AI and disruptive technologies: The U.S. Army's future mortar system
Defence IQ had the opportunity to discuss with Mr Ross Arnold, Senior Research Engineer, U.S. Army CCDC, a key speaker of the conference, on the vision of the future mortar system in the U.S. Army.
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Key benefits of downloading the piece:
- Gain exclusive insight into the U.S. Army’s future mortar system from Mr Arnold who will be attending this year’s Future Mortar Systems Conference
- Learn more about what the U.S. Army is currently focusing on to develop the future mortar system
- Understand how new technologies will be leveraged to enhance the U.S. Army’s mortar capabilities
With $5.2 billion of investment, Long-Range Precision Fires is the number one modernization priority for the U.S. Army’s Future Command, which aims at increasing ranges and lethality of its artillery capabilities. As the multi-domain theatre of operations becomes more complex and as potential adversaries develop disruptive technologies to hinder the U.S. Army and allied nations’ operations, the need to leverage new technologies to retain overmatch is crucial.
In this piece, Mr Arnold answers the following questions:
- Artillery is one of the six modernisation priorities of the US Army’s Futures Command. Could you share your thoughts on the vision of the future mortar system in particular?
- How do you envision new technologies being implemented within existing and future weapons systems?
- What impact do you foresee disruptive technologies having on the deployment of mortar systems?
- What standards it the US Army looking to implement in future weapons systems to assist with interoperability between coalition nations from a governance and tactics point of view?
Mr Arnold will be speaking at this year’s Future Mortar Systems Conference on swarm intelligence and AI and autonomy in in mortar systems. To view the full agenda of the conference which will be chaired by Christopher Foss, Editor of Janes Artillery, please click here. If you’d prefer to have a copy sent to your inbox, please click here.
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