Planning a Pre-Lift Crane Condition and Records Evidence Pack

Start with the lift project decision

Define what the project team needs the condition evidence to inform. The question may be whether available records identify unresolved inspection actions, whether a particular area needs examination before mobilisation, or what information should go to the responsible engineer or crane coordinator. “Inspect the crane before the lift” is too broad unless the asset, purpose, scope and review route are clear.

Identify the planned work at a high level: the worksite, intended crane use, timing, and the people coordinating the equipment and lift planning. These details help identify access and timing constraints. They do not replace the lift study or determine the crane configuration required for a particular load. Share only the project assumptions relevant to the inspection planning, and make clear when those assumptions change.

Agree who will gather records, who can arrange safe access, who will receive inspection findings and who has authority to decide whether an unresolved issue affects the project. Where structural or mechanical interpretation is needed, nominate the responsible engineering reviewer rather than expecting an NDT report to provide a broader acceptance decision.

Establish the crane identity and configuration

Create a reliable link between the evidence and the physical crane. Record the manufacturer, model, serial or fleet identifier, owner or hire-provider reference, and the current site or depot location. Photograph the identification plate and overall machine where practicable. Check report identifiers against the machine rather than assuming that a familiar fleet number or similar model is enough.

Describe the configuration relevant to the planned work and inspection scope. Depending on crane type, that may include boom or jib arrangement, attachments, counterweight arrangement, support or mounting configuration, and any fitted equipment that changes access to the areas under review. Record configuration details as observed or supplied, with the source and date; do not infer that one inspection report covers every possible setup.

Note recent changes such as component replacement, modification, repair or a change of duty, and attach available supporting records. If the records and machine do not appear to match, preserve that discrepancy as an open question. Resolve identity and configuration gaps before relying on historical findings or asking for an examination of a particular component.

Build the inspection, maintenance and repair history

Gather the inspection reports and registers available for this crane, including the inspection type, date, scope, findings, limitations and any actions raised. Include relevant maintenance entries, manufacturer information, repair and modification documentation, and records of incidents or unusual loading where known. The aim is not to accumulate paperwork indiscriminately; it is to make the asset’s documented history traceable and reveal what still needs clarification.

Review whether each report clearly identifies the same unit and the components or locations it covered. Check if a finding was closed with supporting evidence, such as a repair record, follow-up examination or responsible reviewer’s disposition. An entry marked “complete” without a linked record may need confirmation. Keep the original report and any later addendum together so a summary does not accidentally hide qualifications or excluded areas.

An older report may still offer valuable history, but it cannot describe events or changes after its inspection date. Record gaps explicitly, including missing documents, uncertain component identity and unavailable repair details. The equipment inspection preparation checklist provides useful prompts for assembling asset history, access details and previous reports.

Plan location-specific examination

Translate the project question into named examination locations. Use drawings, marked-up photographs, component numbers or a weld map so the inspector and reviewer can identify the same areas. Depending on the crane and reported history, the scope might focus on a selected structural weld, connection, pivot area or other component of concern. Do not assume a generic “crane NDT” scope covers every load path or all components.

Method selection depends on the material, geometry, suspected discontinuity, surface condition and access. Visual examination may document visible condition; a suitable surface method may help investigate selected accessible areas; ultrasonic examination may address an agreed internal or thickness question where geometry and procedure allow. These are examples, not a fixed test menu. Coverage and limitations belong in the agreed brief and the report.

Plan when and how safe access will be provided, who prepares surfaces if needed, and whether coatings, obstructions or configuration restrict coverage. Refer to crane inspection services when defining an inspection enquiry. If an indication or measurement needs interpretation against design requirements, make that a separate review step with the responsible engineer and applicable criteria identified.

Keep inspection separate from lift and operational approvals

A crane condition examination and a lift plan answer different questions. Inspection findings describe selected components at a time and within a stated scope. The lift study and rigging plan address the proposed lift, load, radius, crane setup, ground or support conditions, rigging arrangement and relevant site interfaces. The operator and other personnel also have their own competency, equipment and site responsibilities to confirm.

Do not treat an inspection report, NDT result, crane register entry or service record as automatic approval of a proposed lift. Conversely, a completed lift study does not replace any inspection or maintenance actions applicable to the particular crane. The project should identify the separate documents, approvals and responsible parties required for its circumstances. For broader contractor and equipment selection considerations, Australia Network’s crane hire planning guide offers a wider lifting-planning perspective.

Where records identify an unresolved defect, incident, repair verification requirement or uncertain configuration, set a review point before the project relies on the equipment. The nominated reviewer determines the appropriate disposition within their role; an inspector can clarify observed evidence and report limitations, but should not be assumed to authorise a lift or operational release.

Use a review hold point and close the evidence loop

Set a hold point in the project schedule for the evidence pack to be checked before the crane proceeds to the next relevant project stage. Specify who attends or reviews it, what records must be available, how findings are escalated and who documents the resulting decision. The timing should allow for follow-up examination or engineering review if required; it should not force a conclusion from incomplete evidence.

Maintain an open-items register with a clear identifier, evidence reference, location, issue, assigned reviewer, next action and status. Distinguish a reported indication from an interpreted defect, and distinguish both from a decision about suitability. Attach the report, photographs, repair evidence and any review outcome rather than relying on an undocumented verbal close-out.

When the inspection scope changes or access proves different from what was planned, capture the change and its effect on coverage. A report that clearly states what was and was not examined is more useful than an unqualified headline. The guide to understanding inspection reports explains why scope, locations and limitations matter when findings are reviewed.

Pre-lift crane evidence pack checklist

Use the table as a project-planning prompt, then tailor it to the crane, contract, site and applicable requirements. Assign an owner to each item and mark unavailable evidence as a gap. This is not a statutory form, lift plan, inspection certificate or universal approval process.