Accurate Borehole Deviation Measurement for Safer, Smarter Blasting
The Boretrak3 system, used in combination with Carlson Boretrak software, provides a simple and reliable solution for checking drilled hole accuracy and deviation from design. Designed for surface and underground operations, Boretrak3 enables teams to capture precise borehole data quickly, safely, and efficiently.
By recording and visualizing 3D drilling data from ground level or underground sites, Boretrak3 helps organizations improve safety, maintain compliance, and eliminate the risks associated with blasting from deviated or unsurveyed boreholes.
Improve Safety and Compliance
- Accurately measure borehole deviation and use the data to plan safer projects
- Record and visualize 3D drilling activity data from surface or underground locations
- Support compliance with quarrying and blasting regulations
- Reduce the risks and costs associated with inaccurate or unverified boreholes
Increase Blasting and Workforce Efficiency
- Create detailed maps of drilling activity to optimize blasting and engineering workflows
- Reduce the need for large survey teams by modeling entire drill sites in hours
- Portable, lightweight, and hand-deployable design for single-operator use
- Generate in-field reports within minutes
- Enable data-led drilling operations with reduced guesswork and improved decision making
Reliable Performance in Extreme Environments
Boretrak3 is engineered for rugged mining and quarrying conditions, including harsh weather, muddy or flooded boreholes, and extreme temperatures.
- Designed for long-term durability in demanding environments
- Provides accurate, reliable data in challenging conditions
- Capable of operating in areas of magnetic interference
- Suitable for use in flooded boreholes
How it fits into your workflow
Use Boretrak3 to verify drilling accuracy before blasting, improve project planning, and reduce operational risk. The system integrates seamlessly into drilling and blasting workflows, supporting safer operations, better data visibility, and improved productivity across mining and quarry sites.
