Suspended loads with telehandlers cause more site grief than they should. The machines look familiar and forgiving, but once you hang a load on a hook the risk picture changes: load swing, wind, dynamic braking and poor communication can expose people fast. Two CPCS routes are commonly seen on UK sites for this work — an A17 telehandler with the Suspended Loads endorsement (A17E), and the 360‑slew telehandler category (A77). Knowing the difference helps supervisors plan lifts correctly, operators stay inside their competence, and everyone avoid the grey areas that lead to incidents.
TL;DR
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– A17E covers suspended loads on a conventional telehandler using approved attachments, under a planned pick‑and‑carry regime with a signaller.
– A77 is for 360‑slew telehandlers that behave more like small cranes; think stabilisers, winches and slew-at-height placements.
– Match the ticket to the method: if you’re slewing at height on outriggers or using a winch/remote, expect A77 and crane‑style controls.
– Treat any suspended‑load move as a lifting operation: plan it, brief it, control routes and keep people out.
– Wind, slope, poor comms and unknown attachment ratings are the fastest routes to trouble.
Suspended-load telehandler competence in plain English
/> A17E is essentially an add‑on that shows an operator has been trained and assessed to move suspended loads with a standard telehandler using the manufacturer’s rated attachments, normally a fork‑mounted hook or jib. It’s still a telehandler, still primarily for palletised and forked loads, but you’re now managing a swinging mass. Travel is usually limited to controlled pick‑and‑carry on suitable ground, to a set-down point agreed in a simple lifting plan.
A77 is a different beast. The 360‑slew telehandler can set up on stabilisers, slew at height and often run a winch or radio remote. The duties and behaviours are closer to a compact crane than a fork truck. Planning, charts, set‑up and supervision need to reflect that. Sites often require A77 when the task demands precise placement at radius, slewing above people or work areas, or when the machine is configured on outriggers with a winch.
How it plays out with a conventional telehandler (A17E)
/> On an A17 machine with a suspended loads endorsement, the goal is steady, short‑range transport and controlled set‑down. The load is slung by a competent person, the signaller manages movements, and the route is segregated. The operator keeps the boom retracted where possible, carries the load low to reduce sail effect, and avoids sudden inputs. Turning and braking are gentle; ground gradients and cambers are assessed before committing.
Attachments matter. Use only the manufacturer‑approved hook or jib with a visible ID and capacity. The machine’s rated capacity for forks doesn’t automatically apply to a hook — de‑rating is common. If the attachment or chart is unclear, stop and ask for the lift plan to specify limits. Weather, especially wind, matters more with suspended loads; light, broad loads behave like kites.
When a 360‑slew telehandler (A77) changes the job
/> Bringing in a 360‑slew telehandler moves the operation towards crane territory. Stabiliser spread, ground bearing, radius and slew clearance all come into play. You’ll usually have a more formal lift plan, closer supervision and stricter exclusion. If a winch is fitted, the operator must understand winch controls, reeving, hook blocks and the dynamics of hoisting versus travelling.
The operator’s view and control philosophy differ too. With slew, you can position without moving the chassis — useful in tight builds — but it tempts operators into crane‑like picks they might not be authorised for on an A17E setup. If you’re using the machine for off‑outrigger, pick‑and‑carry at radius, the plan must say so and the machine must be rated for it. Don’t assume.
Planning, people and control that actually manage the risk
/> Treat suspended loads as lifting operations regardless of category. That means a proportionate plan, a competent slinger/signaller, an agreed communication method and defined routes. Exclusion zones are non‑negotiable — if you’re allocating a banksman, give them the authority to stop the job. Keep paperwork lean and live: method, attachment ID, load info, route, weather, who’s doing what. On smaller tasks, a short written brief and a sketch are often enough if the content is clear and owned.
The environment is often the decider. Soft ground, kerbs, drainage trenches and pedestrians close to the route will often push you towards the control and reach of a 360‑slew machine and a tighter regime. Equally, if it’s simply moving a beam from the delivery wagon to a laydown inside a cordon, an A17E telehandler, done properly, is efficient and safe.
# Common mistakes
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– Treating a suspended load like a pallet: operators travel too fast, steer sharply and let the load start to pendulum.
– Unknown attachment rating: a fork‑mounted hook with no visible ID or chart is used on guesswork.
– No clear comms: mixed hand signals, radios not checked, and the signaller can’t see the load path.
– Wind ignored: sheeted loads are moved in gusty conditions without reassessing or delaying.
A live UK scenario: tight steel lift under time pressure
/> A retail extension is going up beside a busy car park. A 12‑metre telehandler with an approved hook is tasked to move a 6‑metre RSJ from the delivery area to inside the frame. It’s mid‑afternoon, winds have picked up and logistics are tight as shoppers cut through the temporary walkway. The supervisor briefs a quick plan: banksman on radio, route along the site side of the barrier, then straight in through the open bay. On the first move the operator lifts a touch high to clear a kerb, a gust catches the beam and it starts to swing. The signaller calls “stop”, they lower, re‑sling with a tag line, and add two extra barrier panels to push the walkway back. The second attempt is slower, boom retracted, beam lower; they make the set‑down without drama.
Pre‑lift essentials checklist (applies to A17E and A77)
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– Confirm the correct CPCS category and familiarisation for the specific machine and attachment.
– Check the attachment ID, condition and rated capacity; have the relevant chart or data to hand.
– Agree the lift plan: who is slinging/signalling, route, set‑down, exclusion and comms method.
– Assess wind and weather against the load’s sail area and the machine/attachment limits; delay if marginal.
– Inspect the ground and gradients; plan turning points and escape options.
– Test communications and hand signals; confirm stop signals are universal.
– Do a short trial lift: lift, travel a metre, brake gently and check for swing before committing.
Choosing the right ticket for the job
/> If the task is pick‑and‑carry of a suspended load with a conventional telehandler on wheels — no slewing at height, no outriggers — A17 with the suspended loads endorsement is usually the right fit. If the plan involves a 360‑slew telehandler, stabilisers, precise placement by slewing or using a winch, A77 aligns with the risk and the machine’s capabilities. Site and client requirements vary, so pre‑qualify competence at procurement and induction and avoid swapping categories on the fly to meet a programme pinch.
Supervision should match the complexity. Routine, short moves might be run by the working supervisor with the signaller. Non‑routine picks, heavy or awkward loads, or work near live areas call for a clearer lift plan, a nominated person in charge of the lift, and a stop‑the‑work mindset if conditions change.
Staying competent and avoiding drift
/> Suspended loads are a classic area where competence drifts. Operators revert to fork‑truck habits, signallers split attention, and managers assume “we’ve done this a hundred times”. Keep a simple log of suspended‑load activity, refresh briefings after near misses, and use toolbox talks to revisit wind, communication and attachment checks. If operators haven’t done suspended‑load work for a while or move onto different machines, arrange short, focused refreshers and machine‑specific familiarisation.
The bottom line: match the CPCS category to the method, plan the route like a lift, and slow the job down until the load behaves. The next audit should ask three things: is the attachment rating known, is the wind within agreed limits, and does the operator’s ticket actually cover what the machine is set up to do?
FAQ
# Do I need A17E to use a telehandler with a hook attachment for slung loads?
/> If you’re moving suspended loads with a conventional telehandler, the suspended loads endorsement is widely expected as evidence you’ve been trained for the added risks. Many UK sites now specify it in their site rules or RAMS. Always follow the employer’s safe system of work and the machine manufacturer’s guidance for attachments.
# When is A77 required instead of A17E?
/> If the task involves a 360‑slew telehandler, stabilisers, slewing at height, winch use or remote control, A77 is typically the appropriate category. These operations are closer to crane work and need planning and supervision to match. Where scope is borderline, get the lift planned and confirmed before allocating the machine and operator.
# What will an assessor generally expect on a suspended‑load assessment?
/> Expect to be checked on pre‑use inspections, attachment identification, understanding of capacity information and safe travel with a slung load. Assessors look for smooth control, effective communication with a signaller, awareness of ground conditions and wind, and safe set‑down. Common fail points include poor comms, carrying the load too high and not controlling swing.
# How do I evidence competence on site beyond holding the right card?
/> Bring the card showing the correct category and any endorsements, plus evidence of familiarisation on the specific model and attachment if asked. Keep records of recent relevant experience or site sign‑offs, and make sure you’re briefed into the current lift plan. Supervisors should verify attachment certification and that the operator understands the method and comms.
# How often should I refresh suspended‑load skills?
/> There’s no single time period that fits every role, but refresher or update training is good practice when the task is infrequent, procedures change, or after any near miss. Short, targeted refreshers and supervised practice on the actual machine make the biggest difference. Keep your logbook active and ask for a familiarisation if you switch to different models or attachments.
