Last year we focussed on identifying lessons from Ukraine. This year we focus on how nations are implementing innovative technology and military method to deliver integrated armoured forces to meet the challenges presented by contemporary Large Scale Combat Operations (LSCO). How can armoured forces become more lethal, enhance their ability to project combat power, and sustain that force on modern battlefield? Multi-Domain Operations require an integrated and joint approach, what are the challenges associated with implementing changes to deliver the armoured component of this? How can armies demonstrate their combat readiness in order to deter adversaries and assure allies and partners?
Discussion topics may include:
The are increasingly more attempts to use small UAS to identify and target armour directly or indirectly This workshop will discuss that threat, the available countermeasures and the training required to interdict these systems.
Defence Research and development in PNT is focused on several key areas, including improving the accuracy and reliability of positioning systems, enhancing the resilience of PNT systems to jamming and spoofing attacks, and developing new PNT technologies to meet evolving mission requirements. While some effort is focused on improving the accuracy and reliability of positioning systems, such as Global Navigation Satellite Systems (GNSS), there is also work to ensure resilience and independence from GNSS in denied environments
Analysis of the operational environment (OE) can inform the capabilities and characteristics needed by AFVs to win in current and future conflicts. However, trends emerging from the current OE need to be balanced against emerging and future threats to ensure future AFV design isn’t derailed by near term priorities. What tools are available to do this? And what do they suggest future AFV requirements will need to include?
(Case Study pending customer approval)
LIS sets the intent, ways of working, and actions by which the Army, wider Ministry of Defence and industry will collaborate to maximise the value from investment in Army modernisation and transformation.
RAPID PROCUREMENT CASE STUDY
Active Protection Systems (APS) are developing, but what are they growing into? Are we moving towards integrated survivability suites with Softkill technology alongside Hardkill technology, the use of EO emitters for guidance effects and the intelligence use of obscurants. What is the correct level of ambition appropriate for these systems and how do users view them – how do they plan to fight with them? What are the S&T developments and the art of the possible? How is industry approaching these challenges?
INTEGRATION OF APS TECHNOLOGY INTO WIDER MISSION SYSTEMS
dstl
Building on Technology Demonstrator 6 (TD6) the Army is exploring the potential retrofit of in-service platforms to Vehicle Hybrid Electric Drive (HED). This workshop will explore the operational utility as well as the Defence Line of Development (DLOD) implications of electrification and hybridisation including work to retrofit in-service light and medium vehicles. How can we accelerate the transition of existing fleets to HED?
CBRN threats and warfare is not a separate, special form of war, but instead a battlefield condition just like rain, snow, darkness, electronic warfare, heat and so on. Units must equip and train to accomplish their combat missions under all battlefield conditions. Whenever CBRN is separated from other functions and training events, we condition our soldiers to regard operations under CBRN conditions as a separate form of warfare