The AARM Data Library
Validated science. Proven field performance. Quantified return.
Explore the global evidence behind AARM, from peer-reviewed research to real-world case studies and ROI examples across every sector.
| Research Title | Published By | Sector / Application | Summary | Link |
|---|---|---|---|---|
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Radiological Identification of Near‐Surface
Mineralogical Deposits Using Low‐Altitude
Unmanned Aerial Vehicle
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Peter G. Martin 1, Dean T. Connor, Natalia Estrada, Adel El‐Turke, David Megson‐Smith, Chris P. Jones , David K. Kreamer and Thomas B. Scott
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Mining, Mineral Exploration, Remote Sensing, Geospatial Surveying |
Presents a UAV-based radiometric mapping approach that challenges conventional exploration methods by delivering high-resolution, low-cost detection of near-surface mineralisation with enhanced spatial sensitivity. |
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Application of the Imitec AARM radiation mapping system to mapping contaminated marshland areas |
Data Provided by Professor Thomas Scott |
Nuclear, Environmental Monitoring, Land Surveying, Infrastructure & Site Assessment |
Demonstrates UAV-based gamma spectrometry for rapid, high-resolution mapping of environmental contamination, highlighting significant reductions in survey time, cost, and operational complexity compared to traditional ground-based methods. |
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Airborne Gamma-ray Mapping Using Fixed-wing Vertical Take-off and Landing (VTOL) Uncrewed Aerial Vehicles |
Ewan Woodbridge, Dean T. Connor, Yannick Verbelen, Duncan Hine, Tom Richardson, Thomas B. Scott |
Nuclear, Environmental Monitoring, Mining, Emergency Response, Large-Scale Surveying |
Introduces a VTOL-enabled UAV radiation mapping approach that combines long-range coverage with flexible deployment, demonstrating significantly faster large-area surveys while maintaining actionable radiometric resolution. |
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Advanced Aerial Radiation Mapping (AARM) V5 Leaflet |
Imitec Ltd |
Nuclear, Oil, Gas, Environmental Monitoring, Emergency Response, Mining, Industrial Surveying, Infrastructure |
Outlines a multi-sensor UAV radiation mapping system delivering real-time, high-resolution environmental intelligence, with flexible deployment across platforms and proven application in nuclear, industrial, and large-scale survey environments. |
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Autonomous Airborne Radiation Mapping System (AARM) Technology Overview Presentation |
Imitec Ltd – Professor Tom Scott |
Nuclear, Environmental Monitoring, Emergency Response, Mining, Infrastructure, Advanced Surveying |
Professor Tom Scott presents a fully autonomous aerial radiation mapping system integrating advanced sensors, real-time analytics, and intelligent algorithms to deliver high-precision environmental intelligence across complex and high-risk operational environments. |
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One Proven Core. Infinite Fields of Use.
Every document, dataset, and report in this library traces back to the same foundation, the AARM core system. Built on dual-spectrometry gamma sensing, LiDAR-corrected altitude, and real-time analytics, this platform delivers reliable, regulator-ready data in any environment.
Safety
- Eliminates the need for humans to enter hazardous or contaminated areas using autonomous air and ground systems.
- Achieved 100% removal of on-foot access in the Sellafield Marshland study while maintaining high-precision data capture.
- Reduces confined-space and rope-access tasks by over 70% in refinery and decommissioning operations.
Accuracy
- Dual-channel spectrometry (CZT + CsI) with LiDAR-corrected positioning delivers lab-grade field precision.
- Sellafield validation showed <1% variance from ground-truth data.
- Each flight records altitude, temperature, and spectral data with ≤2% energy resolution at 662 keV for regulator-ready accuracy.
Compliance
- Operates within recognised radiation-mapping frameworks aligned with IAEA guidance.
- Featured in IAEA technical meetings and training materials (2024) on UAV radiation mapping and quality assurance.
- Provides full digital traceability and audit logs in line with ISO 9001 quality-management principles.
Speed
- Captures actionable radiation and environmental data in minutes, not days.
- Maps up to 175 acres per hour.
- Completes surveys 71% faster than manual methods.
- Transmits data in real time for instant remote decision-making.
Cost Efficiency
- Automates surveys, replacing slow and labour-intensive manual work.
- Delivers 40–70% reductions in total survey costs across projects.
- Lifecycle models show multi-million-pound savings over five years through faster turnaround, fewer personnel, and lower insurance overheads.
Insight
- Converts complex radiation data into 3D geospatial intelligence compatible with GIS and digital-twin platforms.
- Enables teams to visualise contamination, infrastructure, and terrain together for faster planning, remediation, and ESG reporting.
- Supports predictive maintenance and long-term environmental stewardship using the same datasets.
Ready to see the AARM Core in Action?
Book a technical meeting or discuss a demonstration with our team exploring how these results apply to your project.