Mining • Autonomous Vehicles

Autonomous Haul Trucks
with Private 5G

Self-driving haul trucks with real-time telemetry, collision avoidance, and fleet coordination for 24/7 unmanned operations.

45%
Higher productivity
100%
Fleet utilization
Zero
Operator injuries
Autonomous Mining Trucks

Why Now

Safety Imperative

Haul truck collisions cause 30% of mining fatalities globally

Labor Shortage

Remote mines cannot recruit operators; housing costs unsustainable

Productivity Pressure

Commodity prices demand 24/7 operations; human shifts limit output

Proven Technology

Rio Tinto, BHP demonstrating 40%+ productivity gains with autonomy

Cost Structure

$180K per operator annually makes automation ROI immediate

Regulatory Momentum

Mining safety authorities encouraging autonomous adoption

The Operational Challenge

Manned haul truck operations are dangerous, inefficient, and limited by human factors.

Safety Incidents

Vehicle collisions cause 30% of mining fatalities with average cost of $6M per incident

Limited Operating Hours

Driver shifts, breaks, fatigue limit trucks to 60% utilization vs 95%+ for autonomous

Labor Shortages

Remote mine locations struggle to recruit and retain qualified haul truck operators

Inconsistent Performance

Driver skill variance and fatigue lead to 25% productivity variation across shifts

High Labor Costs

$180K annual cost per operator including wages, benefits, training, housing

Environmental Exposure

Operators exposed to dust, vibration, heat stress leading to health issues

The Private 5G Enabled Solution

Full Autonomy

Self-driving trucks navigate optimal routes with zero human intervention

Real-Time Telemetry

Continuous streaming of position, speed, load, fuel, system health data

Collision Avoidance

LiDAR, radar, cameras integrated with 5G for instant hazard detection

Fleet Coordination

Central AI optimizes routes, passing zones, loading sequences for entire fleet

24/7 Operations

Continuous autonomous operation eliminates shift changes and downtime

Predictive Maintenance

Vehicle health monitoring predicts failures before they cause breakdowns

Technical Architecture

Integrated autonomy system with 5G connectivity for real-time fleet management.

Performance Specifications

Fleet Utilization
95%+
vs 60% manned
Productivity Gain
+45%
output
Control Latency
<20ms
fleet coord
Safety Incidents
Zero
operator
Coverage Area
50+ km²
mine site
Positioning
±10cm
RTK-GPS
Autonomous TrucksPrivate 5G NetworkFleet Management AIMine Control Center

Sensor Fusion

Combines LiDAR, radar, cameras, GPS, IMU data for precise navigation and obstacle detection

V2X Communications

Vehicle-to-everything messaging enables trucks to coordinate and avoid conflicts

Edge AI

Onboard AI makes split-second driving decisions, 5G provides fleet-level coordination

HD Mapping

Centimeter-accurate 3D maps updated in real-time as mine topology changes

Network Engineering Considerations

Wide-Area Coverage

50+ km² mine site coverage with macro cells and outdoor small cells

Deterministic Fleet Control

<20ms latency for collision avoidance and route coordination

Sensor Fusion Integration

LiDAR, radar, cameras, GPS data combined for precise navigation

V2X Communications

Vehicle-to-vehicle messaging for real-time conflict avoidance

Edge AI Processing

Onboard AI for split-second decisions, 5G for fleet orchestration

HD Mapping Updates

Real-time 3D map updates as mine topology changes

Measurable Business Impact

Operational Impact

  • 45% increase in productivity
  • 95%+ fleet utilization vs 60% manned
  • 30% reduction in fuel consumption
  • Zero operator safety incidents

Financial Impact

  • $68M annual productivity gain
  • 85% reduction in labor costs
  • $12M lower insurance premiums
  • Eliminated collision costs

Strategic Impact

  • Industry-leading automation
  • Eliminate labor recruitment challenges
  • Foundation for fully autonomous mine
  • Competitive cost per ton advantage

Deployment Model

Phased transition from manned to fully autonomous haul fleet.

Phase 1

Infrastructure

Deploy 5G network across mine site, HD mapping, establish autonomous corridors

Phase 2

Pilot Vehicles

Convert 3-5 trucks to autonomous, validate safety systems, refine algorithms

Phase 3

Mixed Fleet

Operate autonomous and manned trucks together, expand autonomous zones

Phase 4

Full Autonomy

Convert entire fleet, eliminate manned operations, achieve 24/7 autonomous mining

Sample ROI Snapshot

Financial analysis for mine with 35 haul trucks

Current State

Haul truck fleet:35 trucks
Fleet utilization:60%
Cost per operator:$180K/yr
Total annual impact:$80M

With Private 5G

Productivity increase:45%
Utilization:95%
Labor savings:85%
Productivity value:$32M

3-Year Financial Projection

MetricYear 1Year 2Year 3
Investment($35,000,000)——
Annual Benefit$68,000,000$75,000,000$82,000,000
Net Benefit$33,000,000$75,000,000$82,000,000
Cumulative$33,000,000$108,000,000$190,000,000
Payback Period: 6 months • 3-Year ROI: 443%
Note: ROI figures are illustrative examples based on industry benchmarks. Actual results vary by implementation and operational conditions.

Ready for Autonomous Mining?

Schedule an Autonomous Vehicles Strategy Session.