Cappellotto vacuum trucks in Australian mines: maintenance and downtime lessons
Reviewed by Joe Ashwell

First reported on Australian Mining
30 Second Briefing
Cappellotto’s CAP VAC INDUSTRIAL and CAP BORA vacuum trucks, distributed in Australia by KOR Equipment, are being deployed on mine sites for rapid cleanup of spills, sump desilting and material recovery to minimise production downtime. The units combine high‑vacuum pumps with large-capacity debris tanks and liquid ring or blower systems, enabling fast removal of slurries, tailings and contaminated water from plant areas and haul roads. For maintenance planners, the key gains are shorter shutdown windows, reduced manual handling around sumps and conveyors, and cleaner working faces for inspections and repairs.
Technical Brief
- Enclosed suction and transfer systems cut operator exposure to contaminated water, tailings aerosols and fine dust.
- Remote-operated boom and hose handling reduces manual shovelling around sumps, chutes and under-conveyor areas.
- Faster mechanical cleanup shortens time personnel spend working under suspended plant or near live conveyors.
- Purpose-built mine-spec chassis and guarding support compliance with site mobile plant and isolation procedures.
- High-productivity units allow cleanup to be scheduled within existing shutdown windows, avoiding ad hoc hot work.
- Similar vacuum systems are increasingly written into mine maintenance plans as engineered controls for spill response.
Our Take
In our database, Cappellotto and KOR recur mainly in Australian plant-maintenance pieces rather than in primary production, signalling that their commercial focus is on reducing downtime and safety exposure in processing and services rather than competing with yellow-iron OEMs.
The 2025 item on KOR deploying Cappellotto units for tailings and slurry clean-up highlights that these trucks are already being used in high-cost downtime environments, so any incremental safety or efficiency gains discussed here are likely to have a direct dollar impact on mill availability.
The 2026 coverage of GSD WA using Cappellotto trucks in Pilbara conditions above 45°C suggests that the configurations promoted in this article are being engineered for extreme ambient temperatures and long haul distances typical of remote Australian iron ore and lithium operations.
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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