AirGeo Innovation & Development | AIRGEO EXPLORATION & DISCOVERY

AIRGEO Exploration &Discovery

Experience

INNOVATION & DEVELOPMENT

The AIRGEO Sensor Family

MagBird — UAV magnetic surveys (Now)
MagRad — UAV radiometrics Medusa MS-700
MagEM — UAV electromagnetic mapping
MagSpec — UAV spectral imaging
MagLidar — UAV lidar for terrain and vegetation
Ground Robotics — autonomous ground‑based geophysics

Current Innovative Sensor Core Intelligence Layer and Operating Features (Now)

Real‑time scalar telemetry
Real time GPS location
Real time scalar sensor plot
OLED sensor and peripherals live status display on MagBird
Live warnings via telemetry on MagBird Ground Station Sensor or Terrain Issues
Rangefinder + IMU + GPS fusion
Sensor control module data logging with structured data
MagBird Ground Station with scalar sensor colour mapping
Web‑based UI MagBird Ground Station & interactive link to PC based applications
Post flight QC Map
QC Pack export end of day site data management
QC Ground Mag merge and QC airborne data comparison
Operator‑first design

Innovation Philosophy

AIRGEO follows a disciplined, aerospace‑inspired long‑arc development approach:

Build World Class Innovation based systems
Mature flight‑critical systems first
Develop advanced concepts in parallel
Integrate new sensors and autonomy over time
Build sovereign capability step by step

Long‑Arc Development Program

AIRGEO MagBird is part of a structured, long‑term development program focused on expanding UAV airborne geophysical capability initially for Australia.

Current and future development areas include:

Enhanced sensor integration
Enhanced in-flight sensor fusion object detect and avoid platform capability
Radiometric with Medusa MS-700 Spectrometer
Improved data quality and reliability
Advanced, innovative navigation and Magnetic anomaly detection
Expanded environmental and government applications
Live magnetic flight mapping and reference to related independent data source
Scalable workflows for national programs
Multi sensor combinations such as MagRad

This approach ensures public and private investment contributes to enduring national capability — not one‑off deployments.