Some conspiracy nuts were trying to tell me this was a missile. I didn’t believe their conspiracy theories. I though I saw the faint outline of wings and a tail, the shadow, and ghost image seemed to verify and the scale seemed to be of an airliner.
It’s surprising how many people will fail color separation tests of similar difficulty to spotting the wing and tail outlines against the cluttered background in the original pic.
Most people have not taken these tests and so they do not know of this very slight deficiency, so you will have a hard time convincing them that what they cannot see is actually there. Although not 100% applicable in this instance, this page shows what I mean: http://www.toledo-bend.com/colorblind/Ishihara.html
When I think of AMRAAM and Phoenix, they both use inflight datalink to update target information. Why wasn’t that done with terminal IR guidance.
The currently accepted wisdom is that the R-27T(E) do not have the command datalink of their SARH guided cousins for midcourse guidance. Thus they do not provide a true BVR capability because seeker lock-on of the target is required prior to launch, however they are intended to enable tail-chase shots where the performance of conventional IR SRAAMs would be hopelessly insufficient kinematically.
I believe I recall some info from another forum, saying one of the reasons for not adding the datalink to these models was that the seeker cooling would not have lasted long enough for any long shots.
Edit: Well my memory was off. Since I did at least find the thread, some bits from it:
From an article about the missile by a Vympel designer; Nothing new in regards to this thread apart from confirming that there is no inertial guidance+LOAL capability for long shots against slow targets.
http://forum.lockon.ru/showpost.php?p=222352&postcount=72
On the theoretical performance, from the Su-27S manual; (Of course the long frontal launch range stated would be subject to differing heat signatures.)
http://forum.lockon.ru/showpost.php?p=222186&postcount=46
My memory was off, what I thought I remembered as manual info on the R-27 was a “I heard this from a pilot” quote about about the AIM-9X seeker cooling being usable for (optimum condition) shots of up to 10nm.
Since the R-27ET was intended for the role as stated by Trident, one could perhaps assume that the seeker cooling for this version was sufficient for a 15km tailchase and no more. One could perhaps also speculate on the seeker & coolant technology of the SU at the time, and perhaps also speculate on a “why-not” combination of the large R-27 with a more modern seeker with coolant, plus the family’s datalink.
Apparently certain MPs didn’t like the fact that the missile had been used to kill various terrorists and accidently various innocent people who happened to be near by.
“”Since the armored threat was eradicated, Javelin has seen extensive use against alternate targets such as buildings, bunkers and light armored vehicles,” added Howard Weaver, Javelin JV vice president. “We have received strong user testimonials on how important Javelin was in the recapture of Fallujah from insurgents.”
http://www.missilesandfirecontrol.com/our_news/pressreleases/05pressrelease/052505_Javelin.htm
*Shrug.*
Well this is a shoddy PS job (had some spare time) but anyway, the catapult is now 90m instead of 75m, and the angled deck is now 200m.
Total length has gone from 244 to 287m, but does it seem seaworthy/workable/plausible at all now that it’s stretched? And what kind of tonnage would you estimate that this long Cavour would end up at?
Air group could be ~18 Rafale/JSF/MiG-29K, 2+ Hawkeyes and 1-2 SAR Merlins, half of the CVF/PA-2’s planned wing.
But I guess you’d still end up with higher procurement and operating costs for 4x Cavour-stretch (EMPAR and PAAMS replaced with more CIWS) compared to 2x CVF/PA-2?
Upside for the Brits would be that you don’t have rebuild your Portsmouth base for 65kt carriers. And you could have, say, the QE at some global hot spot and Lion off on excercise with the French/Indians/US while the PoW and Eagle are in refit. You even get to reuse more of your fine old ship names. 😉
Or is this simply tomfoolery from my side! 🙂
Some time ago I found a design of a CTOL Conte di Cavour and a ADS with very much Fincantieri design.
I would very much like some 25.000 ts carries like BSAC 220 (designed by Bazan some ten years ago)with Gripen-Na but I am afraid we will never see that.
Here is the CTOL Andrea Doria and the Fincantieri ADS
Thanks a lot, that CTOL Cavour design was very nice.
Well, maybe when Garibaldi has to retire you’ll get a full-size carrier. Though I have wondered if a carrier-capable Gripen could operate off a catapult-equipped ship the size of Cavour. Does anyone here know enough to give an informed opinion?
Yes, this would be interesting to know.
Considering you apparently can swap the 404 with the EJ200 without changing the fuselage, it would be nice if Eurojet gets the funding to come through with that 103kn EJ development. With this extra power and a what, 50m cat(?), would you be looking at a Gripen taking off with a nice warload?
(The
UK EJ site site even talks of a 120kn version possibly in service in 2016 if they get the funding for it. In that case you’d nearly have the engine power of the 12’200kg Viggen in a much lighter airframe.)
Actually I seem have been wrong on that. While the project is listed among NOBLE’s abandoned projects, I missed a line in the mil.no document that says the project was handed over to the Navy and Army SOCOMs in 2004. If it is now a strictly SOCOM project it would also explain why mil.no doesn’t seem to have any info on recent developments.
These bits from the NATO project white paper (dating june 2003) seem to indicate that they had hoped on a NATO collab in order to make a multi-service solution for CAS helicopters and jets, attack boats and ground troops. (The CRV7 pod fits on existing Hellfire ground launchers from KDA Protec.) As we know from this thread, this collab obviously didn’t happen.
3.4 Potential for collaboration
As outlined above several nations are looking for similar capabilities, and some have already started talks in order to find ways to develop LCPK. The potential for cooperation should be very high, and the benefits from this could improve the solutions at lower cost, and also lead to interoperable tactics & concepts. A NATO led CDE project on LCPK could avoid duplication of effort and facilitate synergy between participating entities.
4.5 General outline of type and level of support for each contributor
NOBLE and Kongsberg Defence & Aerospace have both the financial and the technology needed to fulfill the project with the basic CRV-7 versions.In the role as an air to ground missile fired from helicopters, the project needs support in creating a tactical concept, as well as carrying out experimentation. The Norwegian Armed Forces are not in possession of armed helicopters.
Support from other nations will also be needed for further exploration within the other potential development areas (seeker/platform/munitions).
4.6 Contingent fallback if support reduced
Due to the minimum support needed from the initial part of the project, the fallback would be negligible if any support is reduced. But the air-to-ground role from helicopters will depend on support. If such support is reduced, NOBLE will recommend changing the priority to the Army and Navy, using the missile in surface-to-surface role.
4.4 Timelines
Phase 3 from November 2003 and out 2004 may include industrialization of the first versions. Simultaneously it may include development and integration of other seekers and platforms. Development of LCPK capability in alternative types of munitions in cooperation with other nations could also have a significant potential for a continued LCPK project.
4.7 General outline of cost
Phase 2, development of laser and GPS seeker, including live firing tests of five laser and four GPS guided missiles costs approx US$ 2.000.000.
Phase 3, industrialization will cost approx US$ 2.140.000.Based on a production line of 2000 missiles the cost is stipulated to be $ 10.000 each.
http://www.act.nato.int/transformation/cde/white%20papers/lcpk.doc
Apparently there are only 10 team members in the NOBLE lab so I would hazard a guess that their role in the chain is to be a think-tank and hand over larger projects to larger organs once the concept and initial testing is done. I’m not in the “know” so your guess is as good as mine.
Yes. The english documents I’ve found on this project date back to before they made the seeker heads so I’ll translate this more recent document; (from the official military site)
http://www.mil.no/start/aktuelt/nyheter/article.jhtml?articleID=73881
Initially there was a focus on developing a seeker head that homed in on GPS jammers. The idea was to develop a low-cost counter to the cheap GPS jammers that were later used by Iraqi forces during the war in 2003. The seeker head was finalized during december 2002 and the last time it was successfully test fired on a GPS jammer was during the “Joint Winter 2004” excercise.
The laser seeker head was also employed.
Here’s some info on the other planned seeker heads.
SOF units need a weapon system that gives the possibility of destroying targets from a stand off position, without compromising the unit, and with a low cost. A low cost precision guided missile can be fired from a fire team 15 km off a target. The spotter gives the GPS coordinates to the fire team, which feed the coordinate to the missile and fires it towards the target. Another option is to take out the target with a laser designator and the laser seeker on the missile homing at the target.
Technical data:
Precision: ARM-GPS Guided: 2-4 m CEP
TV/IR Guided: 2-3 m CEPRange: 15 km (ground launched CRV-7 ballistic)
20,5 km (canard fin assisted glide path)
40 km (fired from F-16)
2,5 km (direct firing role)Warhead: RA79 (6kg HE)
Target Types: APCs, vehicles, field fortifications, soft targets, GPS-jammers, small vessels, radars etc.
Diameter: 70 mm (2,75’’)
Total Length: 1,6 m (64’’)
Weight: 16 kg


http://www.mil.no/multimedia/archive/00041/LCPK_Avfyring_41857a.mpg
Here’s a video of a CRV7 with a LCPK guidance kit being fired from a light terrain vehicle. The seeker head was planned to combine a laser seeker and and a GPS-jammer seeker. Both seeker methods were successfully test fired by 2004.
It was a norwegian project dating from 2002 to enhance old stocks of various NATO dumb rockets and they were also thinking of making kits for 122mm rockets in use with eastern european NATO members. Abandoned in 2005.
http://www.act.nato.int/transformation/cde/white%20papers/lcpk.doc
http://www.mil.no/start/aktuelt/nyheter/article.jhtml?articleID=73881
Thank you!
From http://navy-matters.beedall.com/
Update 17/6/2006. A report by Robert Fox in the Evening Standard of 12 June 2006, stated:
Under next year’s Comprehensive Spending Review, the Treasury has warned that the defence budget will have to be cut, threatening a number of major projects including plans to build two aircraft carriers.
Chancellor Gordon Brown also wants £1bn taken from defence and given to the budget for homeland security, according to Whitehall officials.
‘It is a major defence review and cut under any other name” said a senior official of next year’s spending plans, which have already completed their first stage.
…. Ahead of the spending review to April 2008, defence chiefs have already been told that ‘at least one major procurement programme has to go’. The most obvious candidate, say several senior officers, is the plan to build two 60,000-tonne aircraft carriers, due to be commissioned in 2012 and 2015.
… Labour’s blueprint for defence and foreign policy in the Strategic Defence Review of 1998 first introduced the plan to build the aircraft carriers as a vital tool for overseas operations. The programme was due to go to final construction contract in October but this will almost certainly be postponed.
Yes, thank you!
Of course I forgot to add this in my first post: I’m also looking for how many of each aircraft were embarked on these carriers in that era.
This kind of info: http://www.fas.org/man/dod-101/navy/docs/vision/cwings.htm
Sorry I didn’t mean that you should keep it totally clean of ground forces and their influence (the need for ground attack as you say), but it’s an aviation forum and I just wanted to have the main focus (not necessarily all focus) on the airforce and navy issues – differences in R&D, force compositions etc.
Sheesh, I had a look at the pictures of that ship while it still was a gun cruiser – now that’s a real conversion job!
http://www.navsource.org/archives/04/0412305.jpg
No offense taken. I think you will find the total amount you quote includes the extras that Totoro was describing.
Aye you are very most likely right, apologies. I said flyaway cost in my post because I figured Burbage would use as low cost as possible when talking to the press.
I see now that it would have been stupid of him to do that as the full programme cost will be made public when the defense budget for the procurement year is presented – would not be nice to have an old newspaper article come back and bite you with a “L-M boss lied about price” headline – so yes he is most likely talking about the full package cost.