Chemring Sensors & Electronic Systems (CSES) is a leading supplier of biological detection equipment to the US Department of War (DoW).
In September 2023, CSES was awarded the Low Rate Initial Production (LRIP) contract for the JBTDS. The team in now working closely with the Capability Program Executive for Chemical, Biological, Radiological and Nuclear Defence, to complete rigorous testing and acceptance phase, to ensure the JBTDS is ready to transition to full rate production.
Why biological detection matters
Detecting and identifying biological threats is one of the most complex challenges in defence and security. The diverse range of biological threats out there, including bacteria, viruses and toxins, makes it difficult to develop universal detection methods. Each biological agent requires specific detection protocols, and the constantly evolving nature of biological warfare necessitates continuous adaptation and innovation.
A game changer in the field
The JBTDS is a lightweight, low-cost, man-portable biological threat surveillance system designed to detect, collect and identify biological warfare agent aerosols. It offers several advantages that make it a game changer in the field of biological threat detection.
Real time detection: immediate detection of biological agents, allowing for swift and informed responses to potential threats.
Operational versatility: suitable to be used in a wide range of operational environments, from military deployments to homeland security and disaster response scenarios.
Reliability and sustainability: extensive testing and end-user feedback have been used to enhance the system’s performance, ensuring it meets mission requirements and making it a more sustainable tool. Its proven reliability gives the war fighter confidence when it matters most.
Looking ahead
With the expectation of a Full Rate Production contract award in FY26, JBTDS is poised to deliver to a new standard in biological threat detection, helping protect lives and maintain operational readiness in an increasingly unpredictable world.