Australia Accelerates Army and Naval Air-Defense Procurements

Australia is moving forward with two air-defense procurements as it seeks to strengthen protection of land-based infrastructure and naval platforms. Project LAND 6504 is an accelerated effort to acquire a medium-range ground-based air-defense system for the Australian Army. An industry briefing described the program as focused on “rapid capability delivery,” with a preference for proven Military-Off-The-Shelf solutions and a “clearly defined and achievable Concept of Employment.” Canberra announced on October 13 that it was seeking Expressions of Interest from vendors. An RFP is expected in early 2027, followed by platform selection in late 2027.

LAND 6504’s requirements create a defined evaluation and integration challenge for prospective suppliers. The system must be mobile and deployable, and integrate with CEA Technologies radars and Australia’s existing integrated air and missile defense infrastructure. It must be capable of intercepting ballistic missiles in their terminal phase and subsonic air-breathing missiles. Interception of maneuvering hypersonic and high-speed cruise missile targets is described as highly desirable, rather than a mandatory requirement. The selected system is expected to conduct a live-fire test during the 2029 Talisman Sabre exercise, which is typically held in July or August.

At sea, the Very Short Range Air and Surface Defence (VSRASD) procurement is intended to protect the Royal Australian Navy’s upcoming Hunter-class frigates from air- and sea-borne drone threats. The RFP was reported as posted on September 29; the source does not specify the year. It calls for a system able to identify multiple threats at distances of up to 5,000 metres, operate independently, and integrate with ship systems. Each Hunter-class frigate is expected to receive one or two systems, with potential installation on other Australian naval vessel classes. This expands the opportunity beyond the initial frigate program for suppliers with suitable shipboard systems and integration experience.

The procurements sit within a broader effort to improve Australia’s integrated air and missile defense posture. Australia also awarded Lockheed Martin a contract in September to expand the joint air battle management system, with a reported value of A$950 million in the supplied signal; the source does not provide the contract schedule or additional scope details. In July, the military test-fired a naval SM-2 air-defense missile from an adapted ground launcher using a CEA Technologies radar and a virtual Aegis combat system. These activities point to demand for interoperable sensors, command and control, and layered defenses, but they should not be conflated: the supplied reporting does not identify the air-battle-management expansion as part of either LAND 6504 or VSRASD.

The strategic context reinforces the importance of the requirements without changing their stated procurement status. Euan Graham, an Expert Associate at Australia’s National Security College, warned that “China’s development of cruise missile submarines would give it the ability to mount surprise attacks on targets in Australia such as its submarine base HMAS Stirling, Naval Communications Station Harold Holt (a joint Australian and US naval communication station), and the Jindalee Over-the-Horizon Radar Network infrastructure.” For contractors, the near-term task is to map offerings to the two programs’ distinct mission profiles, demonstrate credible integration and delivery plans, and monitor the upcoming LAND 6504 RFP and VSRASD tender details for formal evaluation criteria.

• LAND 6504 is an accelerated medium-range ground-based air-defense procurement for the Australian Army, prioritizing rapid capability delivery and proven MOTS solutions.
• Canberra announced an Expression of Interest process on October 13; the RFP is expected in early 2027, platform selection in late 2027, and a live-fire test in 2029.
• Mandatory LAND 6504 capabilities include mobility, deployability, integration with CEA Technologies radars and existing IAMD infrastructure, and interception of terminal-phase ballistic missiles and subsonic air-breathing missiles.
• Interception of maneuvering hypersonic and high-speed cruise missile targets is listed as highly desirable, creating a potential differentiator for vendors able to substantiate performance.
• VSRASD targets air- and sea-borne drone threats to Hunter-class frigates; its RFP was reported posted September 29, with the year unspecified.
• VSRASD calls for identification of multiple threats up to 5,000 metres, standalone operation, and integration with ship systems; each Hunter-class frigate is expected to carry one or two systems.
• The VSRASD system may be fitted to other Australian naval vessel classes, creating possible follow-on fleet opportunities beyond the Hunter-class program.
• Australia awarded Lockheed Martin a reported A$950 million contract in September to expand its joint air battle management system; the supplied information does not specify schedule or detailed scope.
• Australia’s July SM-2 test using a CEA Technologies radar and virtual Aegis system highlights related sensor and interoperability activity, but is separate from the two procurements described here.
• Suppliers should prepare evidence of delivery timelines, operational mobility, platform and sensor integration, and test readiness while tracking formal tender documentation for requirements and schedules.