When a MEWP goes wrong, it goes wrong fast. Power failures, entrapment against steel, or a boom fouled in frame can turn a routine pick into a life‑threatening situation in seconds. A rescue plan isn’t a paragraph in the RAMS; it’s a drilled, machine‑specific sequence that a nearby person can execute without guessing. Good practice is simple: plan it, brief it, try it at ground level, and make sure the people and kit to do it are on hand on the day, not somewhere in the induction folder.
TL;DR
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– Keep a machine‑specific rescue sheet with the MEWP and drill ground‑lowering at start of shifts.
– Ensure a competent ground rescuer stays in earshot, with keys, manual, and comms.
– Call 999 early for entrapment or medical issues, then lower slowly using ground controls/auxiliary systems.
– Arrange a second MEWP through site logistics for situations where ground lowering won’t reach.
– After any rescue or near‑miss, quarantine the MEWP, debrief, and update the plan.
A site-ready MEWP rescue playbook
# Stage 1: Stabilise the scene and stop new risks
/> Shout stop, hit the ground E‑stop if needed, and halt nearby plant and deliveries. Throw in a quick exclusion zone with barriers/cones and a banksman on traffic duty. If there’s entrapment, don’t yank the joysticks; take ten seconds to see what’s trapping and how the boom or scissor can move away from it without worsening injuries or tipping the machine.
# Stage 2: Get emergency services moving while you set up
/> If there’s a crush, loss of consciousness, or suspected medical issue, call 999 immediately. Give the gate location, best access route, and a site contact to meet the crew. Keep someone at the gate and clear a stretcher path in parallel with the rescue.
# Stage 3: Lower using ground controls and auxiliary systems
/> Use the machine’s ground controls or emergency descent/auxiliary lowering as trained. Keep the key and isolator accessible at ground level and follow the quick reference card or the operator’s manual in the pouch. Move away from the obstruction first, then lower steadily. Keep a lookout for snagging on nets, rebar, or services, and manage the platform to avoid swinging into an opening or edge.
# Stage 4: Bring in a second MEWP when the first can’t reach
/> If the basket is fouled or the ground controls can’t position safely, deploy a second MEWP with a competent operator to access and stabilise the casualty. Keep both operators clipped in with short lanyards and avoid basket‑to‑basket transfers unless absolutely necessary and risk‑assessed in the moment. Never bring in a ladder to a raised basket; that creates a bigger fall risk than it solves.
# Stage 5: Control special hazards and stuck machines
/> If you’re near live electrics, stop and coordinate isolation before moving anything. For unstable ground, soft spots, or near slab openings, involve the temporary works lead to confirm bearing and edge protection before attempting movement. If the MEWP has a fault preventing descent, contact the hire/supplier engineer once the casualty is safe; do not drag or tow the platform unless the manual explicitly allows it and the area is controlled.
# Stage 6: Wrap up and keep it from happening again
/> After rescue, quarantine the MEWP, tag it out of service, and record the event. Take a short debrief with those involved and capture what slowed or helped the response. Refresh the rescue sheet and brief the wider team at the next start‑of‑shift talk so the learning lands where it needs to.
Scenario: boom at a retail park fit‑out
/> Mid‑afternoon on a windy Tuesday, a boom is installing signage steel on a retail unit facade. The operator slews to reach around a column; a gust pushes the basket, pinning his shoulder against the frame while the boom compresses. His mate on the ground hears a shout, slams the ground E‑stop, then freezes. A nearby IPAF‑carded steel fixer runs over, radios the site office to ring 999 and keep the gate clear, then re‑engages the ground controls and inches the boom out from the frame before lowering. The basket brushes a lighting tray; the banksman steps in to move it clear. The operator is on the floor within minutes, breathing and conscious, and the MEWP is quarantined for inspection. The next day’s start‑up talk includes a practical run‑through of the ground‑lowering on that model.
Practical pre-use checklist for rescue readiness
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– Identify today’s MEWP model, power source, and the exact location of emergency lowering and isolators.
– Keep the operator’s manual in the pouch and a one‑page rescue sheet on the machine, not just in the office.
– Nominate a ground rescuer who stays within earshot, with radio/phone, keys, and gate access details.
– Prove the emergency descent at ground level during pre‑use checks, including any manual bleed‑down.
– Confirm a second MEWP is available on site or via hire within a sensible time if working in entrapment zones.
– Set and brief the exclusion zones, traffic routes, and overhead hazards before getting the platform up.
– Ensure harnesses with short lanyards are used and the basket is kept tidy to avoid snag hazards during rescue.
Common mistakes
# Keys and controls locked away with the operator
/> Leaving the only key in the basket or isolating the ground station makes ground rescue slow or impossible. Keep a spare key at ground level under supervisor control.
# Assuming “IPAF ticket” equals rescue competence
/> Not all IPAF training covers site‑specific rescue sequences for your machine. A quick daily drill on your actual model closes that gap.
# Climbing out of a raised basket to “help”
/> Ladder or scaffold board rescues from a raised basket create uncontrolled fall risks. Use ground controls or a second MEWP instead.
# Dragging a stuck MEWP with another machine
/> Pulling a platform without understanding why it’s stuck can tip it or damage hydraulics. Stabilise, consult the manual, and get technical support.
Turning plan into drills
# Actions to harden your rescue within a week
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– Map the work areas where entrapment is most likely, and pre‑plan the second MEWP access routes to them.
– Tag each MEWP with a laminated rescue card showing photos of the emergency lower points and correct steps.
– Stage a short, timed rescue drill at ground level during a start‑up talk using the actual machine model.
– Nominate and brief a rotating pool of ground rescuers so cover is maintained across shifts and breaks.
– Coordinate with site logistics to ensure emergency services can reach the workface quickly, with a named gate marshal.
Bottom line for site teams
/> MEWP rescues that work are simple, drilled, and done by people who know the machine in front of them. Keep the plan where the controls are, make a ground rescuer part of the job, and rehearse the first minute so nobody is guessing. Expect rising scrutiny on entrapment risks and unplanned ladder “rescues”. The sharp questions for the next briefing: who is today’s ground rescuer, where is the emergency lower, and how fast can we get from stuck to safe?
FAQ
# Do I need a different rescue plan for scissor lifts and booms?
/> Yes, the controls and emergency systems differ, and so do the typical traps and reach patterns. Scissors often rely on a simple emergency descent valve, while booms may need careful repositioning away from obstructions before lowering. Keep model‑specific steps on the machine and brief them.
# How close should the ground rescuer stay during MEWP work?
/> Close enough to hear, see, and get to the ground controls quickly. On busy sites, that usually means staying in the work zone with a clear view, not wandering to another area. Rotate the duty if the task is long to avoid drift.
# When should we call 999 during a MEWP incident?
/> Call immediately if there’s entrapment, loss of consciousness, suspected fractures, or you’re unsure about the operator’s condition. Make the call while another person starts the ground‑lowering; these actions can and should run in parallel. Always arrange someone to meet the crew at the gate.
# Is a second MEWP always required for rescue?
/> No, many rescues are completed using ground controls and auxiliary lowering. A second MEWP is useful where the basket is fouled, access is obstructed, or you need to stabilise a casualty before descent. Plan in advance how to get that second machine to the area if needed.
# What about working near live services or slab openings?
/> Treat these as additional controls in your plan. Coordinate isolation of live electrics before moving a trapped basket and confirm edge protection or bearing is adequate near openings or weak slabs. Involve the temporary works lead where load paths or slab capacity are uncertain.
