A shame Peter Jackson beat the North Koreans in filming the Lord of the Rings. What will Pyong Yang do with the Mount doom they built now? :confused:
Good, now we just need the KC18, E18, C18 and B18 and the USA need never buy anything other than Hornets :diablo:
Don’t worry, there is a PFI proposal to provide more choppers, and we all know how successful PFI schemes are :rolleyes: :diablo:
All interesting stuff, but hardly what the guys on the ground are worrying about, they just want good air support, and if the USAF can do it then why can’t the RAF?
Turbinia, do you have any recent information about “Admiral Lazarev” ? Any recent photo? What is gonna happen with Lazarev?
Sorry no, I know very little about the current Russian Navy in the post-Soviet era. I’m interested in the Kirov CONAS engine installation, re-fueling cycles etc.
The arsenal ship was closest in concept to a monitor, not a cruiser or battleship, it was just a floating battery with very limited capabilities beyond it’s prime role of missile bombardment.
How often do those Kirov’s require re-fueling? Just curious, as one of the big advances in more modern reactor design has been the much longer cycles between changing out the fuel, to the point now we’re looking at reactors sealed for life.
You’re quick to accuse everybody here of being clueless, but you’re not answering my question as to how a temp of 300-400C can lead to a total meltdown of heat resistant steel alloys and a metal fire, nor how simple sparks can lead to structural failure of tension lines or commenting as to whether you accept ductility of steel is related to temperature.
And yes, I’ve seen diesel burn, and I’ve seen how much heat it can generate, you do the exercise where you lie on your stomach in a steel enclosed room with a 45 gallon drum of diesel burning and they throw a cup of water into it and tell me there’s no heat. Even in full fire approach outfit it feels like you’re burning up. Not to mention I’ve seen the after affects of a flash fire in a machinery space caused by dirty slops on the tank top which caused a fire which melted steel stringers.
It would also cost quite a bit of money to intergrate Tomahawk into the A70 version of Sylver and I cannot see the French helping in nay way.
From what I have seen over the years, Richard’s site says it all with regard to joint ventures with the French – be afraid, be very afraid (and still our politicians think its a good idea……….)
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If the UK needed to go down the international joint venture route then we’d have been far better off either pursuing a joint venture with the USN or joining the German/Dutch F124/De Zeven Provincien program IMO.
Considering that it is only a matter of time before the UK will be in range of Iranian nuclear weapons (short of action to stop the Iranian nuke program that’d be just as dangerous as them getting nukes anyway) the decision to overlook a true ABM capability looks very short sighted, and unlike Japan that has a very easy upgrade path via AEGIS and SM-3, giving the T45 this capability will cost serious money and time to develop.
Could somebody please explain this then as we have an expert here on what makes steel melt. On industrial and marine engine installations with waste heat recovery units where the fuel is oil or coal, fires in these waste heat recovery units is a major hazard, and it is not that uncommon for the whole tube bank not only to melt but to result in a metal fire. Now given that the engine exhaust at the inlet of these units is about 300-400C, massively below melting point of normal low carbon steel, never mind the high temp steel alloys used for these tube banks how can the tubes possibly end up melting and taking fire?
Also, how do extremely expensive very high tension steel cable suffer catastrophic failure from localised heating and martensitic hardening as a result of spooling failure if they have to be raised to melting temperature to do that?
Ductility is related to heat, the ductility of steel begins to change hundreds of degrees below melting point, in terms of a structure failing then ductility would be one of the critical parameters.
I can’t understand why people claim the burning temperatures of kerosine, diesel etc. prove 9/11 was a conspiracy. Have people not heard that physical properties of steel are determined by heat treatment, and that subjecting steel to heat changes these properties, so there is absolutely no requirement for any steel to have melted to cause the towers to collapse. And that is before you open up the whole argument of how the fuel burn temperature would be affected by catalysts, heat paths, mixing with other substances, secondary fires etc.
True, and I’ve said on here before I think the decision to optimise the air warfare capability at the expense of ASuW/ASW makes sense, as those capabilities can be added whereas compromising the AAW capability to afford a wider range of systems would comprmise the ships primary role and would be dificult to recover later. However, in a way that is one of the reasons I’m thinking the RN would have been better off going for a off the shelf answer, if the RN had gone with Mk.41 VLS and SPY Aegis they’d have gotten the capabilities they need, more flexibility and been in a position to get the ships sooner (wasting all those years on the failed horizon joint venture) and probably cheaper. True there is a question over maintaining the industrial base, but rather than reinventing the wheel the UK defence industrial base might have been better served by investing in new technology, BAE wants to be on the leading edge of UAV/UCAV development, that seems to offer greater rewards for British industry than spending a lot of money to develop systems already available elsewhere IMO. At the end of the day the UK wated time and money on Horizon, and it seems the RN’s first choice would have been with the Mk.41 VLS anyway.
Why does USA need a bluewater navy?
Why does UK need a bluewater navy?
Why does France need a bluewater navy?….to show power… :dev2:
In the case of the UK we still have responsibilities to overseas crown dependencies requiring deep water capabilities (and not just the Falkland Islands!!), and a few former colonies still have agreements with the UK for defence support, and as the Navy is the means of meeting much of these responsibilities we still need a navy capable of operating far from home. Hence the UK has a perfectly legitimate reason for maintaining a blue water navy.
True, it would be re-inventing the wheel, but in a sense the whole project is re-inventing the wheel by bridging the capability gap between the T42 and Aegis destroyers. Now I’m not saying Sampson/Aster is bad, it promises to be a superb system, but realistically in it’s primary air warfare role it’s capabilities are pretty similar to the latest SPY/SM combo or APAR/SM with the massive exception it has no theatre ABM defence capability (Europe may claim it doesn’t want ABM capability, but if they had access to the option offered by SM-3 they’d bite your hand off to get it). The Germans/Canadians/Dutch have developed their own radar/battle field management system but integrated it with the Mk.41 VLS, this has retained an industrial base and expertise in high technology along with controlling costs and minimising risk to at least some extent, as well as having a much more flexible weapons system and probably better access to missile upgrades in the future by piggy backing USN programs. Most of the Navies in the market for this type of hardware not usually Russian customers do seem to choosing the Mk.41 and it’s weapons (Japan, South Korea, Australia, Germany, Denmark, Spain, Norway and any others escaping my mind at the moment) and if the UK had developed a radar/battlefield management system to work with these it’d be a lot easier to pitch on the export market.