Airbus and Kawasaki team up for Eurodrone variant of anti-submarine warfare

Airbus and Kawasaki team up for Eurodrone variant of anti-submarine warfare

Airbus and Kawasaki Heavy Industries have signed a memorandum of understanding to cooperate on the development concept of a Eurodrone focused on anti-submarine warfare (ASW) and maritime patrol function.

The two companies will now begin work to decide any necessary modifications to the existing Eurodrone U950 design, including considerations on the payload and sensor packages needed for long-range ASW and other maritime missions. Conceptually designed for Japan’s defense needs, Japan itself has not yet placed a firm order for such an aircraft, but has maintained official partner status in the broader Eurodrone program since November 2023.

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Eurodrone is a twin-engine Medium Altitude Long Endurance (MALE) unmanned aerial vehicle (UAV) designed to serve a similar role to the US-made MQ-9 Reaper. Compared to the Reaper, the Eurodrone is 5-6 meters larger in both length and wingspan, and features a maximum takeoff weight more than double that of the MQ-9. The first Eurodrone flight is currently planned for 2029.

Germany is currently the main customer with 21 aircraft on order, followed by Italy with 15 on order and then France and Spain with 12 each. The four nations are collaborating on the development of the plane through prime contractor Airbus and manufacturers Leonardo and Dassault. France, despite criticism of the program and the change in financing plans, has confirmed that it still intends to proceed with its acquisition of the type.

With a planned endurance of up to 40 hours, the Eurodrone would be ideal for long overwater missions providing persistent ASW and intelligence, surveillance and reconnaissance (ISR) coverage, augmenting manned platforms.

Japan, with its direct access to vast expanses of the Pacific Ocean and its proximity to China’s ever-expanding submarine force, is a key focus of this development. The country already operates dozens of Kawasaki P-1 and Lockheed P-3 Orion maritime patrol aircraft, and is now beginning to use RQ-4B Global Hawks for long-range ISR.

A Japanese P-1 maritime patrol aircraft (Image credit: Kawasaki/Japan MoD)

While the Global Hawk is more than capable of providing maritime patrol elements, it lacks any type of ASW or weapons carrying capability. Meanwhile, the planned maritime variant of the Eurodrone is expected to be able to use sonobuoys and torpedoes, much like recent developments of the MQ-9.

In particular, Kawasaki Press release mentions that the MoU will also include exploration of how the Eurodrone could operationally partner with the P-1 maritime patrol aircraft, hinting at manned and unmanned teaming (MUM-T) capabilities.

Maritime Missions

The Eurodrone’s twin-engine configuration, a requirement stipulated by Germany for safety in urban areas, has been maligned for adding weight and complexity to the plane. However, for this use case, the additional reliability over platforms like the MQ-9 could be a huge benefit.

Although drones are considered more expendable than manned aircraft, the cost of their loss – particularly when equipped with additional ISR equipment and/or weapons loads – can still deal a blow to a force’s overall capability. This is especially true when lost aircraft cannot be replaced in time, as the US Air Force discovered after the loss of around 20% of the entire fleet during Operation Epic Fury. The MQ-9 has been described as the “most valuable player” in the United States war effort, even though it is often considered too vulnerable for modern high-intensity conflicts.

The complexities of ASW mean that manned aircraft will almost certainly be a major component for many years, but having access to unmanned aircraft to assist with ASW tasks would reduce the workload of each ASW aircraft and allow a larger area to be surveyed for underwater threats. A similar evolution is occurring in and under water, and expensive ASW submarines and frigates are now expected to simply be the tip of a broader spear encompassing a variety of automated and remotely controlled capabilities.

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