| Medusa Radiometrics - Gamma-ray sensors for soil mapping |
| Contact |
| News and blogs |
| How can you use a gamma- ray spectrometer under a drone? |
| About Medusa Radiometrics |
| Engineering |
| MS-350 - Soil mapping sensor - handheld and drone-borne |
| MS-700 - Soil mapping sensor - drone-borne |
| MS-1000 - Soil mapping sensor - drone-borne |
| MS-2000 - Soil mapping sensor - vehicle-borne |
| MS-4000 - Soil mapping sensor - airborne |
| Succesfuly used |
| A gamma-ray sensor for soil mapping |
| Mineral exploration with gamma-ray sensors |
| Pollution amp contamination mapping |
| Consultancy |
| Gamma-ray spectrometer calibrations |
| Privacy statement |
| Accesoires |
| Products |
| Backpack |
| Tablet for gamma-ray spectrometer |
| Working at |
| A new doctor in the house |
| mDOS and GammAn - Software |
| Gamma-ray sensors - Product overview |
| gSMS-100 - Stationary gamma-ray spectrometer |
| Development of a radon-detecting spectrometer |
| Optimizing gamma-ray sensor size for drones |
| A new soil moisture sensor |
| Restoring Dutch nature reserves |
| Case study Goldspot |
| MS-1000 Gamma-ray detector for a Quad Bike Radiometric survey |
| MS1000 succesfully used |
| Drone integrations |
| RhoC 5 soil density meter |
| Succesfuly used |