MinEx CRC exploration tech in 2025: drilling design and cost notes for engineers
Reviewed by Tom Sullivan
First reported on Australian Mining
30 Second Briefing
MinEx CRC is advancing several mineral exploration technologies in 2025, including coiled-tubing diamond drilling systems designed to cut metre-rate costs and in-field sensing tools that acquire continuous downhole geochemistry. Prototype rigs are targeting deeper cover sequences typical of Australian greenfields, using smaller footprints and reduced drilling fluids to minimise site disturbance and mobilisation time. For geoscientists and drill contractors, the work signals faster stratigraphic drilling, denser subsurface datasets, and potentially different design assumptions for access tracks, pads and water supply on remote programmes.
Technical Brief
- Prototype systems are being iterated through CRC-style staged trials: lab testing, controlled sites, then operational campaigns.
- Intellectual property and commercialisation pathways are being managed with equipment manufacturers to enable fleet-scale rollout.
- Collaboration model links universities, government surveys and drill contractors, shortening feedback loops on tool reliability and usability.
- For other greenfields programmes, similar CRC-style consortia offer a template to de-risk novel drilling technologies.
Our Take
MinEx CRC is one of the few research-focused entities in our 165 Mining stories, signalling that Australia is leaning heavily on publicly backed R&D to de-risk early-stage exploration rather than leaving it solely to juniors.
With 2025 framed as a breakthrough year and the piece tagged under both Product and Sustainability, MinEx CRC’s work is likely to influence how Australian explorers demonstrate lower-impact drilling and data acquisition in ESG reporting and permitting processes.
Among the 385 tag-matched pieces, most ‘Projects’ coverage centres on specific mines, so a technology-led Australian initiative like MinEx CRC stands out as a potential common platform that could be adopted across multiple greenfield and brownfield programmes rather than tied to a single asset.
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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