Detection, Monitoring and Unmanned Systems

Real-time monitoring of alpha- and beta-emitting aerosols in air, with automatic compensation of natural radon progeny so that artificial releases are detected early and without false alarms. Designed for unattended 24/7 operation in ventilation systems and workplaces, it integrates directly into plant control systems.

• Simultaneous alpha/beta measurement with radon and thoron progeny compensation
• Modbus RS-485/RTU, isolated relay and 4–20 mA outputs for plant integration
• Wall-rack and mobile-cart configurations with built-in pump (up to 75 LPM)

Continuous measurement of radioactive iodine in both gaseous and aerosol fractions, the key indicator of fuel-element integrity and accidental releases. Sampling and measurement run in parallel, with results displayed locally and transmitted to the plant network.

• Separate detection of gaseous and aerosol I-131
• Adjustable alarm thresholds and continuous data logging
• Replaceable cartridge, low maintenance

A pocket-sized continuous air monitor worn by the worker: it samples the air actually breathed and calculates the committed effective dose from inhaled alpha- and beta-active aerosols in real time. There is no comparable portable instrument — internal exposure is otherwise assessed only by fixed whole-body counters.

• Real-time committed effective dose from inhaled aerosols
• About 450 g, rugged and decontaminable, rechargeable battery
• Group readout and docking for daily issue at NPPs and mines

A self-powered, weatherproof gamma monitor for environmental networks: dual Geiger–Müller detectors for background and high-range measurement, optional spectroscopic detectors for radionuclide identification, and a proprietary UHF link with up to 100 km line-of-sight range. One base station serves up to 50 monitors; GSM/LTE and satellite channels provide redundancy.

• Up to 10 years unattended operation; solar and meteorological add-ons
• UHF 100 km, GSM/LTE or satellite — two channels in parallel
• IEC/ANSI N42.42-compliant data; integrated GPS with tamper alarm

A compact SrI₂(Eu) spectrometric probe for network nodes, unmanned vehicles and stand-alone use. It collects 2048-channel spectra autonomously, identifies radionuclides on board, and transmits results over RS-485 in ANSI N42.42 format.

• Energy resolution under 3.5% at Cs-137 — close to laboratory instruments
• Automatic radionuclide identification, no operator expertise required
• Weatherproof IP67 housing, external or built-in battery power

An all-in-one personal instrument that searches for alpha, beta and gamma sources — and, in the MS-PRM-N variant, neutrons — with fully independent detection channels for one-pass scanning. Compliant with ANSI N42.32 and IEC 62401 for use as a personal radiation detector.

• Alpha/beta phoswich plus CsI(Tl) gamma detector; CLYC gamma-neutron option
• Adjustable alarm thresholds for different operating scenarios
• Rugged, easy to decontaminate, minimal training required

A family of pager-size radiation detectors for security screening and first response: a basic PRD, a directional model that points toward the source, a gamma-neutron model with a CLYC detector, and a spectroscopic model with 1024-channel spectrum acquisition and automatic isotope identification. Directional detection in a pocket instrument is otherwise found only in far larger identifiers.

• Four models on one platform, ANSI N42.32 / N42.48 compliant
• Directional "compass mode" and automatic background adaptation
• AI-assisted identification of NORM, industrial, medical and SNM isotopes

A security wand that detects concealed metal objects and gamma-emitting radioactive materials in a single pass, for checkpoints where two separate instruments slow the flow. Its gamma sensitivity is comparable to specialised PRDs.

• Simultaneous metal and gamma detection, three-colour LED and audible alarm
• CsI(Tl) scintillation detector, 50 keV – 3 MeV
• 80 hours on a standard 9 V battery

A direct-reading dosimeter built for demanding environments: a semiconductor detector with tissue-equivalent response, reliable operation in pulsed radiation fields, and Bluetooth LE for wireless readout. Suited to nuclear facilities, medical accelerators and industrial radiography.

• Correct dose measurement in pulsed fields (linacs, X-ray inspection)
• USB, RS-485 and Bluetooth LE interfaces
• Powered by a single AA cell

Designed for large-scale daily issue at nuclear power plants: a tissue-equivalent scintillation detector, IP67 sealed housing, about 3,000 hours from one AA battery, and group charging and readout through the MS-EPD4 Reader. Compliant with IEC 61526:2024 and ANSI N42.20.

• Hp(10) dose rate 0.1 µSv/h – 10 Sv/h; dose 1 µSv – 20 Sv
• Energy range 40 keV – 7 MeV; audible, visual and vibration alarms
• 15-year service life, drop-resistant to 1.5 m

Compact detectors for integration into security systems and special vehicles as part of collective protection. Three configurations: a single Geiger–Müller detector (3.1), two detectors for inside/outside comparison (3.2), and a Geiger–Müller tube combined with a high-sensitivity CsI(Tl) scintillator (3.3).

• Dose-rate range up to 10 Sv/h, CAN interface, 12–24 V supply
• IP65, MIL-STD-810G, 1.5″ LCD indication unit
• 0.5 kg, 6,000 h MTBF

Detects nerve and blister agents, chlorine and ammonia, and gamma radiation, and is supplied in three configurations: a base unit for integration into safety systems and unmanned vehicles, an indication-unit version for armoured vehicles, and a rugged-tablet version for CBRN, HAZMAT and police units.

• Alarm within 5 seconds at hazardous concentrations
• Gamma dose rate 0.1 µSv/h – 2 Sv/h
• IP67, MIL-STD-810G, CAN/USB/RS-485, 10,000 h MTBF

A two-module system — detector plus navigation and data-transmission unit — for handheld use or on board UGVs and UAVs. Alarms with type and GPS coordinates are relayed by radio up to 1,000 m to a rugged laptop that maps and records every event.

• CWA (G/V and H/L groups) and TIC detection with CsI(Tl) and Geiger–Müller radiological channels
• Radio telemetry to 1 km, map display and event database
• IP65, −40 to +60 °C, decontaminable

A single-box module combining a CsI(Tl) gamma detector, a chemical-warfare-agent detector and a toxic-industrial-chemical sensor, for robotic platforms on land, water and in the air. Variants add a protective cover with forced air sampling for special transport (MS-RCM-01M) and an autonomous package with GPS, radio channel and mapping software (MS-RCM-02).

• One module, one CAN interface — no two-instrument stack
• Gamma, CWA and TIC on all unmanned platform types
• ITRAP/IAEA, ANSI N42.32 and IEC 62401 compliant

A compact quadcopter with on-board CsI(Tl) and Geiger–Müller detectors for search, localisation and mapping of radioactive sources over facilities and emergency sites. Flight in search mode is fully automatic; the control channel is encrypted; a thermal imager is optional for night operations.

• 55 minutes flight time, 5 km range, operation to 3,000 m altitude
• Contamination-spread prediction from on-board weather data
• No software locks, independent of GSM networks

The lightest robot in its class: 5.5 kg, carried in a backpack, deployed in minutes, throwable, and usable as one unit or two linked modules. Configured for radiological-chemical reconnaissance, tactical missions or inspection of hazardous areas, with detector, camera and cargo payloads.

• Eight day/night cameras plus two payload cameras, 1,000 m range
• 10 kg payload, IP68, MIL-STD-810G
• −35 to +60 °C, 5,000 h MTBF

A 35 kg all-electric 4×4 ground vehicle carrying up to 150 kg at 45 km/h: 24/7 observation with video and thermal cameras, delivery of supplies, and evacuation. Interchangeable payload modules include a ×30 zoom thermal-video camera, 360° and variable-height cameras, a manipulator and radiological-chemical detectors.

• 4 h in mixed operation, 22 h in monitoring mode
• 2,000 m radio range, IP68, −35 to +60 °C
• Wheeled platform sized for doorways and vehicle transport

A fleet of four 6-metre unmanned catamarans, each with integrated quadcopters and a 100-metre electromechanical winch for sensors and samplers, operating as a coordinated group for environmental monitoring, hydrology, search and rescue and border protection. Routes adapt to weather and currents; on-board neural networks search for people, vessels and drifting or underwater objects.

• Up to 72 hours autonomy, 15 knots, 0.5 t payload per vessel
• Up to 10 UAVs per catamaran, take-off and landing to sea state 5
• 60 km radio range; radiological, chemical and water-quality sensors on the winch