US Army assesses Bodkin non-contact IR thermometry
Bodkin Design and Engineering (BD&E) have recently released a new non-contact IR thermometry device to help identify individuals with a raised temperature.
The BD&E Thermal Reference device, now under evaluation by the US Army, uses IR cameras to produce thermal images of a populated scene which enables the user to spot fevered individuals.
A stockpile of thermal imagers is already held by the US Army which would be able to convert them into thermometers using the BD&E device. The thermal imagers are normally used by the military for vision during night operations.
Alongside the army, the New York City Transit Authority is also considering the device for use at rail stations across the city to monitor passengers for COVID-19 coronavirus symptoms.
More from Defence Notes
-
Agile, sovereign, edge-ready: rewiring defence IT for a contested decade
Today's rapidly changing security landscape means that armed forces can no longer treat their data in the same way as in the past. What are the key challenges they face, and how can industry help them?
-
“The challenge is not demand, but delivery”: why rapid building of industrial capability is key to Europe’s future defence
In today’s complex security landscape, military requirements are rapidly evolving across all domains. As European defence spending rises, industry is under growing pressure to expand production capacity, strengthen supply chains and accelerate delivery timelines to meet operational demand.
-
How US Special Operations Forces are using AI to transform modern warfare
USSOCOM is expanding the use of artificial intelligence, autonomous systems and human-machine teaming to improve decision-making, survivability and operational reach in contested environments.
-
DARPA, Raytheon and Northrop Grumman join forces to improve missile production
Working together with DARPA in the Burn n’ Go programme, Northrop Grumman and Raytheon are supporting the development of a common, single-use solid rocket motor design to equip diverse weapon systems.