Solution for airborne mapping

MONA-DRONE is the solution for short-range airborne radiation detection with unmanned aerial systems (UAS). MONA-DRONE is based on the well-established SARA-platform for environmental monitoring and can detect even minor changes of the composition of the nuclear spectra. The two scintillation detector options use state-of-the-art rugged SiPM technology: NaI(Tl) for a larger dynamic dose rate range, and CsI for higher sensitivity and additional stress resistance. For both, the spectroscopic range can be extended to 100 mSv/h using an optional CeBr3 high dose rate scintillator, or to 1 Sv/h using an additional Geiger-Müller-Tube.

MONA-DRONE perfectly integrates with the MONA-Family and the whole Scienta Envinet product spectrum. Therefore, MONA-DRONE can optionally transmit the measured data automatically to the monitoring center in real time via LTE, such that all data is available in one place for coordinators.

For missions in crowded environments or terrain that is only accessible on foot, the detector unit of MONA-DRONE can easily be placed in a backpack and becomes MONA-BRD, while retaining the same detector characteristics as the MONA-DRONE. It is ideally suited for homeland security, detection of illicit activities, area surveys, public event monitoring, and emergency preparedness and response. Like all members of the MONA family, MONA-BRD is based on the well-established Scienta Envinet Spectroscopy Platform (SESP), enabling the detection of even minor changes in the composition of nuclear spectra. The comfortable backpack for extended missions is available with a tablet holder and an optional solar charger.