Advanced Navigation delivers solutions designed to keep autonomous haulage fleets moving, even when GNSS signals falter.
In mining operations, a single 400-tonne truck stoppage can cascade through the system: excavators idle, crushers go underfed, and other trucks are rerouted, resulting in lost production worth millions annually.
Most stoppages are caused not by equipment failure but by temporary degradation of GNSS, particularly RTK corrections. When positioning accuracy drops from centimeters to meters, safety protocols force trucks to stop, undermining operational efficiency and KPIs.
Advanced Navigation’s Certus Evo Inertial Navigation System (INS) addresses this vulnerability. By fusing high-performance MEMS sensors with multi-constellation GNSS data, the system maintains precise positioning, velocity, and orientation even during GNSS interruptions. Dead reckoning bridges signal outages, while rapid reacquisition restores RTK accuracy, keeping trucks productive and safe.
Integrating Certus Evo enhances fleet resilience, maximizes uptime, and safeguards the ROI of multimillion-dollar autonomous assets. By eliminating GNSS-related stoppages, mining operations achieve predictable, continuous haulage, higher productivity, and measurable profitability.
