Inertial Navigation Systems (INS) deliver fully autonomous, high-precision positioning and orientation in GPS-denied underground mines, serving as a reliable and continuous navigation backbone for automation and digital transformation in the harshest operating environments.
By eliminating dependence on external signals, INS ensures uninterrupted navigation performance where satellite-based or radio-based systems cannot operate reliably.
Accelerating Mining Automation
In complex, shielded tunnels where traditional navigation systems fail, our INS provides real-time motion tracking and attitude awareness without any external infrastructure, enabling critical underground applications such as:
Unmanned transport vehicles
Automated drilling and tunneling equipment
Underground material handling systems
Combined with intelligent path planning, collision avoidance, and fleet-level coordination, INS enables safer, more efficient, and more predictable operations while reducing human exposure and increasing operational uptime.
Engineered for Extreme Conditions
Our INS is specifically optimized for real-world mining conditions:
Ruggedized design resistant to high temperatures, continuous vibration, dust, and moisture
Low-maintenance operation with minimal calibration requirements
Strapdown INS architecture delivering high update rates and centimeter-level positioning accuracy for precision operations
This ensures stable and reliable performance even under heavy mechanical shock and long-duration operation cycles.
The Road Ahead
With continued advances in gyroscope performance and AI-driven intelligence, INS is evolving from a navigation component into the spatial intelligence core of fully unmanned and intelligent mining operations.
Let’s Talk
If navigation reliability, operational safety, or automation performance is a priority for your operation, our INS solutions deliver measurable improvements in productivity and risk reduction.
DM me to discuss your application, book a technical demo, or receive a free mining navigation assessment.
Inertial Navigation Systems (INS) deliver fully autonomous, high-precision positioning and orientation in GPS-denied underground mines, serving as a reliable and continuous navigation backbone for automation and digital transformation in the harshest operating environments.
By eliminating dependence on external signals, INS ensures uninterrupted navigation performance where satellite-based or radio-based systems cannot operate reliably.
Accelerating Mining Automation
In complex, shielded tunnels where traditional navigation systems fail, our INS provides real-time motion tracking and attitude awareness without any external infrastructure, enabling critical underground applications such as:
Unmanned transport vehicles
Automated drilling and tunneling equipment
Underground material handling systems
Combined with intelligent path planning, collision avoidance, and fleet-level coordination, INS enables safer, more efficient, and more predictable operations while reducing human exposure and increasing operational uptime.
Engineered for Extreme Conditions
Our INS is specifically optimized for real-world mining conditions:
Ruggedized design resistant to high temperatures, continuous vibration, dust, and moisture
Low-maintenance operation with minimal calibration requirements
Strapdown INS architecture delivering high update rates and centimeter-level positioning accuracy for precision operations
This ensures stable and reliable performance even under heavy mechanical shock and long-duration operation cycles.
The Road Ahead
With continued advances in gyroscope performance and AI-driven intelligence, INS is evolving from a navigation component into the spatial intelligence core of fully unmanned and intelligent mining operations.
Let’s Talk
If navigation reliability, operational safety, or automation performance is a priority for your operation, our INS solutions deliver measurable improvements in productivity and risk reduction.
DM me to discuss your application, book a technical demo, or receive a free mining navigation assessment.