Additional Resources


Directly Georeferenced Aerial Imagery

learn how direct georeferencing of digital aerial imagery works in this interactive tutorial.



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Contact Info

For detailed information about how this product can help with your airborne operations, please contact

GNSS/Inertial Factoids

Most civil GPS receivers access the C/A code (coarse/acquisition code) transmitted on the L1 frequency

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DMS improves productivity with:
• Ultra-fast image delivery: map-ready orthophotos produced within hours of flying a mission
• Direct georeferencing capability: no need to survey ground control points
• Consistent, reliable, highly accurate mapping-grade results
• Powerful post-processing software: unsurpassed performance from lightweight solution
• Multiple options: specific cameras, sensors and lenses can be deployed for different tasks

DMS UAV is designed to optimise your UAV’s capabilities
• Small, lightweight and low-power GNSS-inertial components
• Camera options to fit many payload constraints
• Integration with flight management system for sensor control
• Future-proof: modular design allows for flexible upgrades
• Easy installation and deployment: more time in the field, less time in the workshop



Fly a mapping-grade solution wherever you fly a UAV!

• Orthophotos and base maps
• Urban and regional planning
• Earthworks monitoring for mining/civil engineering
• Coastal zone monitoring
• Environmental assessments in inaccessible/ inhospitable areas

Urban and Built Environment
• Data gathering in close proximity to buildings
• Low-and-slow surveys in built-up areas
• Vertical (façade) surveys of historic buildings

Rapid response mapping
• Time-sensitive photogrammetry of turbulent terrain in emergency and natural disaster scenarios
• Change detection and rapid situation assessment

Tactical/reconnaissance mapping
• Mission planning, operations preparation
• Damage assessment in inhospitable terrain
• Personnel and equipment movement monitoring

Corridor mapping
• Powerline and utility pipeline surveys
• Transportation corridors
• Route planning and assessment

• Crop growth surveys
• Disease monitoring
• Recurrent image acquisition and analysis: change detection
• Environmental impact monitoring