Albury Crane Incident: Load Safety Lessons

ABC News reported that three workers were injured at a government-funded worksite in Glenroy, near Albury, after two packets of glass fell during a crane lift. The report said SafeWork NSW was investigating and that one worker remained in a critical condition at the time of publication.

Cranes Australia was contacted for an independent engineering and safety perspective. Samuel Ho, director of Cranes Australia, said the images published in the report appeared to show standard cargo tie-down ratchet straps being used in a lifting application. The incident and any final findings remain matters for the relevant authorities.

A transport tie-down is designed to restrain cargo during road transport. A lifting sling, chain sling or wire-rope sling is selected, marked and inspected for the forces and configuration created by a suspended load. Those are different applications with different controls, ratings and failure modes.

Before any lift begins, the lifting team must confirm the working load limit of each component, account for sling angles and edge loading, protect synthetic slings from sharp edges, and use compatible rated hooks, shackles and lifting points. A strap that appears strong is not automatically suitable for lifting people or materials above a work area.

• Use lifting gear that is rated, identifiable and within its inspection period.
• Confirm the load weight, centre of gravity and lifting-point capacity before rigging.
• Protect slings from sharp edges and do not improvise with cargo restraint equipment.
• Keep people out of the suspended-load exclusion zone.

Glass panels and other fragile, heavy or awkward loads need more than a crane with enough rated capacity. The lift plan should address how the load will be supported, whether it has engineered lifting points, how it will be balanced, the travel path, wind and weather conditions, exclusion zones and the communication method between the dogger, operator and site team.

If the load has no suitable lifting points, the correct response is to stop and obtain an engineered lifting solution. Changing the rigging arrangement on site to save time can introduce side loading, crushing, slipping or load-release risks that were not considered in the original plan.

A crane inspection is one part of a safe lift system. The crane, lifting accessories, lift plan, work area and people performing the work all need to be suitable for the task. Independent inspection and engineering advice can identify gaps before a load is suspended, particularly on complex construction, infrastructure and government projects.

Cranes Australia provides crane inspections, lifting-equipment assessments, load testing, engineering advice and compliance documentation across Australia. If a planned lift involves unusual loads, uncertain lifting points or questionable equipment, pause the work and get a competent person involved before proceeding.

The key lesson is simple: never substitute appearance for a verified working load limit and a documented lifting method. The safest lift is the one that has been planned around the real load, the real equipment and the real site conditions — with everyone empowered to stop when something does not look right.

This article is general safety information, not a substitute for a site-specific lift plan, competent-person assessment or advice from the regulator. Read the full ABC News report for the original reporting and the information available when it was published.