Argon CBRNe / HazMat Training News

Argon and Cubic Implement Collective Training Simulation System

Written by Steven Pike on 22 Nov 2022

System provides realistic CBRN training to battlefield participants, responders and analysis specialists.

Argon Electronics (UK) Ltd. and Cubic Mission and Performance Solutions have successfully integrated Argon’s LCD3.3 simulator, known as the M4A1 JCAD simulator in the U.S., with Cubic’s chemical, biological, radiological and nuclear defense (CBRND) Collective Training Simulation System (CTSS). 

This collaborative effort enables Argon’s LCD3.3 simulator, and potentially all other Argon Personal Area Network (PAN)-based simulators, to be integrated with Cubic’s training and instrumentation systems. 

The LCD3.3-SIM when linked to the body worn player’s PAN responds to simulated chemical warfare and toxic industrial threats generated by Cubic’s Exercise Control (EXCON) Combined Arms Training Simulation (CATS) MetrixTM. In addition, all user interaction with the simulator including the use of simulated confidence tester and replacement of consumables is reported to EXCON in real time.

The integration benefits include the capability to fully incorporate CBRN detection within battlefield training scenarios over extremely large areas and within suitably instrumented building structures. This adds a vital and long overdue aspect to combined arms and higher-level command structure training.

“This was an exciting project which required in-depth technical cooperation between Argon and Cubic staff,” said Steven Pike, Argon’s Managing Director. “The integration was completed with minimal difficulty, and incredibly, without any of either companies’ engineering teams ever meeting in person.”

Pike added that having both Cubic’s instrumentation system and Argon’s simulators based on open industry standards was key to the successful integration. “This method of implementation enables existing Cubic customers to benefit from this capability by means of upgrade and we look forward to supporting similar projects in the future,” he said.

Mark Horn, Director Strategic Development for Cubic Oceania, cited that high fidelity CBRN training is now available across very large training areas with specialist detection devices that precisely replicate operational detection and analysis tools. “The simulation is just as invisible to the operator as the real threat substance often is,” he said. 

“Whole of force collective CBRN training is essential in today’s complex threat environment,” Horn added. “The CBRND Collective Training Simulation System enables training objectives for CBRND specialists and whole of force mission readiness objectives to be achieved simultaneously in large training exercises.”  


Chemical and radiation hazard

For further details about the please contact:

(UK) +44 1582 491 616

(USA) +1 571 210 1258

About Argon Electronics

Argon Electronics is a world-leading CBRN and HazMat simulation specialist, founded in the United Kingdom in 1987. Its range of products is in use in militaries and government response teams in countries across the globe. To learn more please visit 

About Cubic Mission and Performance Solutions

Part of Cubic’s portfolio of businesses, Cubic Mission and Performance Solutions (CMPS) provides networked Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance and Reconnaissance (C5ISR) solutions and is a leading provider of live, virtual, constructive and game-based training solutions for the U.S. and Allied Forces. These mission inspired capabilities enable assured Multi-Domain access, converged digital intelligence and superior readiness for defense, intelligence, security and commercial missions. For more information, visit


Topics: Company News

Steven Pike

Written by Steven Pike

Steven Pike is the Founder and Managing Director of Argon Electronics (UK) Ltd. A graduate of the University of Hertfordshire, Steven has been awarded a number of international patents relating to the field of hazardous material training systems and technology.