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  • in reply to: Norway to Back out of F-35 JSF Over Industrial Share #2569581
    Stealth Spy
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    More on the UK’s JSF qunadarry.

    MoD sets out ultimatum to US over joint strike fighter

    Defence procurement minister Lord Drayson will tell the powerful US Senate Armed Services Committee next week that the UK must receive critical technical data about the F-35 joint strike fighter if it is to proceed with the project.
    Drayson will say that the UK is committed to the $200bn programme – it has made a preliminary order for 150 of the vertical take-off variants of the aircraft – but that it must have the capability to upgrade the aircraft and be allowed ‘operational sovereignty’.

    The JSF is crucial to the Ministry of Defence’s strategy of ‘expeditionary warfare’, based on air power from two new aircraft carriers currently being designed by a team led by BAE Systems.

    The MoD is locked in a struggle with the Pentagon to secure an agreement on technology transfer that would allow UK contractors to carry out upgrades and servicing on the planes. This would mean the US revealing details of software used in the aircraft’s design that it has hitherto refused to divulge.

    The MoD has submitted a list of requirements to the US Department of Defence and requires an answer before 6 December, when it aims to sign a memorandum of understanding to move from the development phase to the manufacturing phase of the project. Drayson has said the MoD is also developing a ‘Plan B’ option that would involve prolonging the life of RAF Harriers, eventually replacing them with either Eurofighter Typhoons or French Rafale aircraft

    http://observer.guardian.co.uk/business/story/0,,1728787,00.html

    ___

    in reply to: Someone is publishing my photos #2569613
    Stealth Spy
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    If the publisher is a china based one, then i can tell you that you have a long list of company 😀

    in reply to: Searching for the most bizare plane ever… #2570919
    Stealth Spy
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    http://www.ekip-aviation-concern.com/pics/2.jpg

    1. Description of Flying Vehicles “EKIP”

    In the Closed-Stock Company “Aviation Concern “EKIP” the specialists of aviation and space-rocket branches of industry guided by professor L. N. Schukin developed the fundamentals of principally new type of flying vehicles “EKIP”.
    The “EKIP” aircrafts can carry heavy large-scale loads (100 and more tons) at long distances (thousands of kilometers) at a speed of 500-700 km/h at the altitude of 8-13 km. These flying vehicles can move near the surface of ground or water using the air cushion at a speed up to 160 km/h and glide at a speed up to 400 km/h as a “screen-plane”.
    The flying vehicles “EKIP” do not require an airfield. They can land on airfields of any category, including ground and water surfaces. The length of the runway for heavy vehicles (several hundred tons) does not exceed 600 meters, take-off and landing are performed at steep descent trajectory, which decreases the level of noise affecting the vicinity.
    An air cushion device is used for takeoff and landing of flying vehicles “EKIP”. The profound air cushion research developments made at the State Scientific Research Center TSAGI (Moscow Branch of Central Air-hydrodynamic Institute), could not be used in traditional existing airplanes due to absence of large planer area.
    The flying vehicles “EKIP” have large planer area and the air cushion landing gear ideally fits with the structure of the aircraft. It is located under the body of the vehicle and ensures that low pressure is exerted on the vehicle itself and on the runway (ground, water surface) during takeoff and landing.
    This pressure is equivalent to the pressure of a layer of water 220-270 mm thick.
    For the flying vehicles “EKIP” with a load-carrying capacity of hundred tons there is no necessity to build special airfields with concrete runways 5 km long, as it is necessary for heavy airplanes like B-777 (Boeing) and A3-XX (Airbus Industry).

    Mock-up of Passenger Variant of Flying Vehicle

    The flying vehicles “EKIP” will transport heavy loads and large numbers of passengers (1000 and more) to the existing airfields of continental and waterlocked countries.
    It should be specially noted that the flying vehicles “EKIP” may use gas fuel (natural gas and hydrogen). Large volumes of the flying vehicle permit to locate inside it without changing the external contour large volume gas fuel tanks. Limited resources of oil (to last for 50 years) require transition of airplanes to gas fuel. However limited areas of thin wings of existing airplanes do not allow this transition. As the gas fuel occupies half of passenger compartment on airplane Tu-156 and in airplane A-310 (DASA project) the fuel occupies the whole area above the passenger compartment thus changing the external contour of the airplane and decreasing its lift-drag performances. The flying vehicles “EKIP” permit due to large volumes to locate the fuel tanks in the lateral part of the aircraft without changing the external contour of the vehicle.
    It should be noted that with the use of hydrogen fuel the flying vehicles “EKIP” may increase the range of flight 2-3 times compared to existing airplanes of the same load-carrying capacity. Operation of flying vehicles “EKIP” using natural gas and hydrogen will permit to decrease contaminating emissions of exhaust products, i.e. the flying vehicles “EKIP” will be more environmentally safe than the existing airplanes.
    It should be specially noted that use on the flying vehicles “EKIP” of liquid methane will allow to reduce the fuel expenses more than 5-8 times, which should result in a decrease of operating expenses 1.5-2 times compared with the existing airplanes.
    We should pay special attention to the design of the body of flying vehicles “EKIP”. The relative weight of the structure of the vehicles body (compared to takeoff weight) is 30 % lower than the weight of existing airplanes due to the use of composite materials according to the estimation of the DASA special ists. This difference in the weight of the structure re-

    Assembly of Flying Vehicles “Ekip” at Saratov Aviation Plant

    suits in the increase of commercial load by 30 % at fixed range of flight. The possibility to use composite materials in the body of flying vehicles “EKIP” is related to the absence of concentrated loads on the body as a result of absence of large wings and traditional wheel landing gear. Under all flight conditions, including takeoff and landing, the body of the aircraft is under uniformly distributed load, the static component whereof does not exceed the load of a layer of water 300 mm thick. The tail unit of flying vehicles “EKIP” is used for location of aerodynamic control surfaces.
    The power unit of flying vehicles “EKIP” is located inside the body, in the stern part. It consists of two or more thrust high economy by-pass turbojet engines and two or more auxiliary high-economy dual generator turboshaft engines. The power units provide for motion of the vehicle, whereas auxiliary engines provide for operation of air cushion landing gear and boundary layer control device ensuring steady airflow around the body of flying vehicles
    “EKIP” and decrease of drag. During takeoff and landing the auxiliary power units operate in the maximum power mode, whereas during the cruising flight they operate in maximum economy mode.
    The location of thrust bypass engines inside the body of the aircraft permit to create afterburners for the by-pass ducts providing substantial increase of thrust under takeoff condition.
    The location of thrust bypass engines inside the body of the aircraft permit to create afterburners for the by-pass ducts providing substantial increase of thrust under takeoff condition.
    The power units and the auxiliary engines operate under all flight conditions, the flying vehicles “EKIP” have no unnecessary complicated elements like the wheel landing gear, the failure whereof is currently the cause of 70 % of accidents. The deviation of flat nozzles ensures pitch control. The gas power jets of flat nozzles are more quickly damped in the environment, which results in decreased noise in the regions surrounding the runways.

    “Ekip” Flying over the Saratov Airfield

    The power units and the auxiliary engines operate under all flight conditions, the flying vehicles “EKIP” have no unnecessary complicated elements like the wheel landing gear, the failure whereof is currently the cause of 70 % of accidents. The deviation of flat nozzles ensures pitch control. The gas power jets of flat nozzles are more quickly damped in the environment, which results in decreased noise in the regions surrounding the runways.
    To ensure directional and roll control at low speeds of flight pulse control engines are mounted on wing tips, using the main fuel (and natural gas) and compressed air taken from main power units.
    The flying vehicles “EKIP” ensure elevated level of flight safety. When (all) power units are de-energized the flying vehicle may perform a safe landing on the ground or water surfaces. In order that the auxiliary engines become disconnected it is necessary that all (minimum four) gas generators fail. This is hardly probable. In case even one gas generator is in operation
    it should be transferred to the maximum power mode, thus the steady airflow around the body of the vehicle is ensured and the landing is safe even in case ,of failure of power units.
    The basic design feature of flying vehicles “EKIP” is the new vortex control system (UPS) of the airflow in the boundary layer mounted on the stern surface of the aircraft. This system ensures steady airflow around the body of the vehicles and decreases its drag by creating a set of aggregate of consecutive cross vortex. The vortex boundary layer airflow control system is patented in Russia and abroad in Europe, USA and Canada. It allows at low level of power consumption (6-8 % of the thrust of power engines) to ensure steady airflow around the vehicle body during the cruising flight and during takeoff and landing at angle of attack up to 40°. With the use of the vortex boundary layer airflow control system and the control engines the flying vehicles “EKIP” may perform a “bird landing” at high glide slope at landing speed decreased down to 100 km/h.

    http://www.ekip-aviation-concern.com/pics/4.jpg

    ADVANTAGES :
    1. The aerodynamic load-carrying body in the form of short thick wing with small lengthening joining of the functions of the wing and fuselage.

    2. The profile of the flying vehicle body ensuring laminar airflow in the boundary layer of the larger part of upper surfaces of the vehicle, permitting to install on the upper part of stern the vortex boundary layer airflow control system thus ensuring steady airflow around the vehicle body. The vehicle body airfoil allows to install an air cushion landing gear on the lower flying vehicle surface.

    3. The vortex boundary layer airflow control system mounted on the stern surface ensures steady airflow around the body of the vehicles under all flight conditions, including take-off and landing at high angles of attack.

    4. The jet air cushion landing gear, ensuring takeoff and landing of the flying vehicle on airfields of any category, including short runway (500 meters) airfields, ground and water surfaces.

    5. Large volumes of the vehicle permit to mount the fuel system using both the gas and traditional fuel, which reduces the operating expenses and considerably in creases the environmental safety parameters of the vehicle.

    6. The location of main power units and auxiliary engines inside the vehicle permits to use high efficiency noise-suppression and fire-fighting systems.

    7. Main thrust by-pass turbojet engines with afterburners for takeoff and landing and flat nozzles with thrust vector control, including thrust reverse.

    8. Auxiliary dual generator tur-boshaft engines ensure economy mode of operation of vortex boundary layer airflow control system providing for steady airflow around the body of the vehicle during cruiser flight and accelerated air cushion mode of operation during takeoff and landing.

    9. Auxiliary control power units ensure stability and control of the vehicle during takeoff and landing.

    10. Use of composite materials in the body and tail unit of the vehicle ensures low weight of structure, maintainability, long service life and high corrosion-resistance of the vehicle structure.

    http://www.ekip-aviation-concern.com/pics/g2.jpghttp://www.ekip-aviation-concern.com/pics/g2.jpg http://www.ekip-aviation-concern.com/pics/g3.jpg

    http://www.ekip-aviation-concern.com/pics/0.jpg

    Apparently the US Navy wants this Russian plane :

    http://newsfromrussia.com/main/2004/04/23/53577.html
    http://www.ufoarea.com/misc_aircraft_saratov.html

    in reply to: The IAF – March-April 2006 #2570940
    Stealth Spy
    Participant

    The EADS is hopeful that Indian can take advantage of the latest technology at a cheaper price. [b]Talking about cooperating with the Indian companies, Guillaume GASPARRI, country head of the EADS in India said, “We are sure that if the deal goes through, we would be able to produce the Typhoon in India only”. [u]EADS is even reported to have offered to take India on board its fifth generation fighter aircraft development project[/u] :confused:

    Now would anyone care to tell me which this “fifth generation fighter aircraft development project.” is ???

    in reply to: Latest on Indian ADS? #2060573
    Stealth Spy
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    There was joy in Naval Aviation circles as the Indian Navy announced the full details of its Carrier programme, earlier called by the misnomer Air Defence Ship (ADS) to keep the IAF and Government happy. Government sanctioned the design and construction of an indigenous Air Defence Ship in Jan 2003 at a cost of Rs. 3261 crores. This was the most prestigious project, which the Indian Navy had taken up so far. The design and construction of an aircraft carrier is a technical complexity whose dimensions far outstrip any such challenge faced hitherto by the Indian Navy. Only three other nations have built such a large carrier in the past. The carrier with a deep displacement of 37,500 T is being designed to operate a mix of 12 MiG-29K, 8 LCA/Sea Harrier, 10 ALH and Ka31 aircraft. The ship will be built at Cochin Shipyard Ltd, Kochi. Over Rs. 200 crs from the naval budget have been provided for augmentation of infrastructure facilities to enable CSL to execute the ADS order. It was envisaged that the yard would incur an expenditure to the tune of Rs. 500 crs. a year to be able to deliver ADS on schedule.

    General Features

    The ship has a length of 252 m, breadth of 58 m, draft of 8.4 m, depth of 25.6 m and a deep displacement of 37,500 tonnes. The ship will be propelled by four GE LM2500 Gas Turbines same as the Type 17, generating a total power of 80 MW (1,20,000 HP approx.) thereby enabling the ship to do a maximum speed of 28 knots. The ship will have an endurance of 7,500 NM at 18 knots and the logistics endurance of 45 days. The ship will have a complement of 1560 i.e. 1400 sailors and 160 officers. It can carry a maximum of 30 aircrafts and 17 of these can be accommodated in the hangar. The air operations can take place up to sea state 5. The ship will have two runways, one with ski jump and a landing strip with 3 arrester wires.

    Design

    Design of this prestigious ship is being undertaken by the Navy’s own Design Bureau at Kailash Colony in New Delhi under Cmde MK Badhwar and Cdr Kushawa as the main elements besides their strong team. The preliminary design has already been completed and the work related to detailed design is in hand. Production drawings for approximately 5000 tonnes of steel work are already available in the yard. The ship will be built using IHOP (Integrated Hull Outfit and Painting) method and modular construction for which GODREJ, STACO of Korea and a firm from Dubai are in competition. The ship will be constructed using high strength ABA grade steel developed in house between DRDO and SAIL. About 456 tonnes of steel has already been received in the yard from Russia and Bhillai. The ADS will require about 20,000 tonnes of steel.

    Contracts

    Leading Italian ship design and construction yard M/s Fincantieri has been selected by CSL to assist them in integrating the main propulsion system, making the main engine room layouts and for preparation of the Build Specifications for the ship. The inputs in respect of MiG-29 K will be provided by the Russians who will also assist in the associated design work for aviation facilities such as Flight Deck, Hangar, Aircrafts Lifts, Ammunition Lifts, Aircraft Launch & Recovery systems etc.

    Major Project Milestones

    The steel cutting of ADS is began on 11 Apr 05. The keel of the ship is to be laid in Oct 07 with lowering of pre-outfitted engine room blocks into the Building Dock at CSL. The ship after construction and trials is scheduled for delivery in 2012.

    DID adds …

    ..the Air Defence Ship, which will reportedly weigh in at 37,500 tonnes with a design that is heavily influenced by Italy’s Cavour Class

    More …

    The Navy has been promised the N-LCA before 2008 with a capability to launch at 100 knots speed from the 37,500 ton Air Defence Ship being built at the Cochin Shipyard, with a take-off mass of 12 tons from a 12 degree ramp. The recovery will be by arrestor gear at 120 knots landing speed

    in reply to: Pakistan AF News and Discussions 2006 #2572696
    Stealth Spy
    Participant

    What next from vikasrehman & co … JF-17 has AESA radar, TVC, stealth, supercruise ??

    in reply to: Pakistan AF News and Discussions 2006 #2572715
    Stealth Spy
    Participant

    So much for all the J-10 speculation, check this :

    Pakistan negotiating F-16 deal with Belgium, Netherlands

    ISLAMABAD: Pakistan is currently negotiating with Belgium and Netherlands for purchase of used F-16 aircraft, ‘The Nation’ reported on Sunday.

    The decision to approach the two European nations was taken after Pakistan put on hold the purchase deal with the United States in the aftermath of the October-8 devastating earthquake because of its enormous cost.

    As an alternative it was felt that the purchase of used sophisticated aircraft with the option to upgrade it would drastically cut costs while retaining much of its capabilities.

    The latest India-US civil nuclear technology accord and renewal offer of sale of F-16 and F-18 to India has given a new context to Pakistan’s quest for the sophisticated conventional weapons capability. US Secretary of State Condoleezza Rice Friday ruled out a similar nuclear technology deal with Pakistan, ostensibly because of non-proliferation concerns. 😀

    Pakistan has argued that already a huge imbalance exists in conventional capabilities of the two countries and the nuclear deal would compel it to lean more heavily on strengthening nuclear deterrence as an equalizer.

    Negotiations

    Reliable sources said the negotiations with Belgium and Netherlands had reached a fairly advanced stage but recently ran into some snags. Both the countries showed signs of slowing down the progress for mysterious reasons.

    Pakistani officials discounted speculations that the damper originated from the United States, possibly from the manufacturers, Lockheed-Martin, who had contracted the sale of their end-of-the-line aircraft to Pakistan. India had objected to the sale offered in Larch last year but kept the opposition at low level.

    The issue was raised by Prime Minister Shaukat Aziz at Pentagon meeting with US defence secretary Donald Rumsfeld during his recent trip to the United States. Aziz sought American facilitation in clinching the deal with its NATO allies. President Musharraf is likely to ask the American President to expedite the matter.

    Informed sources say the latest thinking in Pakistani defence establishment favours acquisition of a mix of new and used but upgraded F-16 aircraft. Pakistan’s performance in tackling infiltration of resurgent Taliban and remnants of Al-Qaeda along its border with Afghanistan and the apparent US reluctance to provide more sophisticated weapons to Pakistani forces operating in the area, has also been a major source of argument and friction, says the English daily of Pakistan.

    Perspective

    The matter reportedly came for discussion during Mr. Aziz’s US visit and has been given new twist by President Bush’s pronouncements while embarking on his current South Asia trip and at his news conference in Kabul on March 1. He seemed concurring with the Afghan government’s persistent accusations that ‘Pakistan has to do more to block infiltration into Afghanistan’.

    Pakistani officials have been complaining that the US has not done much to provide enough of night-vision devices, advanced Cobra gunship and precision weapons to enhance the strike power of nearly 80,000 troops deployed to combat incursions.

    US diplomats claim that Pakistan is receiving a hefty amount every month (one of them put it at $86 million in a private interaction some time back), for the military operation in North and South Waziristan.

    These payments are not reflected in budgetary allocations, though the Pakistani officials confirmed them with slight disagreement over figures.

    This state of affairs, say informed sources, is one restraining factor in level of operations conducted by Pakistani troops which have suffered unprecedented casualties ever since the operation was launched more than a couple of years ago.

    As such, on occasions, the Pakistani authorities pass on the intelligence to US counterparts across the border about presence of suspect infiltrators but are reluctant to undertake the operations themselves.•

    http://pakistantimes.net/top3060602.htm

    in reply to: The IAF – March-April 2006 #2572740
    Stealth Spy
    Participant

    New news on the Kaveri :

    28/02/06
    Flight International

    India’s Aeronautical Development Agency (ADA) plans to deliver a Kaveri K9 turbofan to Russia for flight tests by mid-year in the run-up to [u]the engine’s installation in the Tejas light combat aircraft (LCA) by the end of 2006. [/u]

    The long-awaited Kaveri test move comes as Snecma wins an ADA contract to assist in its final development phase. “It’s more of a peer review contract,” says ADA propulsion systems group director Swaminathan Ratnam, who adds the upcoming Russian tests are scheduled to run from June through September on an Ilyushin Il-76 testbed.

    Following the completion of tests, the engine will be returned to Bangalore for the start of installation work on PV1 , one of four LCAs currently engaged in flight tests. The indigenously developed Kaveri, originally planned as the baseline engine for the LCA, will replace the General Electric F404-IN20, 11 of which have now been supplied to the indigenous Indian fighter programme.

    The integration effort will involve replacing sections of the fuselage as well as an inlet design optimised for the Kaveri. Flight tests are not expected to start until well into 2007.

    http://www.flightglobal.com/Articles/2006/02/28/Navigation/190/205184/Asian+Aerospace+2006+Kaveri+K9+on+track+for+testing.html

    The Kaveri was previously being tested on the Tu-16 testbed…wonder why its now an Il-76 :puz:

    in reply to: Norway to Back out of F-35 JSF Over Industrial Share #2575008
    Stealth Spy
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    Unhappy about the extent of work its industry is garnering on the Joint Strike Fighter, Norway is considering pulling out of the Lockheed Martin-led program in the next few weeks.

    With an Apr. 1 deadline looming over the country’s status in JSF, Norwegian officials last week went to the U.S. to visit with Pentagon and State Dept. representatives, as well as Lockheed Martin officials, to voice their concerns and urge improvements in the situation. At issue is not just the amount of work, but also the quality of the work packages, Norwegian Defense State Secretary Espen Barth Eide tells Aviation Week & Space Technology. [u]Norway wants its companies to work on high-technology elements, such as system integration or advanced materials, and not be relegated to building commodity items to specifications. [/u]

    The left-leaning coalition of Labor, Socialist Left and Center parties now in power does not feel wedded to the previous government’s commitment, and also brings with it a more interventionist industrial policy. To that extent, the issue of JSF work share–which has been raised before as a Norwegian concern–has been elevated as an issue. The government is also conducting a wide-reaching defense review, which could have implications for JSF even if the country, for now, remains in the project.

    The stakes are high for both the U.S. and Norway in the coming weeks, although the actual value of commitment Oslo has to make later this year–142 million kroner ($21 million)–is tiny compared with the overall $19-billion JSF development bill; in Norwegian defense spending terms, however, it constitutes a significant outlay. The money is due July 1, but if Norway wants to withdraw, it must give three months’ notice.

    The big issue is not the near-term financial obligation, says Eide. But Norwegian government and industry officials recognize that if they stay in JSF, it will consume a hefty portion of the country’s defense investment budget for the next decade. If the return on investment for Norway’s industry is inadequate, companies could face a 10-year drought from which they may not be able to recover.

    For the U.S., the stakes are high, too, particularly at a political level. Other countries also have voiced unhappiness about their industrial return. But having one nation pull out of the project would be a major embarrassment, particularly since program officials this year are trying to sign up partners to commit to the production phase. JSF managers have given themselves until year-end to try to work out those issues and nail down deals on production and in-service logistics support. The first production contracts are to be let next year.

    The Norwegian situation comes on top of outspoken displeasure in the U.K. over how industrial matters have deteriorated with JSF–such as the recent decision to cancel the General Electric/ Rolls-Royce F136 alternative engine program as part of the Fiscal 2007 Pentagon budget submission. Concerns have also been voiced over technology access that would allow the U.K. to maintain and upgrade its fleet independently.

    A U.S. industry official concedes this is a delicate time for JSF. He notes that what’s playing out now is a mix of real unhappiness–particularly as related to the engine activity–and negotiating ploys. He argues that some of the clamoring is merely designed to obtain more work for local industry.

    Eide says several issues are complicating efforts to address Norway’s concerns. One is that U.S. technology transfer restrictions make it difficult for Norwegian industry to be involved in systems integration, where some of the most sensitive aspects of JSF reside. In addition, much of the work already has been apportioned.

    For Norway, the focus is basically on trying to secure a position on JSF for the Naval Strike Missile, a stealthy standoff weapon, and high-end composites work that could serve to make drop-tanks or structural elements of the aircraft. In both cases, Kongsberg would be the main industrial partner.

    Marrying a stealthy missile to the stealthy JSF would have operational benefits, says Eide, and would help satisfy Norwegian system integration interests. The missile itself would likely require a wing modification to allow internal carriage on the F-35 (AW&ST Sept. 26, 2005, p. 44). Australia, another JSF customer, has also expressed interest in the weapon.

    Norway insists that even if it remains in the JSF development program, it’s not a foregone conclusion that it will buy the fighter to replace its fleet of F-16s. The Eurofighter Typhoon, Dassault Aviation Rafale and Saab Gripen are also contenders. Likewise, Eide notes, Norway could decide not to participate in JSF development and later end up buying the aircraft.

    Norway will first complete the larger defense review, which is just getting started. Conclusions from that assessment will likely be drawn next year, with a fighter production decision to be made around 2008. Notionally, Norway would buy 48 fighters, but that number is subject to change depending on the findings of the defense review, Eide notes.

    http://www.aviationnow.com/avnow/news/channel_awst_story.jsp?id=news/022706p2.xml

    in reply to: Norway to Back out of F-35 JSF Over Industrial Share #2575013
    Stealth Spy
    Participant

    Who next … Australia ?

    AUSTRALIA is facing a further cost blowout on its purchase of next-generation fighters…

    […]
    A report in London’s Sunday Times newspaper cited Ministry of Defence officials as saying Britain was developing a “PlanB” to purchase an alternative fighter – a modified Eurofighter – for its navy if it cannot overcome concerns over the project costs and technology transfer.

    Any pullout by Britain, which has invested $2billion and was slated to buy 150 F-35 aircraft for its air force and navy, would force up the costs for other countries planning to buy the fighter jet.

    The JSF project, already plagued by cost overruns, aims to build 2500 of the sensor-evading stealth fighters for the US, and hundreds of others for its allies under the most ambitious program of its kind.

    Australia is slated to spend about $16 billion to buy up to 100 F-35s to replace its ageing F/A-18 fleet. But Defence officials warned this week Canberra could buy just 50 if the aircraft becomes prohibitively expensive.

    http://www.theaustralian.news.com.au/common/story_page/0,5744,17732961%255E2702,00.html

    Before this, it was long understood that Australia, along with the other participating nations, was required to sign contracts detailing the number of aircraft it required in the second half of 2006. Each nation was also required to nominate which JSF variants it wanted. According to Hill, however, the Australian government is now expected “to make a decision on aircraft purchases in 2008”.

    The revised 2008 deadline is understood to have been brought about by delays in the JSF programme. Canberra is likely to use the additional time to further refine its JSF options for replacing F/A-18 Hornet fighters and F-111 strike aircraft currently in service with the Royal Australian Air Force (RAAF).

    http://www.janes.com/defence/air_forces/news/jdw/jdw050524_2_n.shtml

    in reply to: Norway to Back out of F-35 JSF Over Industrial Share #2575032
    Stealth Spy
    Participant
    in reply to: India seals high-tech U.S. arms deal #2575273
    Stealth Spy
    Participant

    Dunno about tinwing and his smoking but India’s defence budget has incresed by 7.2% this year.

    The national budget for the year 2006–07 has a total federal outlay of Rs 563,991 crores, of which $20 billion or Rs 89,000 crores are earmarked for defence, a 7.2% increase over the previous year’s budgeted military expenditure. The projected defence spending is 2.4% of GDP –– a virtual Lakshman Rekha hovering around 2.5% for so many years –– much below the expectations of military-planners who have been campaigning for a sustained spending of more than 3% of GDP to speed up the ongoing modernizing process. Pakistan and China’s figures are around 4 to 4.5%.

    Of the Rs 89,000 crores defence budget, Rs 37458 crores –– or 42% of the total outlay which is more by Rs 4383 crores than last year –– is earmarked for capital expenditure or the purchase of arms and equipment. A point to note is that in the last year, the defence ministry failed to spend Rs1300 crores, thus marking a turnaround from earlier years, when it surrendered much more money earmarked for purchasing modern arms. The revenue expenditure of 58% though it is a lot more for the Army, signifies a need for streamlining the manpower and older weaponry. South Block sources said, the Army is likely to get just over Rs 40,000 crores, the IAF about Rs 25,000 crores and the Navy possibly a little over Rs 15,000 crores. Of this the revenue expenditure is likely to be –– Army Rs 32,300 crores, Airforce –– Rs 9860 crores and Navy –– Rs 6715 crores. The outlay for the 39 state-run ordnance factories is Rs 976 crores while for the Defence Research and Development Organisation is Rs 3008 crores.

    Full analysis >> http://www.indiadefence.com/def-bud-06.htm

    in reply to: The IAF – March-April 2006 #2575830
    Stealth Spy
    Participant

    Not to mention, the NORA (& several of the Gripen’s components) might well fit into the Tejas as well. 🙂

    Gripen eyes Indian jet fighter order

    Swedish fighter jet manufacturer Gripen is agressively pitching itself to bag the estimated $10 billion deal.

    “We have 30 years of future to offer to India through our product,” Bob Kemp, the company’s vice president (international marketing and sales), said Wednesday at the four-day Defexpo that began here Jan 31. But amidst concerns as to whether Washington would allow US firms to make the sale to New Delhi, Gripen has taken the opportunity to showcase its jets – “the true new generation fighters”.

    “While some of the aircraft offered are outdated and already being phased out in various parts of the world, many are not even sure what they can offer to India,” Kemp told IANS.Kemp markets his product as a multi-role easy operational aircraft, which is flexible in terms of manoeuvrability as well as for carrying arms.

    It can even land on a road moving away from high risk bases and can take off within 600 metres in 10 minutes after touching down and arming itself,” he said. “It can carry weapons of your choice irrespective of who manufactures them, really simple and yet sophisticated.”

    Observing that India already has a wide variety in its inventory, Kemp said: “Gripen can offer a perfect force mix to complement the existing IAF (Indian Air Force) Sukhoi fleet.

    Gripen has been keenly observing the requirements of the Indian fleet and its problems. “While our fighters operate at least at 50 percent low operational cost than nearest rivals, our contracts would also ensure a steady supply of spares,” Kemp asserted.

    Full Article >>

    However sea-ll, i doubt BAe will throw its weight behind the Gripen consedering that the Eurofighter is participating as well.

    in reply to: The IAF – March-April 2006 #2575859
    Stealth Spy
    Participant

    Ericsson, which supplies most of the electronics for the JAS-39, is bidding the Not Only a Radar (or NORA), which is supposed to contain some 1,000 transmit/receive (T/R) modules.

    Folks the NORA is in. Take a look :

    NORA – ACTIVE ELECTRONICALLY SCANNED ARRAY
    Ericsson’s future airborne radar is Not Only a Radar, NORA 😀 , but also a complete electronic warfare system including jamming and data communication. The new radar will use an Active Electronically Scanned Array, AESA, built up with approximately 1000 individual transmit/receive modules. The antenna, mounted on a single-axis platform, will give well over 200 degree coverage in azimuth. NORA will offer superior performance by virtue of a number of core capabilities at Ericsson – beam agility, beam widening, multi-channel processing, target-specific waveforms and low radar cross-section.

    In addtion it also offers :
    -High resolution air-to-air and air-to-ground modes
    -Outstanding tracking performance
    -Comprehensive ECCM
    -High Reliability
    -Full support for AMRAAM missiles
    -Modular construction

    MIDIS – MODULAR, MULTI-FUNCTIONAL DEFENSIVE INFORMATION SYSTEM
    A new dimension in electronic warfare: MIDIS is a highly modular and multi-functional defensive information system that meets the requirements for situation awareness, survivability and sensor fusion in tomorrow’s dense and complex signal environment. MIDIS introduces new principles for signal selection and adaptive processing allied with [u]state-of-the-art technology of Ericsson’s in-house integrated Microwave MultiChip Modules (MMCM). [/u]

    http://www.airforce-technology.com/contractor_images/ericsson2/ericsson2.jpg
    ^^A new dimension in electronic warfare: MIDIS is a highly modular and multi-functional defensive information system.

    MACS – MODULAR AIRBORNE COMPUTER SYSTEMS
    Developed for the Gripen fourth-generation multi-role fighter, the Ericsson MACS is a standardized, highly modular multiprocessor real-time computer concept designed for severe airborne environments with their real-time applications. MACS meets all the requirements for demanding airborne situations and provides:

    – High real-time performance
    – Modular functionality and performance
    – Low weight, volume and power consumption
    – High reliability

    http://www.airforce-technology.com/contractor_images/ericsson2/ericsson4.jpg
    ^^Developed for the Gripen fourth-generation multi-role fighter, the Ericsson MACS is a standardized, highly modular multiprocessor real-time computer concept designed for severe airborne environments with their real-time applications.

    http://img382.imageshack.us/img382/8296/gripendsc14731zb.jpg

    Here’s a GREAT Gripen cutaway (1.5 MB jpg file !)

    link

    Very very impressive, no ?

    in reply to: The IAF – March-April 2006 #2576754
    Stealth Spy
    Participant

    India’s quest for fighter could cost losers dearly

    By Reuben F. Johnson / Asian Aerospace February 2006

    The Indian Air Force’s (IAF) medium multirole combat aircraft (M-MRCA) tender is beginning to resemble a free-for-all that shows no signs of abating and will continue for several years. What makes this tender an unusual one, however, is that the type of radar and onboard systems which will be included in the deal, the co-production arrangements to provide work for local Indian industry and geopolitical considerations are going to carry far more weight in the decision process than the actual choice of the aircraft itself.

    When it is finally released, one the most important technical requirements that is expected to figure in the tender’s official request for proposals (RFP)–now delayed until as late as June–is [u]the requirement that any fighter participating in the competition be equipped with an active electronically scanning array (AESA) radar.[/u] “We are ninety-five percent or better confident that having an AESA onboard is going to be a make-or-break condition of bidding on this program–it is the price of admission,” said one Western industry representative familiar with the program.

    This creates a complicated scenario for some of the companies bidding, and has precipitated strange and previously unheard-of combinations of aircraft and radar suppliers.

    Normally, integrating a new radar onto an airframe for the sake of just one customer is prohibitively expensive because of the nonrecurring costs, but the prospect of the unusually large sale of 126 aircraft to India–larger than any other export sale in more than 17 years–creates enough economies of scale that this issue is moot.
    The good news is that the deal is so big there is a bonanza of a prize waiting for whichever firm is able to win the competition. The bad news is that the traditional features of Indian aircraft sales are an anathema to most of the firms vying for the tender. Those familiar with Indian defense procurements describe them as an arduous five years or more process that involve mountains of hand-written paperwork, fighting uphill battles against a stultifying bureaucracy, excessive regulations that tie companies in knots, labyrinthine cost and financial accounting requirements and all manner of other obstacles that seem designed to prevent a procurement from ever being successfully completed.

    In the past, the major suppliers of weapons to India have been Russian defense enterprises, and a myriad of shadowy linkages between Russian and Indian middleman have normally been the mechanism by which these headaches are resolved, but this tack will not work if the Indians wish to retain the participation of most of the major Western firms on this tender.

    The Line-Up
    Provided the process can be made more user-friendly, there are several major players maneuvering for position in this competition.
    Lockheed Martin’s venerable F-16 is the most popular aircraft in the region, but as of today only one model of the aircraft is equipped with an AESA, the Northrop Grumman (NG) AN/APG-80 that was developed for the F-16E/F Block 60. If Lockheed Martin were to sell some variant of the Block 60 to the IAF they would have to pay the United Arab Emirates (UAE) an approximate 7 percent per aircraft royalty, as the desert kingdom funded the development of this configuration and has resale commission rights.😮 Another solution would be for Northrup Grumman to retrofit the AN/APG-80 to the F-16C/D Block 50, making it a “Block 50 double plus” variant, but this involves costs and engineering problems that are not tackled lightly–most notably adding a liquid-cooling system.

    The other U.S. competitor is the Boeing F/A-18E/F Super Hornet, which the Chicago-based planemaker is working hard to promote since there are no export customers yet for the new E/F configuration. “India is the largest fighter deal since the beginning of the 1990s,” said Boeing Asia/Pacific regional vice president Mark Kronenberg here at Changi. “It’s got everybody’s attention.”
    The Super Hornet is equipped with the Raytheon AN/APG-79, which is currently undergoing some of its final operational testing.
    Raytheon representatives explained that the APG-79 model is the embodiment of all of the technologies and design concepts developed for their bid on the Joint Strike Fighter (JSF) program. Currently, Raytheon is contracted to build a total of 232 units, which also provides the economies of scale necessary to be a competitive bidder.

    Several years ago the Saab JAS-39 Gripen was considered the odds-on favorite for the Indian tender:eek:, and was at one time the only Western competitor in the race. Gripen International officials told Aviation International News that they were briefed here at Changi this week by the visiting chief of the IAF as to the requirements of the soon-to-be-issued tender. Gripen representatives would not comment as to the details, except to say that–based on the chief’s comments–“the Gripen and the [IAF Sukhoi-made] Su-30MKI would be a nice combination for India.” [u]Ericsson, which supplies most of the electronics for the JAS-39, is bidding the Not Only a Radar (or NORA), which is supposed to contain some 1,000 transmit/receive (T/R) modules.[/u]

    One of the real wild cards in the race is Dassault. A delegation accompanying French President Jacques Chirac on a three-day state visit to India this week included Dassault CEO Charles Edelstenne, who intimated what had been widely anticipated for some months now: that his firm would be following up its withdrawal of the Mirage 2000-5 from consideration in the M-MRCA tender with the offer of proposing the Rafale in its place.

    “We explained that keeping the Mirage 2000 production line waiting [for five more years] would be too costly, but the Indian authorities obviously are not certain about this yet,” he told the French financial daily Les Echos. He told local Indian and international media that he is in New Delhi to “clarify the situation.” Although Edelstenne made no formal offer for an aircraft in place of the Mirage he did say that “we are waiting for the tender to be issued and to see whether we can bid with some other aircraft,” which could only be the Rafale.

    The Russian Legacy:
    The biggest contender of all, however, may still be RSK-MiG in Russia. Over the last several decades, Russia has been India’s reliable and most consistent arms provider. India received massive technical assistance from Russia–including setting up a series production line at the Hindustan Aeronautics Ltd. (HAL) plant in Nasik. The IAF was one of the first foreign customers to receive export versions of the MiG-29 fighter in the 1980s.

    Most notable among all of Russia’s cooperative programs with India has been the Su-30MKI that was designed and manufactured for New Delhi in the second half of the 1990s. Former Irkut general director Aleksei Fedorov masterminded this development and he is now the general director of RSK-MiG which is now offering India the MiG-35.

    The MiG-35 is to be an ambitious leap. It takes the MiG-29 and redesigns its structure, giving the aircraft an all-new digital internal infrastructure, and engines with a thrust-vector control package similar to that of the Su-30MKI. Press releases and public statements on the MiG-35 have also stated that the Russians will not be outdone and will offer an AESA. The question is whose AESA, since none of the Russian radar design bureaus plan to have a model ready in the time frame that the Indian RFP is anticipated to dictate.

    The dark horse candidate in this case is the Israel Aircraft Industries (IAI) Elta EL/M-2052. IAI is showing this radar for the first time at Changi and although its spokesman will not confirm that the company is bidding with MiG on the Indian tender, it does state that the MiG-29/35 is one of the more near-term possibilities. The model seen here at the airshow is set up for a liquid-cooling system like most other AESAs, but IAI engineers claim that a version of this radar for the MiG-29 would be a smaller array, small enough that it could use an air-cooling system. Liquid-cooling systems can be a maintenance headache, so this is not a small accomplishment on the Israeli’s part.

    Technology versus Politics:
    Technology is not the only issue involved. Politically, the current administration in Washington wants to cement closer relations with India. At the same time, the U.S. Air Force would like to have HAL and other Indian firms in the business of operating and supporting U.S.-made aircraft. Having a huge F-16 base in India would allow Lockheed Martin to outsource much of its F-16 after-sales support and free up its engineering workforce to focus on the F-35 JSF.

    But can India really afford to turn its back on its long-time friend Russia without so much as a by-your-leave? Additionally, the costs of adding a modern, U.S.-made aircraft into the Indian logistics and maintenance system (which is well-equipped to handle the Mirage and MiG-29 fighters that are currently operated in the IAF) would be a huge, on-going expense. India’s military and political leaders would have to weigh the political and technological benefits against these considerable costs.

    One predicted version of events has the Indians upping their buy from 126 to 200 fighters and then buying 100 MiG-29s to keep in good stead with the Russians, plus 100 F-16s or some other Western aircraft in order to provide their industry with a new infusion of technology. This solves a number of political problems for the Indians, and would also give the IAF one of the most powerful fighter forces in the region.

    The problem with this “deciding not to decide” option is that it means another 74 aircraft must be purchased, which is not a small sum. Officially, none of the Western firms vying for this contract have been told that the finances for this tender have been increased to allow for this 60-plus percent increase in the buy, so for the moment the contract still appears to be a winner-take-all 126 aircraft deal. Much of this remains speculation until the official request for proposal from the Indian government is released.

    “Five–maybe seven–years might be the full scale of this procurement,” said one industry insider with knowledge of Indian defense buying. “And after all of this the answer may still be ‘no, we will not buy anything but will instead keep trying to build our own aircraft.’” The outcome is almost entirely unpredictable–just as a year or more ago the idea that the F-16 or F/A-18 would ever be sold to India was unthinkable.

    http://www.ainonline.com/Publications/asian/asian_06/d2indias1.htm

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