PMP Traffic Control System
Real-Time Traffic Intelligence for Safer Mining Operation
Advanced detection, automated traffic control and real-time monitoring for underground and surface mines
THE CHALLENGE
Mining traffic environments are complex and high-risk due to:
• Limited visibility in tunnels and intersections
• Increasing number of vehicles and equipment
• Lack of real-time traffic coordination
These conditions increase the risk of collisions, congestion and operational delays.
HOW IT WORKS
Real-Time Traffic Intelligence for Mining Operations
The system continuously detects vehicle movement, analyses potential conflicts and automatically regulates traffic conditions to improve safety and operational efficiency
Detection → Analysis → Control → Monitoring
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Detection​
Sensors installed across the mine detect the presence and movement of vehicles and mobile equipment in real time, providing continuous visibility in critical zones such as tunnels, intersections and loading areas.
Decision
Data from sensors is analysed through an intelligent control platform that identifies traffic conflicts and potential collision scenarios
Control
The system automatically activates traffic signals, alerts or access control to regulate vehicle movement and prevent unsafe situatio
Monitoring
Operators monitor all traffic activity through a central platform with real-time alerts, system status and operational insights.
TECHNOLOGY
Advanced Detection & Sensor Fusion
The system uses FMCW radar technology as its primary detection platform, with optional LiDAR integration for enhanced precision in complex environments.
Unlike conventional optical or camera-based systems, radar technology maintains reliable performance in dust-heavy, dark, or foggy conditions common in mining operations.
KEY CAPABILITIES
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High-reliability radar detection
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Optional multi-sensor fusion
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Configurable control algorithms
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Local or network-based architecture
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Central monitoring interface (HMI)
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• Real-time vehicle detection
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• Intelligent traffic management
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• Automated traffic signals and alerts
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• Collision risk prevention
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• Scalable architecture for mining operations
APPLICATIONS
Underground Applications
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Blind intersections
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Passing bays
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Declines and ramps
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Tunnel crossings
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Restricted visibility zones
Surface Applications
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Open pit haul roads
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Heavy vehicle crossings
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Processing plant access points
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Industrial yards
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Quarry and logistics operations
Why choose PMP’s Traffic Control & Monitoring System?
Real-Time Detection →
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Continuous monitoring of vehicle movement in critical zones
Reliable in Harsh Conditions →
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Operates effectively in dust, darkness, fog, and low-visibility environments
Intelligent Control Logic →
Transforms detection data into automated traffic decisions.
Customisable Configuration →
System logic and deployment tailored to site layout and operational needs.
Underground & Surface Deployment→
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Designed for tunnels, ramps, open pits, yards, and industrial crossings
Scalable Architecture →
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From single intersection management to full-site implementation.
Integration Ready →
Compatible with existing site systems and monitoring platforms.
Mining-Engineered Reliability →
Built for heavy-duty industrial conditions.
SYSTEM ARCHITECTURE
Configurable System Architecture
The Traffic Control & Monitoring System can be deployed as a localised standalone solution or integrated into broader site monitoring networks. Architecture can include:
Detection units installed at critical zones
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Traffic signal control points
Local control cabinets​
Central HMI monitoring station
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Optional integration with site communication systems
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BENEFITS TO OPERATIONS
Operational Benefits That Go Beyond Traffic Control
The Traffic Control & Monitoring System is not only a safety solution — it is an operational performance enabler. By introducing structured, automated traffic management, sites gain measurable improvements in safety, efficiency, and control.
Safety Performance
Reduced collision risk
Automated traffic signal control prevents unsafe vehicle interaction in blind or high-risk zones.
Improved situational awareness
Real-time monitoring enhances visibility for supervisors and control rooms.
Safer working environment
Minimises reliance on manual coordination and reduces human error in critical areas.
Productivity & Flow Optimisation
Reduced congestion
Structured vehicle sequencing improves traffic flow in ramps, intersections, and crossings.
Minimised operational delays
Prevents unnecessary stoppages and traffic conflicts.
Predictable movement patterns
Improves efficiency in high-production environments.
Risk & Compliance Management
Supports site safety strategies
Aligned with modern risk mitigation frameworks.
Documented control logic
System-based traffic management supports operational governance.
Adaptable to evolving site requirements
Scalable architecture allows expansion as operations grow.
