UAS-Based Geohazard Assessments

Safer, Faster Aerial Data for Better Geohazard Decisions

UAS-Based Geohazard Assessments

GeoStabilization International delivers UAS-Based Geohazard Assessments to support safer planning, clearer risk evaluation, and stronger mitigation design across Canada. Unmanned Aerial Systems (UAS), commonly referred to as drones, allow our engineers and geologists to collect high-quality spatial data in steep, unstable, remote, or access-limited terrain, without putting crews at unnecessary risk.

From mountain transportation corridors in British Columbia to erosion-prone slopes and infrastructure networks across Alberta, Ontario, and Atlantic Canada, GSI uses UAS data before, during, and after construction to improve site understanding and support confident decision-making.

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UAS Platform Capabilities

GSI selects UAS tools based on site conditions, terrain, and project risk level. These capabilities support everything from early investigation to long-term slope performance tracking:

  • High-resolution imagery to document slope conditions and identify features like cracks, erosion pathways, debris zones, and rock structure

  • Structure-from-Motion (SfM) modeling to generate dense point clouds and accurate 3D surfaces for slope geometry, volumes, and change mapping

  • LiDAR in heavily vegetated areas to capture ground surfaces where tree cover limits traditional photogrammetry

  • Thermal or multispectral imaging to help identify moisture patterns, seepage zones, and surface changes that may signal evolving risk

This aerial data provides the geometric foundation needed to start root-cause analysis and develop engineered stabilization plans.

Data to assess, prioritize, and mitigate geohazards.

How UAS Data Supports Geohazard Work

UAS-Based Geohazard Assessments help owners and engineers evaluate risk, prioritize action, and improve project outcomes across a wide range of Canadian conditions, including freeze–thaw environments, high runoff zones, and remote access constraints.

Common uses include:

  • Slope failure and landslide investigations (active or historic)
  • Rockfall hazard mapping along corridors and cut slopes
  • Drainage and erosion evaluation, including post-storm or post-wildfire conditions
  • Change detection to track deformation over time
  • Corridor inventories for transportation, utilities, and resource access routes
  • Construction documentation for progress, verification, and reporting
  • Risk and susceptibility modeling to support long-term planning and asset management

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Spider excavator operating on an extremely steep rocky mountainside.

Why UAS Matters for Safety and Performance

Using UAS technology improves both safety and efficiency, especially where terrain or exposure makes ground-based surveys difficult.

Key benefits include:

  • Safer data collection, reducing time spent on unstable or high-angle slopes 
  • Faster turnaround, helping teams move from investigation to design sooner 
  • Better design inputs, reducing uncertainty with accurate surfaces and measurements 
  • Clear visuals for stakeholders, supporting alignment and decision-making 
  • Better network planning, using wide-area data to prioritize maintenance and mitigation 

UAS data also integrates well with GSI’s mitigation services, including soil nailing, mesh/netting, rockfall systems, shotcrete, micropiles, drainage, retaining systems, and critical slope monitoring, supporting reliable performance throughout the project lifecycle.

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If you need a safer, faster way to evaluate slope conditions or document geohazard risk, GeoStabilization International can help. Our team delivers UAS-based geohazard assessments across Canada to support accurate design inputs, clearer decision-making, and reduced field exposure in challenging terrain.

Connect with us today to request a consultation and learn how aerial data, 3D modeling, and LiDAR can support your next project.

855.559.5217

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