No 2 is Royal Netherlands Navy Hr.Ms. Pelikaan
That one had crossed my mind, but I had not yet checked it….. DOH!
Sorry I missed out on the next lot (guess you guess got in quicker this time 😉
Leave something for everyone else to play with will ya 🙂
Sorry, it’s Friday/Daddyday, so I had some time on my hands (and my son was watching) 😀
thumb 3: RFA Diligence, forward repair ship (former oil rig support ship MV Stena Inspector)
thumb 4: docking well, Bay class ALSL (RFA)
image: Rover class small fleet support tanker (RFA)
1. Mistral/Tonnere lhd
2. JMSDF Hyuga (ddh16)
3. USN Arleigh Burke class DDG (or SK clone)
4. F123 Brandenburg class frigate building (or else the similar, later F124 Sachsen class)
5. Meko 360, too pretty for Aradu, thus ARA.
As I stated, the USN is looking at a different set of parameters because, plans exist where the Navy will perform and amphibious operation without the help of allies, if necessary against a very hostile shore! The scale of operations is reflected in its size. It is not that one design is more advanced than the other, it is one is designed for different needs.
I would also check into weapons designed outside the the USA and is manufactured in the USA. I don’t know of a situation where major modification aren’t made. (Start with the Canberra medium bomber converted to the B-57.)
I am not going to get a “mine is better than yours” argument, let us say…. each navy has what they want.
It just seemed implied that these Euro-LPD/LHD couldn’t take LCAC.
Indeed but it would be an easy installation process for what is a fairly small box launcher and its better then nothing. Finally its effectively free with only the cost of bolting it all on.
I thought it was a six round launcher?
I don’t think Pakistan will get a vessel with a half decent anti air capability until they get the Milgem or the enlarged P-22 variant.
Yeah, you’re right, it’s 6 round.
I would still argue the cheapest and easiest solution is to install one of the LY-60N box launchers and associated fire control radar as its removed from one the Type21 Tariq class.
Maybe, and one could take some Harpoon from another. But LY-60s just a 5 round launcher, manually reloaded…
Hi Wanshan
you are right, I got info about that:
so it seems Pakistan will have one of the most expensive OPVs in the world :confused:
The cost quoted for McInerney is the cost of hot transfer. It doesn’t include ordnance/munitions afaik. And there too, FMA might play a big role. US made sure e.g. Taiwan was well stocked with SM2 for their Kidd class destroyers.
The fire control consoles, STIR director and associated cabling may also have been removed but there too: how hard can those be to reinstall (as the example of PLAN ships shows, antennea and guns are removed during maintenance all the time). Or better yet, get new, better (more modern) stations as lead up or part of a Genesis-like effort….
Can I please get a source on that quote by the way?
The Spanish Navy has some nice ships but, are to small and to limited to fit USN’s needs. No ability to use LCACs means no heavy armor could be sent to the beach.
LCAC dimensions are 26.8m long x 14.3m beam
The 32m beam Spanish strategic projection ships (LHD) has a dock of 69.3m length and 16.8m width. Her flooding deck can carry four LCM-1E/LCM-8 + 4/6 SUPERCAT type RIBs, one LCAC and LVTs. I’m sure with relatively minor modifcation (there’s e.g. a divider inside the welldeck that would need to be removed), they could fit 2 LCAC easily.
Likewise, the 32m beam french Mistral can already carry either four CTM, landing craft utility (LCU) or two air-cushion landing craft (LCACs).
HNLMS Johan de Witt (which is slightly modified relative to Rotterdam/Galicia class) can accommodate 2 LCACs. Rotterdam/Galicia cannot fit LCACs. But e.g. HMS Albion can carry 2.
ADA and DRDO will be overjoyed if the future Indian carriers carry the LCA on them…I don’t think they have any ambitions of selling it overseas.
That’s a pity. I think it would be a nice fit with Sao Paolo indeed.
That is indeed the case, only the part of the launcher above the base is cut. Tha rest of the system, as well as under-deck magazines, electrical, mechanical etc connections retained. Cost of removing the whole system is said to be high and having adverse effect on stability, because of loss of substantial weight in the forward section. Check the attached photo:
We are in agreement that only the arm was removed. However, we appear to disagree about the manner in which it was removed (cut off versus taken apart).
Oliver Hazard Perry Class frigate USS McInerney (FFG 8), after the Mk-13 Launcher was removed, with small combat value. She is like a patro vessel for coast guard duty.
Small combat value? Discounting a very good ASW capability and reasonable gun armament there.
Assuming the Mk13 won’t be restored to functioning condition, parking 1x RAM 21-round launcher on top of it and 2×4 Harpoon on racks forward of the bridge gets you a ship with capability superior to the Type 21 (which have either SAM and 30 cannon, or SSM and Phalanx) and roughly comparable to the F22P. It would not be a big investment.
I read somewhere that the launchers were not even removed, they were CUT to the face of the launcher’s circular base.
I’m sure there would be not need for cutting as the launcher arm is a moving part (it rotates in the horizontal plane)
Indeed many countries do still operate the SM-1 and that is the problem, now its out of production we have a limited availability of missiles for these navies.
Thats one of the main reasons the USN took the MK-13 Standard SM-1 combination out of service, to make stocks available to customer navies who still use the same combination.
The SM-1 was phased out of US service in 2003, but still serves with some allied navies; most US and international orders are currently SM-2s, but many countries operating FFG-7 Oliver Hazard Perry Class frigates and similar vintage ships still use them. The “growth space” inherent in its basic design is a big reason that the Standard missile family remains relevant to this day.
Support for foreign SM-1 missiles has transitioned from the US government to Raytheon, who leads a team of companies that provides customers with continued access to spares and repair services. The SM-1 FSS Program consists of core support (program management, asset storage, test equipment support, logistics support and tasking to demilitarize hardware no longer needed for long-term support of the SM-1 Program), intermediate level maintenance (re-certification of SM-1 Block VI, VIA, VIB missiles), depot level maintenance (repair and maintenance of, or preparation, upgrade and installation of SM-1 Block V, VI, VIA and VIB sections, assemblies, sub-assemblies, and components), MK56 Rocket Motor Regrain Program (qualification and production), test equipment support, All-Up-Round (AUR), and technical engineering services. Countries listed in SM-1 support contracts over the past few years have included: Bahrain, Canada, Chile, Egypt, France, Italy, Japan, the Netherlands, Poland, Spain, Taiwan, and Turkey.
http://www.defenseindustrydaily.com/raytheons-standard-missile-naval-defense-family-updated-02919/
(clearly, the Netherlands no longer uses SM1 since the sale of the l-frigates to Chile.)
Procurement [of SM-1] began in FY67, a total of about 12,000 SM1 (MR and ER) being made for U.S. and foreign service. US procurement ended in FY85 (700 in FY84, 600 in FY85), but foreign demand led Hughes to reopen the line (171 in FY90, 242 in FY91, 153 in FY92-93).
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Most export customers use Block V (RIM-66B, 2,141 made 1969-83)
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Block VI (RIM-66E) … procurement began in FY80 … This version remains in production for export to e.g. Taiwan.
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The US Navy ceased supporting SM-1 at the end of FY03 (end of september 2003): U.S. Perry-class frigates had the above deck parts of their mk13 launchers removed. The belowdecks portion remains because its weight is necessary to balance the ship fore and aft. Raytheon formed a consortium to continue to support the missile for export customers, and in particular to regrain and refurbish its Mk56 motor, production of which ended about 1997. Late in 2002, it is estimated that 2,500 to 3,000 SM-1 remained in service.It hoped to both maintain these weapons and sell ex-US Navy stock. About 12 customers had expressed interest, and the company hoped to keep the missile in service throuhg 2020.
The Naval Institute guide to world naval weapon systems (Norman Friedman), Editie: 5 – 2006, pp 594-595.
Seems that situation is well under control
The last 4 out of 8 FFG-7’s of Turkish Navy are due to receive CMC modernization (GENESIS) plus SMART S Mk2 and Mk41 VLS for ESSM. It is also known that Turkish (plus Raytheon) and Pakistani navies are discussing the possibility of exporting GENESIS to future Pakistani FFG-7’s. If this occurs, there is a good chance that Pakistani FFG-7’s may receive GENESIS mod and maybe Mk41 modification with or instead of Mk13… Just thinking out loud…
AUstralians opted to keep Mk13 but use it with SM2 (which requires upgrades to the fire control system) and to add a single Mk41 for 32 ESSM, effectively doubling the number of SAMs on board. Clearly SM2 is longer range than SM1 and ESSM is similar in range to SM1. Turkey will likely follow the same route, though at this point it is not clear (at least to me it isn’t ) that Turkey will adopt SM-2. Genesis is mainly upgrade command and control systems rather than weapons, isn’t it?
Well it depends what Pakistan wants to use it for, without the STIR and MK13 she is pretty much in the surface roll an OPV but she would represent a significant improvement in ASW with her SQS-56 and SQR-19 towed sonar array. Add a helicopter with a dipping sonar and your really talking in respect of that role.
I don’t think its worth refiting the STIR and MK-13 considering the limited number of missiles left for the launcher. Actually if they do want an anti air missile capability they are probably better off fitting the LY-60N 6 cell box launcher from the Type-21 Amazon/Tariq class as they are retired.
Most foreign operators of ex-USN OHP or like ships (Spain, Taiwan) operate SM1. In addition there are still some other ships with the Mk13 e.g. Chilean (ex-Dutch van Heemskerck) L-frigates, Italian Durand de la Penne class DDGs, French Cassard class FFGs that operate SM1. In fact, US guarantees continued support for SM1 operators(through Raytheon, the sole contractor for Standard), even if it doesn’t use SM1 itself no more.
The missile was retired from USN service in 2003; however it is still widely used abroad and is expected to remain viable until 2020 (USNI Combat Fleets 2005-2006, Wertheim, Eric; Editor, USN section Naval Institute Press © 2005 )