Mining Fleet Management
A mining fleet management system combines GPS tracking, equipment telemetry, fuel monitoring, engine-hour data, alerts, and reports. It helps teams track haul trucks and heavy equipment, control diesel use, reduce idle time, plan maintenance, and keep production moving across every mine site.
How mining fleet management works
Aether turns equipment and fuel data into a practical workflow for mine supervisors, plant and machinery teams, maintenance teams, and management.
1. Connect assets
Install compatible GPS, fuel, ignition, and equipment interfaces on mobile or fixed assets.
2. Capture activity
Collect location, trips, engine hours, idling, stoppages, refills, and fuel-level changes.
3. Detect exceptions
Apply geofences and event rules to highlight route deviations, draining, and abnormal use.
4. Review and act
Use alerts, dashboards, and reports to investigate losses and improve deployment decisions.
Bring every mining asset into one operational view
Mining fleets work across large, harsh, and often low-connectivity sites. Aether combines location,
fuel, utilization, and equipment data for control-room and field teams.
Unlike typical fleets, your assets:
- Locate equipment across pits, haul roads, workshops, and stockyards
- Compare productive movement, engine hours, idling, and stoppages
- Plan service from actual runtime and equipment activity
- Investigate fuel loss with time, location, and operating context
Control movement across pits and haul roads
Create operating zones and route rules for active pits, loading areas, dumping points, workshops, fuel bays, and restricted areas.
- Receive entry, exit, route-deviation, and after-hours movement alerts
- Review trips, cycle times, stoppages, and turnaround delays
- Find available equipment without relying on manual calls
- Maintain a traceable movement history for operational review
Measure diesel use with operating context
Check every refill, fuel drop, and consumption trend against location, ignition, engine hours, and asset activity.
- Monitor tank levels and detect sudden draining events.
- Verify mobile-bowser and fuel-bay refuelling records.
- Compare consumption by asset, shift, site, or operating hour.
Our Unique
Capabilities for your mining fleet
Fuel Monitoring System
Real-time fuel level tracking to prevent theft and maximize usage.
Working Hours
Monitor total operating hours to schedule maintenance effectively.
Location and Movement
Track machine location and movement for better coordination.
Productive Engine Hours
Compare active work with total engine runtime.
Summary Reports
Get concise period summaries to review key metrics.
Graphical Reports
Visualize data trends easily with charts and graphs.
Ignition On/Off Time
Track on/off cycles to analyze usage patterns.
Idle-Time Analysis
Identify avoidable idling and non-productive runtime.
Fuel Monitoring System
Track haul-truck fuel levels, refills, and sudden drops.
Haul Cycle Time
Review loading, travel, dumping, and return-cycle duration.
Trip Reports
Detailed journey analytics and fuel consumption metrics.
Summary Reports
Review key stats over chosen timeframes.
Total Load
Measure carried load for safe operations.
Tilt Angle
Check dumper/tipper tilt during dumps.
Number of Stoppages
Count stops to optimize routes.
Fuel Monitoring System
Prevent theft with live fuel data.
Working Hours
Log total runtime for maintenance planning.
Fuel Monitoring System
Keep tabs on fuel usage and theft alerts.
Ignition On/Off Time
Track generator and fixed-equipment start/stop cycles.
Summary Reports
Analyze performance with period summaries.
Related mining fleet solutions
Explore the workflows and supporting systems used to control fuel, equipment, and fleet performance.
Fuel monitoring for mining
Monitor refuelling, consumption, tank levels, and suspected diesel draining.
Equipment monitoring system
Track runtime, utilization, maintenance intervals, and equipment exceptions.
Fleet management software
Bring location, alerts, reports, and mixed-fleet activity into one view.
Fleet fuel case study
See how monitored fuel events and reconciliation support a large infrastructure fleet.