Because falls during routine cleaning are a leading cause of workplace injury, and most high-level dusting does not require anyone to leave the floor.

Working from steps or a ladder introduces a fall risk for a task that is usually brief and low value. It also takes time to fetch, set up and move the steps repeatedly.

A pole removes both. The operator stays on the floor, moves freely, and covers a room far faster.

Many organisations now specify pole systems for all routine high-level cleaning and require a documented reason and a risk assessment for anything done at height.

Where a ladder genuinely is necessary - a fitting that must be dismantled, for example - that becomes a planned task with the right equipment rather than an improvised one with a chair.

The economics support it too: a pole system costs less than a single lost-time incident.

Enough to reach the highest routine surface with the operator standing comfortably - and no longer, because control falls away as length increases.

Measure the actual heights involved rather than buying the longest pole available. Ceilings, tops of partitions, light fittings and high shelving are usually the targets.

Add the operator's own reach, but plan for the tool to be used with arms at a comfortable height rather than fully overhead, which is exhausting.

Beyond a certain extension, flex and weight make precise work impossible and the tool becomes tiring within minutes.

For very high work - atria, warehouses, sports halls - specialist high-reach systems with rigid carbon sections exist and are a different product from a general cleaning pole.

Check the pole collapses short enough to store and transport, which is often the binding constraint in a van or a cupboard.

One that holds under sideways load, releases without force, and can be operated with wet or gloved hands.

Twist locks are common and can seize or slip when wet or when grit gets into the mechanism. Lever or clip locks are generally easier to operate with gloves and give a positive indication that they are closed.

The failure that matters is collapse under load while extended overhead, which drops the head and can injure the operator or anything below.

Test at full extension with sideways pressure before putting a pole into service, and re-check periodically as part of equipment inspection.

Grit is the usual cause of deterioration. Wiping the sections down before collapsing the pole keeps the mechanism working.

Replaceable locking components are worth having, since it is the part that fails first on an otherwise sound pole.

Flat microfibre pads for flat surfaces, wool or chenille for mouldings and cobwebs, flexible heads for radiators and blinds, and angled heads for over and behind obstructions.

Flat pads with a swivel joint follow a ceiling, a wall or the top of a partition and collect the most on a flat surface.

Wool and chenille sleeves have the loft to hold cobwebs and to follow ornate profiles.

Slim flexible heads slide between radiator fins, behind pipework and through blind slats.

Articulating and angled heads reach over light fittings, behind ductwork and into the space above suspended units.

Standardising on one manufacturer's fitting means heads are interchangeable on the same pole, which keeps the kit small and means the right head is actually available.

Work top-down, keep both feet planted, do not lean on the pole, and wear eye protection.

Dust falls. Cleaning high surfaces after low ones means doing the low ones twice, so always start at the top of the room.

Balance is the risk. Reaching so far that the pole is supporting the operator's weight is how people fall, and it is easy to do without noticing when concentrating on a distant corner. Move rather than stretch.

Eye protection matters because dislodged dust, insects and debris fall directly toward the upturned face.

Shake out or change heads frequently. A loaded head overhead drops what it is carrying onto the operator and the floor.

Watch for light fittings, sprinklers, detectors and cabling. Catching a sprinkler head with a pole is an expensive and well-documented accident.

Sometimes, but water-fed and telescopic wet-work systems are a different product class and should not be improvised.

Many dusting poles accept both dry heads and damp mopping heads, which is convenient for high-level cleaning of walls and glass.

Water-fed poles for window cleaning carry a hose internally and are engineered for the weight and the water path. A dusting pole cannot be adapted.

Where liquid is used at height, dripping is the practical problem - onto the operator, onto floors below, and onto equipment.

Electrical safety matters near light fittings, and a wet pole near live equipment is a hazard. Some poles are specified as non-conductive for exactly this reason and should be used where electrical fittings are being cleaned.

Check the pole's rating before using any pole tool near live electrical equipment.

Wipe the sections before collapsing, launder or replace heads on a routine, and inspect locks and joints regularly.

Grit drawn into a collapsing telescopic section scores the tube and works into the locks. A wipe down takes seconds and doubles the working life.

Heads should be laundered on the same routine as other microfibre, without conditioner, or replaced where they are consumable.

Inspect the swivel and the head attachment - a head that detaches at full extension falls a long way.

Store poles collapsed and hung or racked rather than leaning, which bends them over time.

Keep a spare locking collar and head fitting in stock; both are cheap and both take a pole out of service when they fail.