP contacts powerlines? Everything: try to move clear if the controls still work; otherwise the operator stays in the platform and calls 000. Everyone else keeps at least 8 m away, and nobody touches the machine until the network operator confirms the site is safe.

How often should procedures be tested? Often enough to stay effective — practically: at hire start, and again when crew, machine or site changes.

Can the rescue plan be generic? No — it names this machine, these people, this address. Generic plans fail at the exact moment they're needed.

What's the most common rescue-planning mistake? Assuming the operator can always self-recover. Faults, entrapment, power failure and medical events are precisely the cases the plan exists for.

## Sources

- SafeWork NSW — Code of Practice: Elevating work platforms (July 2026) — emergency plans, rescue, base controls (safework.nsw.gov.au)
- Safe Work Australia — Model Code of Practice: Managing the risk of falls — emergency and rescue procedures for fall arrest (safeworkaustralia.gov.au)
- SafeWork NSW — Code of Practice: Work near overhead and underground electric lines (May 2026, replaces the 2006 overhead power lines code) — Appendix C emergency procedure after contact with live lines (safework.nsw.gov.au)
- Manufacturer operator manuals — model emergency descent procedures (Equip Hire machinery library)

Want the descent demo at handover? Ask when you book — get a hire quote or call 0472 721 234.

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