Abstract
The paper focuses on the experience of using software and hardware for airborne gamma-spectrometric survey of radioactive contaminated areas using Unmanned Aerial Vehicles (UAV). Historical development of the instrumentation park caused by rapid evolution of electronic components and optimization of radiation survey methods is demonstrated. A state-of-the-art commercially available aerial gamma survey device is described that is suitable for use with virtually any aircraft with a payload capacity over 0.9 kg. Further prospects for the development of airborne gamma-spectrometric survey are considered.
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