SaphyRAD MS features a built-in simulation function for easy to set-up, safe and realistic operation training. SaphyRAD MS’s integrated training mode — also known as its built-in simulation function — empowers CBRN professionals and first responders to train safely, efficiently, and with real operational realism. This advanced capability ensures personnel remain proficient in radiological detection and response, supporting readiness for the unpredictable challenges of CBRN environments.

Supporting Preparedness in a Complex Threat Landscape

Radiological detection readiness is essential for military, civil defence, and first responder teams operating in today’s rapidly evolving risk environment. However, sustaining operational skills and confidence with real detection instruments is difficult to achieve through traditional training methods using real sources, which may introduce unnecessary risk, consume expensive radioactive materials, or lack realism.

The Bertin Environics Approach: Realistic but Safe Training

Bertin Environics’ SaphyRAD MS directly addresses these challenges with a built-in simulation function. This training mode allows professionals to use real instruments for hands-on exercises, without any exposure to ionising radiation or the logistical limitations of handling live sources. The simulation function is natively integrated into SaphyRAD MS units, supporting alpha, beta and gamma radiation measurement scenarios.

SaphyRAD MS: Advanced Radiation Monitoring with User-Centric Design

The SaphyRAD MS multiprobe survey meter is engineered for intuitive operation and robust performance in the field. The built-in training mode accurately mimics detection workflows, alarms, and measurement displays, allowing users to practice daily checks, search protocols, and contamination assessments as they would in a real deployment. This synthetic environment delivers realistic instrument feedback, including on-screen visualisations and audio signals, all without the administrative burden of real sources.

Key Features of SaphyRAD’s Simulation Function

  • Training mode activation from device settings that enables rapid but safe (not accidental) transition between operational and training modes.
  • Icon on the screen indicating that the device is in simulation mode, avoiding errors due to using the wrong mode
  • Comprehensive scenario coverage that simulates various contamination levels, sources, and radiological situations.
  • No real-source requirements, removing regulatory and logistical barriers for training.

Deployment & Operational Advantages

The SaphyRAD MS simulation mode is especially valuable for organisations needing regular drills in a variety of settings. Because it resides within the instrument itself, there’s no need for additional training accessories or software. The function also aids in onboarding new staff, standardising competency across teams, and facilitating compliance with internal or regulatory requirements for ongoing proficiency testing.

Typical Use Cases &Training Scenarios

First Responder Simulation
Fire brigades and emergency medical teams can practise radiological contamination control procedures in urban or industrial settings.

Homeland security forces checking for radioactive contamination in a clandestine laboratory with SaphyRAD.

Example of first response scenario, a homeland security forces operator checking for radioactive contamination in a clandestine laboratory.

Military CBRN Unit Exercises
Defence forces conduct on-base drills simulating the search for and location of radioactive sources without external safety restrictions.

Military searching for radioactivity in the forest with SaphyRAD MS

Example of a military scenario, a soldier searching for radioactivity in the forest.

Customs and Border Control
Frontline staff rehearse screening protocols at ports of entry, detecting simulated illicit radioactive materials.

CBRN Training Academies
Instructors deliver realistic coursework in classroom, field, or mobile scenarios with no compromise to safety.

Conclusion

SaphyRAD MS’s built-in simulation mode enables risk-free, hands-on CBRN training with authentic user experience, with the same devices as for field operations and without the need for radioactive sources.

It supports both routine proficiency drills and intensive team exercises, helping maintain high operational standards.

Reduces costs, administrative complexity, and safety concerns associated with traditional radiological training making it ideal for defence, first responders, and CBRN training schools.

FAQs on SaphyRAD MS Training Mode

Does the SaphyRAD training mode require any extra hardware or radioactive source?

The gamma simulation function is fully integrated within the SaphyRAD MS instrument. The alpha and beta simulation only requires a small Bluetooth simulation source (electronic card) which can be included in the Saphyrad transport case.

Can users switch between training and operational modes quickly?

Yes, SaphyRAD MS allows seamless toggling between real detection and simulation in the device settings.

Is the simulated response realistic compared to live measurements?

The simulation mode provides matched alerts, readouts, and instrument behaviours, accurately mirroring real operational workflows.

How does this function support compliance?

By enabling regular, safe training and skill verification, organisations can meet internal and external proficiency and readiness requirements.

Would you like to know more?

Download SaphyRAD MS Datasheet

The views and opinions expressed in the article above are those of the authors and do not necessarily reflect the official policy or position of Bertin Environics. Any content provided by the authors are of their opinion and are not intended to malign any religion, ethnic group, club, organization, company, individual, neither they serve as a scientific statement.

Author

Agathe Cadier

CBRN Product Manager

I am Agathe, an engineer and international strategy analyst working in the defense and security industry since 2018. I have held several roles as an industrial engineer, business intelligence manager and project manager in the optronics and CBRN fields.

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