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StevoJH

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Viewing 15 posts - 871 through 885 (of 987 total)
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  • in reply to: Rebuilding the Marine National #2068587
    StevoJH
    Participant

    In 1915 the Turks kept out a relatively (to their navy) much larger & more powerful fleet with one small minelayer, after their shore batteries had been suppressed by naval gunfire.

    I think the same principle would apply now. You can’t force the Bosporus or Dardanelles unless you control the shore. That means a major – really major – amphibious operation, against defenders who are pretty well-armed, & who all precedent suggests would fight very hard indeed. You’d have to occupy a large part of a city of several million people, some smaller towns, & several tens of miles of forested hillsides, just to keep your ships free of attacks of the sort you describe. And of course, the Turks won’t forget to lay mines.

    Ouch, imagine trying to conduct MCM in that environment. 😛

    in reply to: Rebuilding the Royal Navy #2068599
    StevoJH
    Participant

    That’s quite and upgrade for the RN Steve:eek:

    They said Hypothetical :diablo:

    in reply to: Navy News from Around the World II #2068604
    StevoJH
    Participant

    I don’t think they are looking for destroyers but since the type-22’s will go out in a decade they will need replacements and FREMM’s seem to be a good addition though costly.

    C1 and C2 would be possible options by then, as well as possibly an evolved version of the LCS, or the Australian ANZAC class replacement, there will be several new ships classes starting to enter service in about 10 years time in the frigate and general purpose destroyer category (C1 and FREMM for example are more like destroyers then frigates).

    in reply to: Rebuilding the Royal Navy #2068614
    StevoJH
    Participant

    – 3rd CVF to ensure availability
    – 3 (~30,000t) Replacement LPH’s to replace Ocean, Ark Royal and Argus
    – Enough Additional T45’s ordered to escort three Carrier Groups and three Amphib Groups
    – Order enough C1’s to fullfull half the Escort requirement of the 6 groups, with the other half provided by C2’s which would be scaled down versions of C1 minus the land attack capability.
    – Select a platform as C3 that allows the full support of an Flynx class helicopter and has space to permanently fit a TAS if needed, modular MCM equipment. Buy enough to perform all the “Colonial” patrol deployments as well as to replace the MCM and Survey fleets.
    Fast MARS replenishment ships able to keep up with fleets.

    Sell any ships that still have life in them to the South American or smaller European Countries.

    in reply to: Rebuilding the Marine National #2068617
    StevoJH
    Participant

    – Order PA.2
    – Additional Rafale N
    – Order enough Horizons that they can simultaneously protect two carrier groups and one/two Amphibious/ASW Group(s) based around the Mistral class.
    – Upgrade the Lay Fayette’s so they can fire Aster 15.
    – Give the FREMM’s EMPAR so they can fire Aster 30 (same as the italian FREMM’s).
    – Enough FREMM’s to provide escort to 2 Carrier groups and 1-2 Amphib/ASW Groups.

    in reply to: Rebuilding the Marine National #2068620
    StevoJH
    Participant

    If the task would be to keep the Black Sea Fleet from braking out into the Atlantic (and assuming that the French were the first to oppose :o):
    A mix of HALE ISR-UAVs, ASW aircraft, FACs, Rafales, and SSKs. No need for large surface units.

    Personally i’d just put some people along the Bosporus armed with Anti-Tank missiles and heavy machine guns. All it would take for a mission kill would be some Machine gun bullets into the radars, and just for kicks, fire some anti-tank missiles at the large SSM canisters the Russians seem to like.

    in reply to: Rebuilding the Royal Navy #2068628
    StevoJH
    Participant

    At least 2 more T45 (just how many groups would we look to have at sea at once?) in their current form, maybe with the addition of the ASuW role they originally looked like having.

    If the old focus on Russian subs resurfaces, perhaps the original Type 23 idea – a hull to carry a TA and helicopter would resurface i.e. a cheap ASW frigate relying on a support vessel for AD and aviation support- would reappear? I wouldn’t go this way personally, but it may seem attractive to some.

    Not sure you would want to higher spec the C-3. I think it would make more sense to field the C-3 as it is currently envisaged in your scenario than it actually does now! Concentrate the funds and manpower at the “frontline” end. Better to up spec the C-2, which is part way to warship anyway.

    Nothing to stop a modular or regular TAS from being fitted to the back of an ~2,500t C-3 later on as long as space and weight are saved. Cheap lightly armed platforms that are capable of supporting a single FLynx.

    General characteristics (as modified)
    Displacement: 2,380 tons / 2,800 tons full load
    Complement: 235
    Sensors and
    processing systems:

    Radar Type 993 target indication
    Radar Type 903 fire control on director MRS3
    Radar Type 978 navigation
    Type 1010 Cossor Mark 10 IFF
    Sonar Type 177 search
    Sonar Type 162 target classification
    Sonar Type 170 attack
    Armament:

    1 x twin 4.5in gun Mark 6
    1 x Sea Cat GWS-20 SAM
    2 x 20 mm Oerlikon guns
    1 x Limbo A/S mortar Mark 10
    2 x 8-barrel 3in Knebworth/Corvus countermeasures launchers
    Aircraft carried: 1 x Westland Wasp HAS.1 MATCH helicopter
    Notes: Other characteristics as per above

    Final Weapon and Aircraft Loadout of a Type 12 Rothsay class frigate. Interresting thing i noticed is that they are slightly longer then the heavier type 21’s, but with a shallower draft and smaller beam.

    Something along those lines or those of the Leander:

    General characteristics
    Class and type: Frigate
    Displacement:

    2500tons later 2790tons standard
    2962tons later 3300tons full load
    Length: 113.4m (372ft)
    Beam: 13.1m (43ft)
    Draught: 4.5m (14ft 10in)
    Propulsion: two geared steam turbines delivering 22,370kW (30,000shp) to two shafts.
    Speed: 27knots
    Range: 7400km (4600miles) at 15knots
    Complement: 260
    Armament:

    four MM.38 Exocet anti ship missile launchers. One sextuple GWS.25 launcher with 30 sea wolf SAMS. Two 20mm AA guns.
    Two triple 324mm (12.75) STWS-1 tubes for Mk 46 and Stingray ASW torpedoes
    Aircraft carried: One Lynx HAS.Mk 2 ASW helicopter

    Replace the steam turbines with diesels, Mk.8 Mod1 or a 76mm gun where the 4.5″ and Exocet was placed, No Sea Wolf or Sea Cat (Sea Wolf was mounted forward of the gun mount/Exocet battery on the leanders), ditch the torpedo tubes and have one modern but basic air search and sea search radar, keep the 20mm guns (possibly a typhoon mount?), keep the space for a TAS spare and keep full helicopter facilities for Flynx or NFH-90.

    in reply to: Tea-kettle nuclear submarines! #2068987
    StevoJH
    Participant

    Here are some images of the Canadian “SLOWPOKE”…

    http://www.cns-snc.ca/branches/quebec/slowpoke/Slowpoke_SES-10_3D_color.jpg

    http://www.cns-snc.ca/branches/quebec/slowpoke/Slowpoke_reactor_diagrams_small.gif

    Another in the “nuclear battery” category, the Hyperion Uranium Hydride “battery”…

    http://nextbigfuture.com/2008/05/hyperion-uranium-hydride-nuclear.html

    http://4.bp.blogspot.com/_VyTCyizqrHs/SDcVFgNQb9I/AAAAAAAAAjk/YSf_2c8-upI/s1600/hyperionreactor.JPG

    Posted for fair use…
    http://www.hyperionpowergeneration.com/about_finance.html

    The Hyperion Power Module
    When you think of the Hyperion Power Module (HPM), you can discard much of what know about nuclear power.
    Hyperion is different.
    Think Big Battery…

    Like a battery, the HPM is a compact, transportable unit with no moving internal parts. It’s not to be opened once distributed from the factory.

    Once sited safely in its underground containment vessel, an HPM is monitored but does not require a battery of operational personnel.. It just quietly delivers safe, reliable power – 70 MW thermal or 25 MW electric via steam turbine – for a period of seven to 10 years.

    The core of the HPM produces energy via a safe, natural heat-producing process that occurs with the oscillation of hydrogen in uranium hydride. HPMs cannot go “supercritical,” melt down, or get “too hot.” It maintains its safe, operating temperature without the introduction and removal of “cooling rods” – an operation that has the potential for mechanical failure.

    A good bit bigger than the typical consumer battery, HPMs are, however, just a fraction of the size of conventional nuclear power plants. About 1.5 meters across, the units’ size can be compared to a deep residential hot tub. It’s the size, along with the transportability and ease of operation, that make the self-contained HPM such a desirable choice for providing consistent, reliable, affordable power in remote locations.

    Large conventional nuclear power plants are a necessary component of the global solution to the climate change problem. Nuclear power, including that provided by the HPM, emits no greenhouse gases. And, pound for pound its fuel component – uranium – delivers more actual energy than any other fuel available to today. Because its fuel packs more power, less is required. Therefore the mining of uranium is more efficient and causes less damage to the environment than traditional hydrocarbon fuels such as coal and natural gas. Nuclear power is also the safest, most regulated and protected form of energy on the planet today. No other industry is as closely monitored and today’s nuclear technology is constantly evolving as researchers strive on a daily basis to make it even safer.

    Nuclear power will continue to play an important role in the global solution to the climate change problem. Now, because of Hyperion’s unique technology, the benefits of affordable energy from big power plants are available even when and where large, conventional nuclear power plants are not appropriate.

    Think battery, with the benefits of nuclear power. Think Hyperion.

    Hyperion Fast Facts

    Small -1.5 meters across, approx size of a residential “hot tub”

    Produces 70 MWt or 25 MWe, enough to power 20,000 average American homes or the equivalent

    Buried underground out of sight and harm’s way

    Transportable by train, ship, truck

    Sealed module, never opened on site

    Enough power for 5+ years

    After 5 years, removed & refueled at original factory

    Uniquely safe, self-moderating using a natural chemical reaction discovered 50 years ago

    No mechanical parts in the core to malfunction

    Water not used as coolant; cannot go “supercritical” or get too hot

    No greenhouse gases or global warming emissions

    Think: Large Battery!

    Hyperium sounds like something you could add to an IEP ship such as a QE class Carrier or T45 destroyer in a refit by replacing Gas Turbines with them if the price of fuel got out of control. Depending on what support infrustructure is required, could something similar be seen on the Collins class replacement boats?

    in reply to: Navy News from Around the World II #2069281
    StevoJH
    Participant

    Would Brazil go for KDX-II with american radars and weapons? I thought they wanted to buy 6 FREMM’s?

    They Probably have DNCS and BAe trying to sell them Horizon and T45 as well. 😉

    in reply to: RN FSC – C1/C2 hull & armament proposals #2069460
    StevoJH
    Participant

    It is possible to fit a flight deck and hanger onto a ship of just ever 2,000t as shown by the rothsay and leander class frigates, the SIGMA corvettes being sold to Morocco and the ~1,600t OPV’s purchased by NZ.

    in reply to: RN FSC – C1/C2 hull & armament proposals #2069519
    StevoJH
    Participant

    I do agree with the points raised (I raise the single class solution purely from a devil’s advocate position), however, I do feel there is some scope for open discussion of the genuine needs, as Jonesy says. Obviously, if we went for a single class solution, with the full C-2 level of weaponry actually fitted, then there is no chance whatsoever of getting the numbers required.

    However, there could, perhaps be a middle ground; we have previously discussed building C-2 and -3 as ‘blocks’ of the same basic hullform. One possibility might be to actually build the single class in blocks, in much the same way, but have, say, half being fitted with full weapons and other gear, and half with a C-3 level of systems fit. Thus, we get notional C-3s, with much reduced weapons capability, and C-2s with full capability. The -3s would start out with, for example, no anti-ship missiles, and perhaps a space reserved for a non-fitted VLS (this is not wasted space, and can be used until a VLS is actually fitted). As such, the two classes would have nearly 100% commonality of basic design, with only differences in equipment fitout. If needs be, this could include just bolting a MSI Sigma or DS30 to the bow, over the space reserved for the Mk8. Heck, if it helps, we could always paint the C-3s in a different colour paint from the C-2s! :diablo:

    No, because they will look identical to the C2’s and the polititians will just say, “Lets just buy more C3’s rather then the upgraded C2’s because were can always put bigger guns on them later”.

    How about something similar to the Austral Multi Role Corvette? Its basicly a miniature LSC. The rough specifications for the MRC can be seen on the last page of the .PDF file here

    I have to admit i find their listed displacement figure confusing though.

    Oh, and theres an advertising video of it here

    in reply to: RN FSC – C1/C2 hull & armament proposals #2069541
    StevoJH
    Participant

    Lets face facts, C3 will not get SAM’s and will never be fitted with them, this means that you can have a smaller ship (VLS takes up lots of space). No matter what armament C3 is fitted with,the maximum size of it will be the displacement and dimensions of a Type 12 frigate (different armaments etc, but all on the same basic hull). C2 however will have SAMs and in my opinion will be roughly the same size as the current Type 23 frigates, since by the sounds of them they are going to be C1 minus the Land attack requirement.

    Anti-ship missiles are not required on C3 as long as it has full flight facilities and a magazine for helicopter launched munitions, Sea Skua could easily take out any target a C3 would ever run into.

    in reply to: RN FSC – C1/C2 hull & armament proposals #2069595
    StevoJH
    Participant

    Don’t get me wrong, I think these could make a good basis for C3. I’m just wary of taking a reasonably well-armed design and “downgrading it”, then trying to justify a reaonably well armed C2.

    Because the weapons it is equiped to carry are not in the inventory?

    in reply to: RN FSC – C1/C2 hull & armament proposals #2069623
    StevoJH
    Participant

    Kev,

    No way of telling without a look at the specs to be honest. The likelihood I’d say is no given that the vessel is designed to patrol in local waters off the Omani coast for extended periods at low-ish speeds. Also I’d imagine that the 12ft stretch and additional 500 tons displacement that Vospers put on their C3 concept modified-Khareef would be something to do with expanded fuel bunkerage amongst other things!.

    A 3200nm range isnt necessarily an insurmountable issue as on-station endurance characteristics are pretty good. With the escort fleet depletion we are going to need something for the RFA’s to do after all!. So all that would really be needed is support on transit to distant station and we rarely try and do that in one hop anyway. Note that I’m not saying that stock Khareef is a great solution for C3 just, as Swerve indicated, if we wanted a smaller 2500ton OPV design then its worth noting we have one ready in the works!.

    How much internal space would be freed up by removing Mica VL?

    in reply to: RN FSC – C1/C2 hull & armament proposals #2069790
    StevoJH
    Participant

    We’ve drifted away . . . . if we give up the idea of a common hull for C2 & C3, so C3 requirements are not colouring our view of C2, what can we do for C2? What’s the optimum hull size (more than 100 metres/3000 tons, I’d say), optimum propulsion, etc? I’d take Artisan, 4.5″ & CAMM for granted – what else? How can it be made to fit RN requirements, & also be exportable, without major design expense? Offer with alternative main gun, certainly – what else?

    Redesign the superstructure of the T23, replace the machinery with IEP or soemthing similar, replace the Sea Wolf VLS with CAMM making sure that an Mk.41 VLS could be fitted instead if needed and make sure that it can mount either the Mk.45 5″ gun or the Mk.8 4.5″ gun.

    I’m fairly sure that one of the requirements for future RN ships was that the designs be exportable. A ship similar to this could replace the Canadian Halifax’s, the Australian and New Zealand ANZAC’s, plus the Various T23’s and T22’s floating around in various countries.

Viewing 15 posts - 871 through 885 (of 987 total)