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How Mines Use GPS for Unstoppable Efficiency: 5 Powerful Benefits
Starting in the early 90’s, Mines use GPS in a
August 14, 2024
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Boost Digging Accuracy by Over 80%
Transform mining operations with GroundHog FMS for High Precision Digging
Improve ore quality. Reduce downtime. Minimize losses.
Centimeter-Level Accuracy for Optimal Digging
Reduce Ore Dilution Through Precise Positioning and Real-Time Data
Precision and Quality in Mining
GroundHog’s advanced FMS for High Precision Digging technology offers operators real-time visibility and precise positioning data, allowing them to navigate equipment along designated points with centimeter-level accuracy.
- Ensures digging at precise locations according to the planned dig block.
- Minimizes ore dilution
- Improves ore quality at contact zones.
- Real-Time Visibility
- Ore Dilution Control
Enhance Digging Accuracy with Advanced Tracking System
Comprehensive Data Tracking from Source to Stockpile
GroundHog's Cutting-Edge Digging Process
The FMS for High Precision Digging process involves several key components: Two GPS RTK receivers are installed atop the cab, while three third-party IMU sensors are positioned along the boom. GroundHog’s FMS software processes data from these GPS receivers and IMU sensors to calculate the shovel tip’s position.
- Mine planning teams upload dig blocks into the system.
- Grade information is mapped to 3D geofences.
- Data is tracked from the source to the destination/stockpile.
- Ore Route Tracking
- Accurate Dig Block Mapping
Advanced Material Movement and Reconciliation
Real-Time Monitoring and Accurate Tracking
Guide Diggers to Accurate Execution
Operators and dispatchers can view dig blocks, ore quality, and location on their screens in real-time. GroundHog OpsCenter tracks material movement from source to destination, facilitating accurate reconciliation between plan and actual performance at shorter intervals and effectively managing deviations.
- Real-time view of dig blocks, ore quality, and location.
- Tracks material movement from source to destination.
- Facilitates accurate plan vs. performance reconciliation.
- Material Tracking
- Real-Time Monitoring
Unmatched FMS for High Precision Digging and Control in Mining
Precision Positioning and Comprehensive Integration
High-Precision Bucket Positioning
The system provides high-precision bucket positioning within centimeters. GroundHog’s technology integrates with mining operations planning and management systems, offering a holistic solution.
- Track Grade and Tonnage of Every Ore Parcel Through the Mine.
- Seamlessly integrates with existing mining management systems.
- Ensures accurate monitoring even when ore is visually indistinguishable from waste.
- Detailed Reporting
- Precise Bucket Positioning
Unveiling the Power of High-Precision Digging
Improve Digging Accuracy with Advanced Tracking System
Our Software Stack
FMS Operator App
Geology App
Grade Control App
Ore Spotter App
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Frequently Asked Questions
What is high precision digging?
High precision digging involves using advanced technology and techniques to achieve accurate and controlled excavation, ensuring precise depth, alignment, and positioning.
Why is high precision digging important?
It ensures accuracy in excavation projects, minimizes the risk of damage to surrounding infrastructure, reduces excavation errors, and improves overall project efficiency and safety.
What technologies are used in high precision digging?
Technologies include GPS systems, laser-guided excavation equipment, real-time data monitoring, automated digging systems, and advanced digger controls.
How does high precision digging benefit construction and mining projects?
It enhances accuracy in digging, reduces rework and material wastage, improves safety by avoiding accidental damage to utilities or structures, and ensures better project outcomes.
What are the main challenges associated with high precision digging?
Challenges include the high cost of advanced equipment, the need for skilled operators, and maintaining accuracy in varying soil and geological conditions.
How does high precision digging improve safety on-site?
By providing accurate depth and positioning, it helps avoid accidental damage to existing utilities, minimizes risks associated with excavation, and improves overall site management.
How is data from high precision digging collected and used?
Data is collected through sensors, GPS, and monitoring systems integrated into excavation equipment, and is used to adjust digging parameters and ensure adherence to project specifications.
Can high precision digging be integrated with other technologies?
Yes, it can be integrated with technologies such as real-time mapping, automated construction management systems, and geological modeling for enhanced project coordination and efficiency.
