How does the sensor work?
The solution utilizes the Medusa Radiometrics gamma-ray radiation sensors to detect and analyze signals emitted by soil radionuclides, such as potassium (K-40), uranium (U-238), thorium (Th-232), and cesium (Cs-137). The precision of this sensor enables the detection of even minute variations in radionuclide concentrations, offering unparalleled insights into soil composition.
Sensors range
Medusa Radiometrics offers a range of drone-borne gamma radiation sensors tailored to various applications: the MS-1000 (6.7 kg) for maximum sensitivity, the MS-700 (4.7 kg) for balanced performance, and the lightweight MS-350 (2.7 kg). While larger sensors deliver superior sensitivity, even the compact MS-350 provides valuable data when paired with optimized flight parameters such as altitude and speed.
Flagship sensor
The real gem is MS-350, a balanced solution for gamma-ray spectrometry suitable for medium drones, including the most popular workhorses on the market, DJI M350 RTK/DJI M300 RTK, and comparable drones from other manufacturers.
Parameters of the MS-350:
- Compact and lightweight: At just 2.7 kg, the sensor is easy to integrate with drones.
- Durable build: Features a rugged 350 ml CsI scintillator crystal for optimal performance.
- User-friendly: Designed for straightforward operation and seamless integration.
- Advanced capabilities: Includes integrated data storage and ongoing feature updates for life-long usability.
Applications Across Diverse Terrain
The drone-based Gamma-ray sensor is especially beneficial in challenging or hazardous environments, such as:
- Rough terrain: Rocky landscapes, wetlands, and swamps where traditional surveys are impractical.
- Safety-critical areas: Locations with risks of landslides or radioactive contamination.
- Mining sites: Steep mining pits and tailing ponds where conventional methods fall short.
Drone integration enhances the sensor's versatility, allowing operators to access data from previously unreachable areas. From mineral exploration to contamination monitoring, the drone-integrated Medusa MS-350 sets a new standard for efficiency and accuracy in environmental analysis.
Access the data samples collected with the Medusa Radiometrics sensor at the SPH Engineering Test Range in Latvia.
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