Industry Solution
Optimize Haul Cycles, Protect Operators, and Control Mine Fleet Costs
Mining fleets operate under extreme conditions — dust, vibration, grade changes, and 24-hour shift cycles. Open VTS brings real-time fleet tracking, haul cycle analytics, and operator safety monitoring to mine operations — driving productivity and reducing per-ton costs.
Get a Mining Fleet AssessmentWho this is for
Mine operations managers, fleet superintendents, safety officers, and heavy industry plant managers running surface or underground operations.
Challenges
Why mining fleets are uniquely hard to manage
Haul truck cycle inefficiency eating into margins
Every extra minute per haul cycle across hundreds of daily loads compounds into massive production losses. Without GPS-based cycle time data, bottlenecks at load, haul, and dump points go undiagnosed.
Operator fatigue and safety in 24/7 operations
Fatigue-related incidents are a leading cause of mine accidents. Without tracking operator behavior patterns — speed, stop frequency, and route deviation — early warning signs are missed.
Equipment underutilization during shift transitions
Shift changeovers, fueling queues, and unplanned maintenance create dead time that's invisible without fleet-level utilization data tied to GPS and engine analytics.
Limited visibility underground or in pit operations
Surface mines with deep pits and underground operations challenge standard GPS tracking. Maintaining fleet visibility in these environments requires hybrid positioning approaches.
Use Cases
Open VTS on the mine site
Haul cycle time analysis
Track load-haul-dump cycles for every truck. Identify bottlenecks at loading faces, haul roads, dump points, and fueling stations to optimize throughput per shift.
Operator behavior and fatigue monitoring
Monitor speed patterns, stop durations, and route adherence across shifts. Flag operators showing signs of fatigue or deviating from assigned haul roads.
Shift-based fleet performance reporting
Generate performance reports per shift, per crew, per operator. Compare day vs. night shifts, track tonnage moved, and measure fleet availability percentages.
Equipment maintenance by engine hours
Schedule maintenance by cumulative engine hours rather than calendar dates. Know exactly where each machine is when service is due to minimize travel and downtime.
Capabilities
Tracking capabilities for harsh environments
Cycle Time Analytics
Automated haul cycle measurement from GPS data — load time, travel time, queue time, and dump time broken down per truck, per route, per shift.
Fatigue Pattern Detection
Analyze driving patterns for fatigue indicators — irregular speeds, increased idle stops, and route deviations compared to baseline behavior.
Shift Performance Dashboards
Compare fleet productivity across shifts with tonnage estimates, machine availability, and operator scorecards for every operating period.
Engine Hour Maintenance Triggers
Set service thresholds by engine hours. Receive alerts with the machine's current location so maintenance crews can be dispatched efficiently.
Zone-Based Speed Limits
Define different speed limits for haul roads, pit areas, camp zones, and approach roads. Alert on violations per zone per vehicle.
Utilization Heat Maps
Visualize where equipment spends time across the mine site. Identify idle zones, traffic congestion points, and underutilized areas.
Fleet Context
Mining fleet and equipment types
Haul trucks
Rigid and articulated dump trucks running load-haul-dump cycles on mine haul roads.
Excavators and shovels
Loading equipment at pit faces and stockpiles feeding haul trucks in production sequences.
Drill rigs and blasting vehicles
Specialized equipment for blast-hole drilling and explosive loading operations.
Water trucks and service vehicles
Dust suppression, fuel delivery, and maintenance support vehicles operating across mine infrastructure.
Outcomes
Productivity and safety improvements
Reduce cost-per-ton through cycle optimization
Identifying and eliminating haul cycle bottlenecks increases throughput without adding equipment or operators.
Improve operator safety outcomes
Early fatigue detection and speed-zone enforcement reduce incident rates in high-risk operating environments.
Increase fleet availability above 85%
Engine-hour-based maintenance scheduling reduces unplanned downtime and keeps more machines in production.
Data-driven shift planning
Shift comparison reports enable supervisors to staff and allocate equipment based on actual productivity data.
Compliance & Safety
- Mine Safety and Health Administration (MSHA) incident documentation support
- Fatigue management system data for regulatory compliance reporting
- Speed-zone enforcement records for mine safety audits
- Equipment inspection and maintenance log tracking for MSHA compliance
FAQ
Common mine fleet tracking questions
Standard GPS does not work underground. However, Open VTS can integrate with underground positioning systems (UWB, Wi-Fi, or beacon-based) to provide location data in subsurface environments when paired with compatible hardware.
Yes. By defining geofences at loading faces, dump points, and fueling stations, Open VTS calculates cycle times for each segment automatically — load, travel, queue, dump, and return.
Open VTS analyzes GPS and driving-behavior data — speed variance, unusual stop patterns, and route deviations — to flag operators who may be fatigued. It complements (but does not replace) camera-based fatigue monitoring systems.
Yes. You can categorize equipment by type (haul truck, excavator, drill rig, service vehicle) and apply type-specific dashboards, alert rules, and reporting templates.
Shift summaries, equipment utilization, cycle time breakdowns, speed violations, maintenance forecasts, and operator scorecards — all filterable by date, shift, crew, or equipment type.
Optimize Your Mine Fleet Operations
Haul cycle analytics, operator safety monitoring, and real fleet utilization data — see what that looks like for your mine.