Lifting with a 360 excavator isn’t just “a quick pick off the bucket.” Under CPCS A59, treating any lift as a planned operation is the difference between a clean, controlled place and an incident waiting to happen. It starts with a realistic plan, a competent operator and signaller, the right lifting gear, and a machine set up for stability and communication. The checklist below focuses on what competent crews actually do in UK site conditions: segregation, clear signals, test lifts, and keeping the duty chart and load path front of mind.
TL;DR
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– Treat every pick as a planned lift with a named signaller, exclusion zone, and agreed signals.
– Use a rated lifting point and certified gear; never lift off bucket teeth or unverified links.
– Prove the setup with a short test lift, then keep radius, wind, and communication tight.
– Stop if anything changes: ground, weather, route, or people drifting into the zone.
Operator’s playbook: lifting with a 360 excavator (CPCS A59)
# Stage 1: Brief the lift and agree the basics
/> Confirm there is a simple lift plan covering the load, route, landing area, ground conditions, and roles. The operator and signaller agree hand signals or radio protocol, eye contact spots, and abort words. The team walks the load path and identifies pinch points, overhead hazards, and no-go zones. Confirm the load’s weight, centre of gravity, and how it will be slung. Make sure the landing area is ready, level, and able to take the load. If the plan looks thin, slow down and record what will actually happen before proceeding.
# Stage 2: Ready the excavator and lifting gear
/> Complete pre-use checks with lifting in mind: slew brakes, structural integrity, hydraulics, track condition, and any rated load indicator if fitted. Fit a rated lifting point (dedicated hook/eye on the quick hitch, bucket, or boom) and verify it’s compatible with the machine. Check certificates or tags for chains, slings, and shackles; remove any damaged or out-of-date kit from service. Derate for sling angles and use taglines where appropriate to control rotation. If it’s a wheeled excavator, deploy outriggers and blade as required; for tracked machines, square up and sit level. Ensure the quick hitch is positively locked and the lifting point is properly secured before taking the load.
# Stage 3: Control the ground and the zone
/> Set the machine on firm, level ground with mats if needed. Establish a visible exclusion zone and stop unauthorised entry; barriers and a clear signaller position make a difference. Manage services and obstructions: overhead lines, scaffolds, temporary works, and adjacent plant. Fix a clear approach and exit for the load so the excavator isn’t forced into awkward slews or ground it hasn’t proven. Agree wind and weather limits locally; surface water, soft spots, and gusts can easily knock a marginal lift into trouble. Keep the route free of spoil, rebar, and debris that could foul a suspended load.
# Stage 4: Prove it, then lift deliberately
/> Take the strain smoothly and raise the load just clear to test balance and stability, then stop and confirm everyone is happy. Watch the machine’s stance, check for track lift, and listen for alarms or unusual hydraulic noise. If everything’s stable, slew slowly with the load as low as practicable, keeping radius under control and avoiding sudden movements. Never drag a load sideways or snatch; if rotation is an issue, use taglines and keep people out from under. If the radius increases or conditions change, stop and reassess. Communicate constantly with the signaller; if you lose them, set the load down safely.
# Stage 5: Land it cleanly and stand down properly
/> Lower the load onto a prepared bearing surface and remove hands and feet from pinch points before slackening slings. De-rig methodically and check gear for damage, recording any defects. Clear the exclusion zone and return the machine to a safe state for travel or further work. Note any deviations from the plan and share learning with the supervisor. If the lift was marginal or conditions were variable, tighten the plan before repeating. Put the paperwork away properly so the next lift doesn’t start from zero.
# Site scenario: tight townhouse basement with changing weather
/> A tracked 13-tonner is set on timber mats at a narrow mews site in London, tasked with lifting precast manhole rings from a delivery wagon into a basement dig. The banksman has a clear line of sight for the first two picks but the route brushes close to the scaffold loading bay. Mid-morning drizzle turns to steady rain, and the matting starts to pump. The signaller calls a halt after feeling the load start to sway during a longer slew. The operator lowers the ring, and they shorten the route, bringing the load closer in to reduce radius. They add a second tagline and reset the exclusion zone with extra barriers while a labourer sweeps standing water. The remaining lifts complete without fuss because the team paused, altered the plan, and stuck to the new route.
# Checklist: A59 lifting operations essentials
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– Confirm a lift plan, named signaller, agreed signals, and a maintained exclusion zone.
– Verify load weight, centre of gravity, and landing area readiness; walk the load path.
– Use a rated lifting point and certified lifting accessories; no lifting from teeth or links.
– Set the machine level; deploy outriggers/blade if fitted, and prove ground bearing.
– Conduct a short test lift; monitor stability, radius, and any RCI/alarms if fitted.
– Keep loads as low as practicable, slew slowly, and control rotation with taglines.
– Pause the job if conditions, route, or communications change; re-brief before continuing.
# Common mistakes
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– Lifting off bucket teeth or an unverified link. This risks slippage and invalidates any planning assumptions.
– Ignoring radius change during slew. Loads feel light near the machine but can exceed capacity at outreach.
– Relying on alarms instead of planning. Indicators are aids, not a substitute for knowing the chart and the plan.
– Weak exclusion zone discipline. Allowing trades to cut through beneath a load invites a preventable incident.
# Bottom line
/> A59 lifting with a 360 excavator is routine on many UK sites, but “routine” doesn’t mean casual. Teams that plan, brief, prove, and communicate lift cleanly and avoid the surprises that hurt people and projects. At the next briefing, ask: Are we lifting from a rated point with certified gear, and who owns the exclusion zone throughout? If any answer is vague, pause and fix it before the hook takes the strain.
FAQ
# What do CPCS assessors expect during the lifting element on A59?
/> Generally, assessors look for safe planning, clear communication with a signaller, correct use of rated lifting points, and control of the exclusion zone. They want to see a proper test lift, smooth machine control, and good judgement on radius and stability. Paperwork should be in order and operators should explain what they’re checking, not just do it.
# What paperwork should be in place before a 360 excavator lifts a load?
/> There should be a basic lift plan appropriate to the task, with roles, the load, route, and landing area described. Evidence that lifting accessories are in date and suitable is expected, along with machine information relevant to lifting, such as the manufacturer’s rated capacities where available. Site briefings or toolbox talks are useful to prove the team understands the plan.
# Which pre-use checks are critical for lifting operations?
/> Focus on the machine’s structural condition, hydraulic performance, slew function, and stability features like outriggers or blade if fitted. Confirm the quick hitch is secure, the lifting point is rated and correctly attached, and that lifting accessories are intact and tagged. Check ground conditions at the planned set-up and along the load path, plus any overhead or underground hazards.
# What are common fail points that cause candidates or operators to be stopped?
/> Using an unrated point (such as bucket teeth), poor communication with the signaller, and weak exclusion zone control are typical stoppers. Rushing the lift without a test raise, snatching or dragging the load, and ignoring changing radius during slew are also common. Failing to pause when conditions change is another red flag.
# How should ongoing competence for excavator lifting be maintained?
/> Regular practice under supervision, short refreshers, and periodic reassessment help prevent competence drift. Reviewing recent lifts, near-misses, and changes in gear or site conditions keeps knowledge fresh. Whether you hold CPCS or NPORS, the principle is the same: keep skills live and be ready to evidence safe practice when asked.
