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    Pilbara Ports record iron ore run: capacity and design notes for port engineers

    March 18, 2026|

    Reviewed by Joe Ashwell

    Pilbara Ports record iron ore run: capacity and design notes for port engineers

    First reported on Australian Mining

    30 Second Briefing

    Pilbara Ports moved 55.9 Mt of cargo in February 2026, extending its record export streak on the back of strong iron ore shipments through Port Hedland and Dampier. The February figure, achieved in a 28‑day month with cyclone-season constraints, keeps annualised throughput well above 650 Mt, maintaining pressure on channel capacity, berthing windows and stockyard management. For mine planners and port engineers, sustained volumes at this level reinforce the need for reliable dredging regimes, robust berth structures and high-availability shiploaders to avoid bottlenecks in the Pilbara supply chain.

    Technical Brief

    • Channel and berth utilisation at both ports demand high shiploader availability and rapid vessel turnaround strategies.
    • Stockyard stacking and reclaim rates must align with continuous rail deliveries from inland Pilbara mines.
    • Dredged channel depths and under-keel clearance management remain critical for fully laden Cape-size vessels.
    • Coordinated rail–port interfaces are essential, with train arrival windows tightly matched to berthing slots.
    • Similar sustained export profiles elsewhere would likely trigger reassessment of channel duplication and additional berths.

    Our Take

    The 55.9Mt February 2026 throughput follows the record 71.2Mt handled in December 2025 noted in our earlier coverage, signalling that Pilbara Ports’ iron ore export system is sustaining near-peak utilisation rather than spiking seasonally.

    The recent award of the Stage 2 Dampier Link Bridge contract at the Port of Dampier suggests Pilbara Ports is investing ahead of demand, which should ease landside–wharf bottlenecks if iron ore volumes from the Pilbara continue at current levels.

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    Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.

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