Nuclear Radiation Sensing Module for Sniffer4D V2

  • Detection method: Energy Compensation-based Geiger-Müller Counter;
  • Range: 0.1 μSv/h~8.3 mSv/h;
  • Theoretical resolution: 0.01 μSv/h;
  • Single accumulation range: 0.01 μSv~16000 μSv;
  • Sensitivity: 1.2 μGy/h (60 Co radiation source);

  • Detection method: Energy Compensation-based Geiger-Müller Counter;
  • Range: 0.1 μSv/h~8.3 mSv/h;
  • Theoretical resolution: 0.01 μSv/h;
  • Single accumulation range: 0.01 μSv~16000 μSv;
  • Sensitivity: 1.2 μGy/h (60 Co radiation source);
  • Energy range: 30KeV~3MeV;
  • Power consumption: 0.2W;
  • Warm-up time: about 20s;
  • Detection limit: about 0.1 μSv;
  • Operating temperature: -40°C~60°C;
  • Estimated service life: 8.3×10^8 μSv (10^9 pulses);
  • Size: 140x120x40mm;
  • Weight: 86.7g (net weight, bracket not included);
  • Installation: Mounted underneath the drone cabin.

Connect to Sniffer4D V2 through “Ext. Istm.” port and USB Type-C cable for both power supply and data transmission.

Geometrics MagArrow magnetometer

The MagArrow is engineered to simplify surveys that are difficult due to the various limitations of pilot-on-board surveys and ground surveys. The MagArrow is a robust yet flexible system that can adapt to changing field conditions and new user workflows. The MagArrow consists of an aerodynamic, light-weight carbon fiber shell with internal electronics including the MFAM™ magnetic sensors, GPS, and IMU. The MFAM™, a two sensor module inside the MagArrow is our most groundbreaking magnetometer yet, capable of highly precise measurements in an extremely lightweight and tiny package.

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