RCT – Powered by Epiroc AutoNav Lite Solution Improving Stabilisation, Remediation Activities at Gold Mine

Why It Matters

The rapid, remote‑controlled deployment demonstrates how mining firms can dramatically improve worker safety and operational efficiency, setting a new benchmark for automation in high‑risk environments.

Key Takeaways

• AutoNav Lite enabled remote control of two D10 dozers.
• Deployment completed faster than typical automation build cycles.
• Remote operation improves worker safety in hazardous mine zones.
• Productivity gains observed during stabilisation and remediation tasks.
• Solution sourced from RCT facilities in Australia, shipped to Canada.

Pulse Analysis

The mining sector has long grappled with the challenge of operating heavy equipment in unstable, high‑risk zones. Traditional methods require operators to be physically present on the ground, exposing them to rockfalls, ground subsidence, and hazardous emissions. Recent advances in semi‑autonomous navigation allow machines to be steered from protected stations, reducing the human footprint while maintaining precise control. This shift is especially critical in northern Canada, where extreme weather and remote locations compound safety concerns, prompting operators to seek technology that can bridge the gap between productivity and protection.

Epiroc’s AutoNav Lite, integrated by RCT on two Caterpillar D10 dozers, exemplifies that approach. The system combines GPS‑based positioning, obstacle detection and a user‑friendly interface that lets a single operator manage both machines from dual AutoNav Centres. Remarkably, the entire rollout—from project approval to on‑site commissioning—was completed in weeks, a timeline the company claims outpaces conventional automation projects that can take months. Early field reports indicate faster stabilisation of pit walls and more efficient remediation of loose rock, translating into measurable productivity gains without compromising safety.

The rapid deployment model demonstrated at the gold mine could become a template for other operations facing urgent ground‑control needs. By sourcing the hardware in Brisbane and Perth and shipping it to Canada, RCT showcased a globally coordinated supply chain capable of delivering turnkey solutions on short notice. As regulators increasingly demand safer work environments, remote‑controlled equipment is likely to see broader adoption, driving investment in sensor suites, AI‑enhanced navigation and operator training programs. Ultimately, the convergence of speed, safety and output positions semi‑automation as a strategic lever for mining firms aiming to stay competitive.