Motion is deploying in-situ machining services to Australian mine sites, bringing line-boring, flange facing and journal repair directly to assets such as car dumpers, draglines and large gearboxes that are too large or time-critical to dismantle. Using portable CNC and orbital machining rigs, technicians can restore bearing seats, slew rings and mill trunnions to tolerance without removing them from foundations or structural frames. The approach reduces crane lifts and transport of multi-tonne components, cutting outage durations and geotechnical or structural risk associated with repeated disassembly.

Four mining technologies from the ARC Training Centre for Integrated Operations for Complex Resources are now ready for field trials, including a digital twin platform for complex orebodies, real-time sensor fusion for ore characterisation, and AI-based decision support for integrated mine-to-mill control. The suite targets data-driven optimisation of drilling, blasting, and processing, with pilots seeking partners across hard-rock operations and brownfield plants. For engineers, the work signals near-term opportunities to plug advanced analytics and automation into existing fleets and control rooms without full greenfield redesigns.

Australian Power Equipment is reframing mine-site optimisation around transformer reliability, availability and lifecycle performance rather than lowest upfront cost, supplying B&D transformers filled with FR3 natural ester fluid instead of mineral oil or diesel-based coolants. The FR3 ester offers higher fire point and biodegradability, enabling compact substation layouts closer to plant and reduced bunding requirements, which can simplify brownfield expansions. For engineers, the shift pushes whole-of-life asset modelling, factoring in longer insulation life, fewer unplanned outages and reduced supply chain risk for critical electrical equipment.