When the Cabinet Is the Hazard: Rethinking Fall Arrest Kit Storage and Inspection

Fall arrest equipment often fails quietly. A harness can look serviceable on the hook, yet its webbing may have absorbed moisture, its labels may be illegible and its inspection history may be unknown. In UK facilities, the problem is rarely a single damaged lanyard. It is the system around the kit: where it is kept, who owns it, how it is checked and whether the records would withstand scrutiny after an incident.

For facilities managers, the risk is compounded by shared use. A harness may be issued to a contractor for a roof survey, returned to a cabinet in a plant room and then reissued to an in-house team for a gutter clean. Without a clear inspection regime, the equipment becomes communal property with no accountable owner. That is a compliance gap long before it is a safety failure.

The storage problem is a compliance problem

The Work at Height Regulations 2005, PUWER 1998 and, where the equipment is within scope, LOLER 1998 set the framework for equipment condition and inspection. Manufacturer instructions and recognised good practice, including BS 8437, add the detail. The common thread is that equipment must be suitable, maintained in efficient working order and inspected at appropriate intervals by a competent person.

Damp plant rooms, unventilated service risers, under-stair cupboards and site cabins are not neutral storage. Moisture can affect webbing, stitching and metal components. UV light degrades synthetic fibres. Chemicals, solvents and battery acid cause contamination that may not be visible. Heavy kits compressed into a shared box can suffer distorted connectors, bent karabiners and crushed energy absorbers.

A missing inspection tag is not a minor administrative inconvenience. If the history cannot be established, the equipment should be quarantined until a competent person confirms its status. Treating an untagged harness as ready for use is an assumption, not an inspection.

What good storage looks like

Storage should be deliberate, labelled and auditable. The following checklist is a practical starting point for facilities teams reviewing their arrangements.

• Store harnesses and lanyards in a clean, dry, well-ventilated area away from damp plant rooms and direct sunlight.
• Keep equipment away from chemicals, solvents, paint, battery acid, hot surfaces and sources of ozone such as electrical equipment.
• Hang harnesses by their D-ring or store them loosely coiled in a designated bag or cabinet. Do not compress or crush them under other equipment.
• Keep lanyards and energy absorbers separate from sharp edges, tools and heavy items.
• Use a dedicated cabinet with a named owner, an inventory and a clear issue and return process.
• Label every item with a unique ID and keep the inspection record with that ID, not with the person who last used it.
• Separate clean, serviceable kit from equipment awaiting inspection, repair or disposal. A single mixed cabinet invites misuse.
• Provide a means of reporting defects at the point of return, not only at the next periodic inspection.

Shared cabinets deserve particular attention. If several contractors or departments use the same kit, the cabinet should have a controller and a log. The log should record who issued the equipment, who returned it, any defects reported and the date of the next periodic inspection. Where equipment is issued to contractors, the facilities team should confirm competence and inspection status before it leaves the store.

Pre-use checks: the five-minute discipline

Pre-use checks are the responsibility of the user, but facilities managers should provide the time, training and reporting route. The check should be visual and tactile, and it should happen before every use.

• Check the manufacturer's label and unique ID. If the label is missing or illegible, quarantine the item.
• Inspect webbing for cuts, fraying, abrasion, discolouration, stiffness, contamination and broken stitching.
• Check stitching and protective covers on lanyards, especially where the energy absorber is housed.
• Examine buckles, adjusters, D-rings, karabiners and connectors for distortion, cracks, corrosion and correct operation.
• Confirm that karabiner gates close and lock properly and that connectors are compatible with the anchor point.
• Look for evidence of a previous fall. An energy absorber that has deployed must never be reused.
• Check rescue kits for missing components, damaged ropes, stiff descenders, damaged pulleys and expired consumables.
• Report any defect immediately and remove the item from service.

A pre-use check is not a substitute for periodic inspection. It is the last line of defence before someone commits their weight to the system.

Periodic inspection and record-keeping

Periodic inspections should be carried out by a competent person at intervals set by the manufacturer. In practice, many organisations use a maximum of 12 months, with six-month intervals for heavy use, harsh environments or shared equipment. The inspection should be more detailed than a pre-use check and should include a thorough examination of the entire system, including connectors, anchorage components and rescue equipment.

Records should be simple enough to maintain and detailed enough to prove that the regime is working. For each item, record the unique ID, description, manufacturer, date of purchase, date first issued, inspection dates, inspector, defects found, action taken and disposal date where applicable. Keep the records accessible to the facilities team and available for audit. If an item is quarantined, record why and where it is stored.

A simple regime for shared cabinets

A workable regime does not need to be bureaucratic. It needs to be consistent. A monthly cabinet audit can confirm that the inventory matches the equipment present, that inspection tags are legible and that defective items have been removed. A quarterly review can check storage conditions, humidity, contamination risks and the supply of replacement tags and bags. An annual review can test the whole process, including contractor issue and return.

The central question is straightforward: if a harness were pulled from the cabinet today, could the facilities manager show when it was last inspected, by whom, and whether it is fit for purpose? If the answer is uncertain, the cabinet is the hazard.

Fall arrest equipment is there to arrest a fall, not to absorb administrative neglect. Storage conditions, inspection tags and shared-cabinet ownership are not housekeeping details. They are the evidence that the equipment was ready before anyone clipped on.