Pallet racking inspection is the layered program that keeps warehouse racking, tonnes of steel and stock standing over walkways and pickers, structurally trustworthy: routine damage walks by trained staff, periodic expert inspections, and a strict damage classification that decides what gets offloaded now versus monitored. Racking rarely collapses without warning; it collapses after a series of ignored warnings called forklift impacts.
Racking is engineered close to its limits and lives next to moving vehicles. The dominant threats: impact damage to uprights and bracing from trucks and pallets, overloading beyond design (heavier pallets than the rack was configured for), missing safety locks and loose base plates, and unauthorized configuration changes, beam heights moved without recalculating capacity. Each dent reduces capacity invisibly; a damaged upright can lose a large share of its load-bearing ability while looking merely scuffed.
EN 15635 practice classifies damage by measurement against deformation limits: green, within limits, record and monitor; amber, damage exceeding limits, offload as soon as practical and repair before reloading, do not reload; red, serious damage, offload immediately and isolate the bay. The measurements are concrete: a common limit for an upright bent in the plane of the frame is on the order of 5 millimeters of deviation over a 1-meter straightedge (3 mm for bracing-direction bends), numbers a trained person with a straightedge can verify in seconds.
A weekly walk finds an upright in aisle 7 with 8 mm of bend over the meter, amber, and a torn-off column guard nobody reported. The bay holds 12 pallets of finished goods at 800 kg each. Response per the system: bay offloaded within the shift (20 minutes of forklift work), upright section replaced by the racking contractor two days later at a four-figure cost, bay re-verified and reloaded. The counterfactual carries a different arithmetic: 9,600 kg of product, a progressive collapse that typically takes neighboring bays with it, and whoever was picking in aisle 7. Racking repairs are among the cheapest structural work a plant ever buys; the expensive version is called an investigation.
The load-bearing details: rack configurations documented with load notices posted and enforced (a configuration change without recalculation is a management of change failure), damage locations tracked over time so chronic impact points earn barriers, guards, or layout fixes, and repairs done with manufacturer-compatible components, never straightened steel, bent uprights do not bend back to strength.
Fabrico runs the inspection machinery: racking zones and bays in the asset register, weekly walks as recurring work orders with the checklist and measurement limits attached, damage findings logged with photos and classification, amber and red findings escalating to offload and repair work orders with deadlines, and the impact-location history that justifies the barrier in front of aisle 7. The expert’s annual report files against the installation it describes. EU-built, with EU data residency.
Trained internal staff, the training covers damage types, measurement against limits, and the classification system. The annual inspection requires a technically competent racking inspector, typically external or certified, per the applicable standard and your insurer.
Only with engineered repair systems approved for the rack type, or by replacing the damaged section. Straightening cold-formed steel restores geometry, not capacity, and is prohibited by racking standards for good metallurgical reasons.
Forklift impacts, overwhelmingly, concentrated at aisle ends, transfer aisles, and tight corners. The damage map tells you where: recurring hits at one location are a layout and protection problem, not a driver problem.
Want racking walks, damage classifications, and repairs tracked bay by bay? Book a Fabrico demo to see structural-safety inspections run through a field-ready CMMS.
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