Rotorcraft Operations

A Multinational Exercise (MNE) will define the framework, scope, subjects, constraints, methodology, operational needs, resources, references, and participants in an STO Long Term Scientific Study (LTSS) effort for Next Generation Rotorcraft Impact on Military Operations.  The study will quantify the trade space for Next Generation Rotorcraft operational capability in the 2035+ timeframe from the insertion of advanced technologies, identifying the financial implications, and impacts on the potential exploitation schedule for requirements under development. The trade space will support the development of a NATO System of Interest for a future rotorcraft.   The MNE will refine/confirm the LTSS plan and its intended results.  At a high level, the LTSS plan should address the objective of the following:

• Define Inputs and References
• Identify Participants and Resources
• Define Evaluation Processes
• Define Outputs

The MNE will bring together Subject Matter Experts (SMEs) from a wide range of disciplines to review, refine and update the draft plan for the conduct of a LTSS into the Impact on Military Operations of introducing a Next Generation Rotorcraft.

The JAPCC hosts a multinational gathering of distinguished speakers and panellists at the annual Joint Air and Space Power Conference in Essen, Germany. This year’s conference will be held from 8 to 10 October 2019.

The theme of this year’s conference is ‘Shaping NATO for Multi-Domain Operations of the Future’ and it will be discussed in four themed panels.
The first panel will explore a working definition of what constitutes Multi-Domain Operations (MDO) and will address prevailing environmental views from the Air, Land, Sea, Space and Cyber domains, in order to set a baseline for discussion of MDO and what distinguishes it from Joint, Hybrid, and Effects-Based Operations.

The second panel will examine the foundational requirements associated with Multi-Domain Operations. In this context the panel will discuss the legal and policy requirements for conducting multinational MDO to improve understanding of the role of political and military decision makers. The panel will also look at the impact of Multi-Domain Operations on the Airpower principle of centralized command and decentralized execution and control, as well as the increasing criticality of assured access to and control of the Space and Cyber domains.

Panel Three will address the challenges NATO may face in order to meet the requirements discussed earlier. Potential challenges may include educational, psychological and behavioural adaptations in order to ensure that the individual service member can cope with the increasing speed of operations and decision cycles as well as develop a sufficient depth of understanding joint capabilities which is necessary for conducting future Multi-Domain Operations. Other potential key issues comprise securing the Electromagnetic Spectrum and protecting the Space and Cyber infrastructure to enable the information gathering, sharing and communications essential for Multi-Domain Operations. Other challenges to legal, command and control as well as data sharing aspects raised in Panel Two may be addressed as well.

The last panel will expand on new technologies such as artificial intelligence, hypersonic weaponry and robotics, as well as mining, managing and exploitation of Big Data as potential key enablers for effective Multi-Domain Operations. Finally, the panel will address the paradigm shifts required to effectively transition from traditional command and control to a truly joint and unified command relationship that will characterize future Multi-Domain Operations.