Seeing as though you are so interested in ‘facts’ phase 2 was a part of LAND 17. That was indeed a project to acquire a self-propelled howitzer for the Australian Army. That project was cancelled however in favour of an additional purchase of M777A2 lightweight towed guns, by the then Labor Government,
Project LAND 8116 - Mobile Protected Fires, has since been re-raised by the current Government under the new Defence ‘smart buyer’ procurement policies, as a sole-source selection.
G-6 was never shortlisted for Australia. Bid yes, but not short-listed. PZH-2000 and K9 were. Add to which it hasn’t been in production for many years as I understand it and has no integration with our BMS, C2 systems nor our new artillery ammunition supply (Assegai)...
It is so far away from being a realistic prospect for Australia it is laughable.
IN THIS ISSUE ACCESS CURRENT ISSUE NEWS Land 400 Phase 3 latest The current status of the Australian Army’s Land 400 Phase 3 project and what the next few months may hold. Read the full article NEWS MRH-90 woes continue With poor rates of effort and climbing costs the MRH-90 trooplift helicopter...
dtrmagazine.com
Good article in the November issue of DTR Magazine on the future Landing Craft for the Australian Army. First up will be the replacement for the Vietnam era LCM-8, Land 8710 phase 1, which is due for Gate 1 approval before the end of the year. 2 Contenders have been confirmed so far, BMT with the Caiman 90 and CNIM with the 29m Landing Craft Assault(LCA) both of which currently have major orders from important Allies in the USA and France respectively.
Second will be the LCH replacement, Land 8710 phase 2 which is due for Gate 0 approval in. 21-22.
While Land 8710 may not be as sexy as Land 400 or the ARH replacement or the SOCOMD LT Helo projects they are just as important in their way. The big improvement which all the contenders will offer will be far superior Sea Keeping and performance over legacy platforms, which will certainly be appreciated by the Personal operating them, the Caiman 90 for instance has a top speed of 40kt unloaded, 22kt loaded.
Correct,
not sexy but important.
Not sure as to which thread this conversation belongs, but certainly agree that a replacement for the LCH is a must.
Something small enough to park and extract itself from a beach, yet seaworthy enough to transit around the coast and to a our regional island neighbours would be seem to fit the bill.
What that look like we'll wait and see.
The Stern landing craft concept seems to have a lot of merit.
Trust it is as good as the sales brochure.
I certainly don't think we are looking at something the size of the old HMAS Tobruk LCH.
As to the LCM 8 replacement I'm somewhat confused.
I can understand the need of a connector from ship to shore in the form of our in service LCM1e.
A craft that sails with and integrated within a larger amphibious ship.
A coastal hugger in a small LCM8 replacement seems to replace the existing capability of a craft never designed to do what we expect of it with something slightly larger.
It appears we may end up with something still too small to fulfil its intended role, yet too big to fit within and be carried within an amphibious ship.
While it maybe able to dock with an LHD, if it cannot be carried within one I don't see its purpose.
Suggest this project is deleted and extra LCH's acquired.
If the LCM-1e is not up to the task to carry our future fleet of heavy armoured vehicles, then I can see the need for it's replacement.
The criteria must be that this future LLC can be carried within the Canberra Class. Independent coastal operations is not the priority.
The 69 m length of the well dock for the LHD often comes up in conversation.
It must be remembered the ramp takes up a big part of this space and with two LLC's in tandem the space to the rear of them does not appear to be that great, unlike some of the graphics displaying images of large RHIBs to the rear of the LCM1e's.
If others could clarify regarding this space it would be appreciated
Therefore any future craft will have to work within the realistic parameters of this docking well space.
Regards S