Australia courts Romeo after divorcing Taipan
Australia is set to receive an additional dozen MH-60R naval helicopters from the US. (Gordon Arthur)
The Royal Australian Navy (RAN) plans to expand its inventory of Sikorsky MH-60R helicopters, as revealed by a notification published by the US Defense Security Cooperation Agency (DSCA) on 8 October.
Australia is seeking 12 additional Romeos plus associated equipment and training via the Foreign Military Sales route for an overall price tag of $985 million.
The RAN already has 24 MH-60R Seahawks (the last delivered in September 2016), so this represents a 50% increase in fleet size. Existing Seahawks are operated by No. 725 and No. 816 Squadrons at HMAS Albatross near Nowra.
As the navy will be gaining
Already have an account? Log in
Want to keep reading this article?
More from Air Warfare
-
British Army to explore CUAS options to combat Class 1 drones
Named Project Vanaheim, the joint project will be run by the British and US armies and is the ‘first wave’ in a substantial programme of work to update both armed forces’ CUAS capabilities.
-
US Navy's next-gen aircraft contract award expected this week
The F/A-XX programme is the US Navy’s answer to improving air superiority against the rising threat of China in the Indo-Pacific.
-
Avalon 2025: General Atomics combat drone to fly before August and will be targeted at Australian requirements
General Atomics-Aeronautical Systems Inc (GA-ASI) landed the big win when it was awarded Project Air 7003. Despite the cancellation in 2022, however, the company sees potential in the Australian market.
-
Avalon 2025: Honeywell finds local partner to support oxygen system of Australian F-35As
The last Australian F-35A was delivered in December 2024 and Honeywell is partnering with RFD Australia to support the Back-up Oxygen Systems (BOS) of the fleet.
-
Baykar's Kemankes 1 missile completes maximum flight and dive test
This is the latest test in the ongoing schedule for the loitering munition from Baykar – the first of two different AI-powered variants.