On many UK sites, the minute a telehandler is asked to lift something that isn’t on forks, the conversation changes. Suspended loads introduce different hazards, different responsibilities, and—very often—different competence expectations. That’s where the question about A17e telehandler suspended loads comes from: do you actually need it, or is your standard telehandler ticket enough?
The practical answer is that most sites will expect a separate, recognised endorsement for lifting suspended loads with a telehandler, backed up by a proper lift plan and the right people around the machine. Even when a site doesn’t explicitly demand it at the gate, you still need to be able to demonstrate competence for the task you’re doing, not just for driving the machine.
What “suspended loads” means on a telehandler (in plain site terms)
A load becomes “suspended” when it’s hanging freely below a lifting attachment rather than being supported on forks or a platform. Common examples include:
– A bundle lifted using a hook attachment and chains
– A pallet lifted on slings instead of kept on forks (often attempted to “get around” access)
– A component lifted with a jib and hook, with a banksman guiding
This matters because suspended loads can swing, rotate, snag, and shift in ways that forked loads typically don’t. The consequences of a minor movement are bigger: people get pulled into the danger area, loads collide with scaff, and the machine can be side-loaded in ways the operator doesn’t feel until it’s too late.
On top of that, the control measures change. You’re moving from “telehandler transport” into something that looks and behaves more like a lifting operation—often requiring lift planning, suitable lifting accessories, and tighter exclusion zones.
Where the A17e expectation comes from (and what it’s really about)
On UK sites, CPCS and NPORS categories typically separate “standard telehandler operation” from “telehandler lifting suspended loads” via an added endorsement. In day-to-day terms, A17e is widely treated as the proof that the operator has been trained and assessed for that suspended-loads task, not just for moving pallets.
Even when the paperwork language varies between clients, the site expectation is usually consistent:
– If you’re lifting on forks: standard telehandler competence may be accepted (subject to site rules).
– If you’re lifting on a hook/jib, using chains/slings, or handling a freely hanging load: additional endorsement is commonly required, and supervision expectations rise.
If you’re a supervisor or manager, it’s helpful to think of it like this: the machine is the same, but the risk profile isn’t. So competence evidence needs to match the risk.
Scenario: a quick lift that turns into a proper lifting operation
A civils gang is working beside a live access road at a small utilities compound, and a telehandler is brought in to place a kiosk lid into a recess. The operator has a telehandler card and has used a jib plenty of times “on other jobs”. The lift is squeezed between parked vans and a temporary fence, with only one clear approach route. It’s windy, and the lid is a flat panel that catches gusts as soon as it clears the ground. A supervisor asks for the lift plan, but the paperwork on site only covers forklifted materials, not a suspended load. The slinger is from another crew and has never worked with this operator before, so the signals are hesitant and inconsistent. The lift gets paused mid-air while someone moves a cone, and the suspended load starts to oscillate towards the fence line.
Nothing dramatic happens in the end, but it’s a perfect example of how quickly a “two-minute job” becomes a lifting operation that needs the right competence, proper coordination, and a clear plan.
How it plays out in practice on UK sites
# Site gatekeeping: what you’ll actually be asked for
/> Many principal contractors and infrastructure projects are clear: suspended loads with a telehandler need the relevant endorsement (often referred to as A17e) and may also require a named lift supervisor, slinger/signaller, and documented lift plan. Smaller sites can be looser—until something goes wrong, or until an auditor turns up.
If you’re an operator, don’t assume “I’ve done it for years” will carry you through. If you’re a supervisor, don’t assume “he’s got a telehandler ticket” covers a hook lift.
# Lift planning basics (without turning it into a crane job)
/> Telehandler suspended loads aren’t identical to crane lifts, but you still need the basics in place:
– A clear method statement / lift plan proportionate to the job
– A defined exclusion zone (not just “stand back a bit”)
– Suitable lifting accessories and attachment compatibility
– A slinger/signaller who is actually controlling the lifting side, not just “watching it”
– Agreed communication method, including stop signals
A key point often missed: side-loading and sudden swing are real telehandler issues, especially on uneven ground or when travelling with the load. Many sites will not allow travelling with a suspended load at all unless specifically planned and controlled.
# Attachments, LMI, and the “it fits so it must be OK” trap
/> Hook/jib attachments and lifting points may physically fit on the carriage, but that doesn’t mean the setup is safe or within the machine’s rated capacity. The machine’s load chart, the attachment rating, and the planned radius all matter—especially when the load can swing and momentarily increase effective radius.
Good operators pause and think: *Where is the centre of gravity, what happens if it swings, and what does the ground do under me?* That judgement is a competence issue, not a paperwork issue.
Checklist: before you agree to lift a suspended load with a telehandler
– Confirm the site accepts telehandler suspended loads and what evidence they want (endorsement, lift plan, allocated roles).
– Identify the attachment type (jib/hook) and verify it’s suitable, compatible, and correctly secured.
– Establish who is acting as slinger/signaller and how communications will work in poor visibility or noise.
– Set the exclusion zone so nobody can walk under or into the swing area, including behind the machine.
– Plan the travel route (or decide no travel) and address ground conditions, cambers, and overhead hazards.
– Agree a stop point and set-down area that doesn’t force people to “steady” the load by hand.
Common mistakes that get people failed (or stood down) on suspended loads
# Common mistakes
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1) Treating it like a normal fork job and skipping lift planning basics, especially the exclusion zone and role allocation. Auditors and experienced supervisors spot this instantly.
2) Letting groundworkers “hand steady” a swinging load rather than controlling the lift properly with tag lines and positioning. This puts people into the highest-risk zone.
3) Travelling too fast or turning under load, which amplifies swing and can side-load the boom. Even small steering inputs can create big movement at the hook.
4) Guessing capacity because “it lifted it last time”, rather than working to the correct chart/attachment rating and keeping the radius under control. The margin disappears quickly on uneven ground.
What to do instead: competence, supervision, and safer behaviours
If your work regularly involves hook lifts—moving manholes, sections of duct, small beams, bundled materials—assume you’ll be asked for the suspended loads endorsement at some point. Beyond the card, what supervisors look for is repeatable behaviour:
– You brief the lift in plain English, including where people must not stand.
– You position the machine for stability first, not convenience.
– You keep the load low, controlled, and stop early if anything doesn’t feel right.
– You work cleanly with a slinger/signaller without “arguing by hand signal” mid-lift.
For managers, the simplest control is consistency: if suspended loads are part of the job, state it clearly in the plan, allocate the roles, and insist the operator’s competence matches the activity.
The next week on the machine: a one-week competence reset
# The next week on the machine
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1) Walk your regular sites and note where suspended loads are likely to be requested (tight plots, steel drops, services compounds), then raise it at the next planning huddle.
2) Practise setting out a proper exclusion zone with cones/barriers so it protects against swing, not just the footprint of the telehandler.
3) Rehearse clear stop/hold signals with a slinger/signaller so you don’t improvise when visibility is poor.
4) Spend a session focusing on smooth control—tiny boom movements, gentle steering, and managed swing—rather than speed of placement.
5) Challenge any “we always do it like this” habit by rewriting one task brief to include attachment checks, set-down area, and a defined no-go zone.
Suspended loads with a telehandler are one of those tasks where site culture varies, but the physics doesn’t. The strongest position is to match the job with the right endorsement, plan, and controls—then operate like you expect scrutiny. The question to take into your next briefing is simple: if this load ends up hanging free, are we set up for a lift, or just hoping it behaves?
