Trust a fix is not too far away.
Agreed. To me this story has more than a hint of mountains and molehills. If it prove to be a design fault then Siemens will be in richly deserved guano, and devising a solution will hurt them, not Defence.
Anyway, some genuines news from an article in the recent defence supplement in the Weekend Australian. This is behind a paywall, with a weird URL function as well. As soon as I can grok that I'll post the link. About half the article removed.
The reasons for posting this here will be immediately obvious. Read on....
Missiles to shield fleet in $35bn ships
Julian Kerr
Sydney
Although the nine future frigates are to be optimised for anti-submarine warfare, confirmation that their armament will include SM-2 missiles means they will also be providing a valuable contribution to the Royal Australian Navy’s task group protection.
The SM-2, along with the CEAFAR2 S/X/L band active phased- array radar systems under development by Canberra-based CEA, has been directed by the government to be essential rather than desirable for the $35 billion SEA 5000 Phase 1 purchasing that is expected to begin replacing the RAN’s eight Anzac-Class frigates from about 2027.
Equipping the ships of the Future Frigate program with the SM-2, which has a range of more than 160 kilometres, and the Evolved Sea Sparrow Missile, will enable the ships to contribute to the longer-distance air defence of an RAN task group as well as to its inner layer of protection.
Commodore Rob Elliott, the Future Frigate program sponsor and the director-general surface combatants and aviation within the RAN’s Strategic Command, points out that of the three Hobart-class air warfare destroyers (AWDs) expected to be in service by 2021, it is possible that only one may be available for operations at any one time due to maintenance.
A frigate providing an anti-submarine screen ahead of a task group containing a high-value unit such as a 27,500 tonne, Canberra-Class Landing Helicopter Dock ship would require the SM-2 for its own protection as well as that of the task group.
Selection of the Future Frigate’s combat management system (CMS), the heart of the ship’s warfighting capability, is scheduled for September. This is being contested by the US Navy’s Aegis command and weapon control system and Saab Australia’s tailored version of the Saab 9LV CMS, already deployed on the Anzac Class and the two LHDs and mandated for the RAN’s two under-construction replenishment ships.
The 9LV solution would incorporate the International Aegis fire-control loop, developed by the US to allow non-Aegis ships to fire standard missiles, including the SM-2.
The frigates’ anti-air capability will be further boosted by the CEAFAR2 radar suite, a development of the technology used in the medium-range CEAFAR1 active phased-array radar installed on the Anzac Class as part of their highly successful antiship missile defence upgrade.
Each future frigate will carry a single MH-60R naval combat helicopter equipped with a dipping sonar, with a decision yet to be taken on whether an unmanned aerial system (UAS) will be carried at the same time.
In a task group context, additional MH-60Rs could be deployed on an LHD.
Although the Schiebel Camcopter S-100 was selected last December to enable the RAN to further understand the vertical take-off and landing UAS requirement, Elliott stresses that the S-100 and the Insitu ScanEagle UAS now in the RAN’s inventory are there purely for trials to inform decisions yet to be made by government on project SEA 129 Phase 5 (maritime tactical UAS).
Julian Kerr writes for Australian Defence Magazine and Jane’s Defence Weekly.