Leidos Australia to acquire Cobham’s Special Mission aircraft unit
If its acquisition proceeds, Leidos Australia will pick up civil contracts such as the one with the Australian Maritime Safety Authority, but it will also hope to exploit the defence sector. (AMSA)
Leidos Australia plans to acquire the Special Mission business side of Cobham Aviation Services Australia, the company announced on 2 August.
The acquisition from Cobham Limited is significant as it adds both an airborne surveillance, and search and rescue component to Leidos Australia’s portfolio. Of course, the deal must first gain regulatory approvals.
This Special Mission business already provides airborne border surveillance and search and rescue services to the Australian government.
Roger Krone, the Leidos Chairman and CEO, commented: ‘Cobham’s Special Mission team conducts essential operations that protect Australia’s borders, support law enforcement and environmental protection and save lives. The integration of
Already have an account? Log in
Want to keep reading this article?
More from Air Warfare
-
How the MQ-9B's interoperability is driving future market success
With numerous nations, including the UK, committing a combined US$9.99 billion to acquiring the MQ-9B MALE UAV according to Shephard Defence Insight data, the capability now looks set to soar as UAV spending rises globally.
-
DSEI 2025: Drone Evolution eyes UK and export markets with Scimitar FPV drone
Launched at DSEI 2025 for the first time, the first-person-view uncrewed aerial vehicle (UAV) is available as 10-inch and 7-inch variant, ideal for surveillance or one-way strike missions.
-
Proteus: forging the future of autonomous rotorcraft
As the home of British helicopters, Leonardo has worked with the UK Ministry of Defence for over a decade to advance technologies underpinning uncrewed rotorcraft. Today, in partnership with DE&S Future Capabilities Innovation and the Royal Navy, Leonardo is spearheading the next step in that journey: from remotely piloted technologies to fully autonomous systems.