The visit provided the Committee with an overview of the Allied Air Command’s role in securing NATO airspace and highlighted how integrated air and missile defence, and multi-domain air power were central to collective deterrence.

Closer alignment is strengthening cooperation across shared priorities—offering practical opportunities to improve coordination, capability, and regional engagement. Defence cooperation could also include joint sustainment of shared platforms like the P-8 Poseidon or the Seahawk helicopter.

AI is reshaping how partners coordinate and share information—improving speed and precision while exposing gaps in integration, trust, and data management across complex, multi-team environments. Shared data improves coordination between dispersed teams and systems.

The HON6000 engine enables scalable loyal wingman drones for air combat, allowing deployment of affordable uncrewed aircraft for reconnaissance, electronic warfare, and strike; increasing force mass, survivability, and flexibility in contested theatres of operations.

Successful testing of the Draper liquid rocket engine demonstrates a throttleable, restartable, and mass-producible propulsion system, enabling affordable supersonic missile capability, rapid development, and scalable strike technology to strengthen deterrence and future defence readiness.

NATO emphasises that a strong defence industrial base is essential for security, ensuring armed forces have the equipment, production capacity and technological innovation required to maintain readiness, deterrence, and collective defence across the Alliance.

NATO and Indo-Pacific partners are expanding cyber defence cooperation, emphasising AI-enabled detection, anticipatory resilience, and technical interoperability to strengthen multi-domain operations and maintain operational advantage in modern information warfare environments.

High-performance racing offers insights into teamwork, rapid decision-making, and constant improvement—showing how complex organisations can adapt faster, reduce mistakes, and sustain performance under intense pressure. A learning culture encourages teams to analyse failures openly.

The United Kingdom is developing airborne Electronic Attack (EA) capability to enable disruption of adversary C5ISRT systems and strengthening airpower effectiveness through Electronic Warfare (EW), spectrum dominance, and integration of advanced mission software.

NATO–Japan cooperation strengthens air, space, and missile defence capabilities through industrial collaboration, sensor technology, and interoperability, highlighting the growing importance of Indo-Pacific partnerships for integrated airpower, C4ISR, and multi-domain security operations.