Wasn’t Turkey developing its own basic military trainer ?
Is there a good Reason that the U.S. hasn’t offered the F-15SE or the F-35?
The F-15SE is too close to the Su-30MKI in size and the IAF with 270 on order doesn’t want anymore of the biggest fighters. Thats the same reason that the IAF didn’t ask for the Su-35 to be included in the MRCA competition.
The F-35 was yet to begin testing when MRCA began initially and LM at that time offered its top of the line F-16 which was still being supplied to UAE. The F-35 is also very unlikely to be available in the timeframe that the MRCA needs to start deliveries. Unless partner nations with early slots start delaying their deliveries for any reason.
Something strange I spotted in the interview with the ADA Director about the LCA…
http://forceindia.net/interview8.aspx
“We are confident that the Tejas equipped with the alternate engine will provide the IAF with a fighter which offers contemporary performance over a decade of service.”
Why would the director be saying that the Mk2 would be in service for a decade? Perhaps that as just a slip of the tongue. Otherwise a decade seems a remarkably short service life unless the intention is to fly each Tejas Mk2 very intensively (say 500+ hours per annum). Any comments to explain would be welcome.
It might possibly be up for some upgrades by then..Just like the Su-30MKI is now starting to see reports of planned upgrades for the oldest in service (which are not yet a decade into service).
I suggest that before commenting, & especially before asking questions, people should read the SDSR.
The new plan is to delay completion of Queen Elizabeth (thus, necessarily, delaying PoW) to allow her to be reconfigured with cat & trap. It’s now planned to have one carrier operational, & one in reserve, able to be rotated with the active one, or regenerated to give two carriers if needed. There will be another review in 2015, & it is stated that it is possible that one carrier may be sold, if circumstances change to permit it, e.g. if a shared carrier arrangement is made with an ally – but it is implied that’s something to be looked at in the 2015 review.
This report from Flightglobal also says that there is a possibility that the second CVF may be sold. Otherwise both will need to be equipped with catapults to be able to embark F-35Cs.
A second CVF vessel will also be completed, but initially held at extended readiness and possibly later sold.
Are these going to be paid for by Pakistan or are they for free?
These are posts on BRF by Group Captain Hari Nair (retd.) who is a TP for the LCH program now. He was a former Sarang Display pilot who flew the Dhruv ALH.
Yes indeed, the LCH does sound distinctly different from the ALH. The aerodynamic interaction of the rotors with the different fuselage may be a reason.
[b]
I don’t believe we should mess around with that tail rotor. Presently, its an absolute aerodynamic wonder – gives some amazing Darth Vader-like control power to the pilot. No namby-pamby stuff like “loss of tail rotor control authority” or whatever that afflicts a whole heap of helicopters, including certain Russki & Yank types. This tail rotor delivers control power when demanded – I have never felt it giving up (or about to give up) in a mess of stall or vortex ring.Whilst flying as part of the first Sarang DisplayTeam, I recall that it was fairly easy to match other formation members turn rates during ‘stall’ (or torque) turns while pitched up in the near-vertical attitude at zero airspeed. In that very demanding condition, its pure tail rotor control power that comes into play. Its the same for single aircraft displays. All this is irrespective of prevailing wind conditions. And in that context, there was once, whilst displaying over the sea (near the coast-line), and carrying out a manoeuvre in adverse wind conditions, when the lead Sarang ALH encountered a particularly nasty gust of wind that threatened the purity of the display. I recall stomping on the rudder and the tail rotor held the ALH in-line as it always has. The combination of forces, however, led to a fairly nice crick in the neck to both of us (the young co-pilot, who now is a distinguished A2 QFI in the IAF) and yours truly. The end result was – nobody noticed anything amiss, but both of us required liberal doses of Iodex on our necks to recover for the next day’s display sequence!
And this was his reply regarding the CAG report on the content of indigenous components in the ALH..even that has been cleared up as being mainly because they are still importing the basic raw material for the composites till a facility in Gujarat state is able to get its material upto spec and certified.
The CAG is definitely NOT a bunch of hare-brained babus as has been made out to be. I have found some of their remarks and analyses on certain aircraft acquisitions surprisingly precise and accurate. Don’t underestimate them, they are good.
However, in the case of the ALH (Dhruv), I do believe their conclusions on 80-90% imports (probably by cost percentage) being a point for audit is incorrect. Yes, most of the avionics and quite a few systems are imported but then, consider this:-
The critical high-tech main & tail rotor blades are made locally.
The entire transmission systems are made locally – all the gear boxes including the Main Gear Box (that holds the helicopter up and provides the drive from the engines to the rotors. All these essentially amount to the very core of the helicopter. Worldwide, there are just a handful of countries making these components & we are actually one of them.
The fuselage & undercarriage are all made locally – including the very critical crashworthy sections.
The ALH has been made to a very exacting Air Staff Requirement of the IAF & Indian Army and to meet all the stated objectives, it may not be possible to use everything indigenously made. In any case, a whole lot of systems & avionics are just simply NOT available locally.Barring the US of A (and erstwhile Soviet Union), most countries do NOT make the A to Z of an aircraft. Consider this – open up a BAE (British Aerospace) navigation system LRU and don’t be surprised to find cards & chips made in Taiwan! Check out the European helicopters – all of them are multi-country projects!
It’s a globalised economy and its just plain stupid in these times to try to make every single thing at home.
The game really is to make a reliable and maintainable helicopter – that meets the performance requirements of the Services & also has a reasonable indigenous content at its core (which I believe the ALH already has).
I believe most people would take a pilot’s word (that too a Test Pilot) as being quite true and accurately reflecting how the IAF and IA look at the Dhruv.
M&M have been acquiring some Aussie firms to acquire some experience and tools in aircraft design and manufacture. But their biggest current project is the 5 seater civilian prop that they’re co-designing and developing with NAL, the NM-5. Anyway, it will be good if the private sector gets into aircraft manufacture for the IAF and this is a good way to start, with a basic trainer which isn’t as complicated as a combat jet trainer or fighter. Will allow larger volumes to be produced and hopefully create competition with state run HAL.
BTW, the Orlik being offered is an upgraded variant that was unveiled recently.
Madrid, Oct. 18
Airbus Military’s subsidiary in Poland, PZL, has entered into an initial memorandum of understanding (MoU) with Mahindra and some other Indian companies to meet the offset obligations of an Indian Air Force contract.
The tender is for 75 aircraft with the first 12 being assembled in the facility of the country that wins the contract while the rest will be assembled in India.
“I do not know who will be our final co-operator, probably Mahindra.
“The issue is to organise the final assembly line of this aircraft in India as part of the offset obligation. The final choice we shall see. Mahindra is a big organisation but they do not have experience in the aviation industry,” Mr Wladyslaw Skorski, Vice-President Operations Director, told a group of visiting Indian newspersons.
PZL manufacturers said the Orlik aircraft is expected at Jamnagar at the end of the month to participate in the IAF competition. Airbus Military, a sister concern of Airbus, is also “assessing and evaluating” options in India, senior company officials said.
When even Indian Army and Navy are going to purchase foreign light choppers, why would Russia go for Dhruv!?
The IA and IN are only looking to buy a foreign heli because the Dhruv is not in the weight category that they want.
They want a single engined chopper in the 3.5 ton category to replace the Cheetah and Chetak. The Dhruv is a 5.5 ton category twin engined helicopter.
BTW, there is a Light Utility Heli (LUH) being developed by HAL as well, and the current goal is to buy 187 foreign light helis and then shift to the indigenous LUH.
As it is, the IA, IAF and IN together operate more than 80 Dhruvs and another 165 or so are on order, including WSI Dhruvs.
IF the Typhoon wins the MRCA competition (a very unlikely proposition), this might well not be so uncommon a sight..Su-30MKIs and Mirage-2000s operating alongside Typhoons. Damn potent mix.
great picture of the Dhruv ALH in operation at 12,000-14,000 ft while rescuing 120 soldiers of the IA.
We’ve been expecting this to happen for some time now. Now I’d expect to see the same Samtel-HAL JV to develop new and possibly larger displays for the Tejas Mk2 as well, in keeping with what PS Subramanyam said in his interview with Force mag about an upgraded cockpit for the Tejas Mk2.
2010-10-20 The Indian Air Force Sukhoi Su-30 MKI fighters will soon be installed with an advanced multi-functional display system developed by Samtel-HAL. The display systems are being manufactured under a limited series production by the joint venture in collaboration with scientists and engineers of the state-run Defence Research and Development Organization (DRDO) at a cost of Rs.250 crore.
“The first home-grown multi-functional display (MFD) system will be fitted in the cockpit of a Sukhoi for a roll-out Friday”
..
“We have supplied five ship sets of MFD systems to the IAF for conducting flight trials in association with the Aircraft Systems Testing Establishment (ASTE), the Centre for Military Airworthiness and Certification (Cemilac) and HAL”
..
“We will have to produce five ship-sets every month. We hope to meet the requirement in the next five years. The systems were cleared for the series production a fortnight ago.”
..
“Our technology is ready and the potential is huge as it operates in all-weather conditions”
— Samtel-HAL Display Systems Ltd Executive Director Puneet Kaura told reporters.The multi-functional display system displays a composite view of the aircraft’s environment, providing the pilot with all information to make safe decisions during every phase of flight. Engine performance and situational data such as location, terrain and weather and airport information, which are digitally depicted can be quickly interpreted at a glance on the large-format display.
About 30 flight trials were conducted so far at the HAL airport in Bangalore.
The indigenous MFD systems will replace the flight display systems of French aerospace firm Thales, fitted on Sukhois, significantly reducing the cost.…..
Exercise Indra-dhanush (Rainbow) begins today at AFS Kalaikunda in the eastern state of West Bengal.
The flying exercise missions of Indo-UK Air Exercise Indradhanush began today i.e. on 20 Oct 2010 at Air Force Station Kalaikunda. Elaborate briefings on standard operating procedures, rules of exercise and familiarization of the local flying area etc were carried on initial two days of the exercise i.e. 18 & 19 October 2010.
The Royal Air Force is participating with Typoon Eurofighters, the E 3 D Sentry, and VC-10 mid air refueller while the IAF has fielded the Su-30 MKIs, Mirage 2000s, Mig 27s and its AWACS ( for the first time in a joint Air Exercise). These assets would be combined along with the aircrew and then divided into the blue and red forces. The red forces are the agressors while blue forces are the defending side. The roles of the participants are changed through out the exercise. The degree of difficulty during the exercise missions is increased by random denial of mid air refueling, and radar silence etc. The major highlight of the exercise is large no of aircraft operating together and against each other in limited time and space putting the skills of the pilots and the fighter controllers to test. This is known as large force engagement operations (LFE).
Air Marshal L K Malhotra of the Eastern Air Command met the participants and addressed them today. In his address he said “apart from the pilots flying these missions, it is an excellent opportunity for the controllers who would be either controlling these missions or will be on board AWACS aircraft as observers.”..
….
He also said “the aim of the exercise is to enhance mutual understanding and refine procedures. During this exercise a specific emphasis will be laid on exposing the controllers (ATC & AWACS) to large force engagements and protection of high value aerial assets. Another area of emphasis would be the management of logistical needs to move large forces from one part of the world to another.The Exercise Indradhanush concludes on 03 November 2010.
I had a question regarding the Typhoon program whose figures are published on Pg 15. It is mentioned that the Current Forecast cost to completion for the Typhoon program is £17,962 million as against the Expected Cost to completion at approval of £17,115 million. These are figures for Tranches 1 and 2 only and all 144 approved Typhoons will be kept in service.
So does any one have any idea how this program cost was arrived at? Does it just include acquisition costs or does it include development costs as well? I’m guessing it does but if someone can break it down further it would be great? If it is merely the acquisition cost, the cost is astronomically high at around £125 million per unit. How much would the cost of the Typhoon be assuming that no more money was to be spent on developing any new capability and they were ordered at the existing Tranche 3A standard?
Say buy 24-30 Rafale F4 in five years and we sell you for cheap the expertise to upgrade and maintain Mirages independantly. As well as offering Greece to market upgrades for other Mirage 2000 users (India comes to mind), while Dassault focuses on Rafale, Neuron etc…
The truth of the matter is that India is much closer to a Mirage upgrade deal than Greece is with a Rafale purchase or a Mirage-2000EGM upgrade. The final contract signature is most likely when Sarkozy arrives in India this December. So, with India paying around $2 billion for upgrading 51 Mirage-2000H/THs alongwith the weapons, HMDS, etc. and 49 Mirages to be upgraded in India itself, I feel that this will be the last money spent on these jets in the IAF. They will all serve till 2025 and then be retired peacefully (I hope) to be replaced by PAK-FA or AMCA jets.
There is really no possible money to be made by Greece by offering upgrades for the Mirage-2000 since the only other operators are those with too few (Egypt, Peru) or too less money (Peru) to be able to afford the cost of Mirage upgrades or those who are looking to sell off their Mirages (UAE, Qatar). Taiwan has the numbers and the money but with China bullying, I doubt that Greece could afford to lose China’s business rather than make a few hundred million offering upgrades to the Taiwanese -5s.
This is one aspect that also applies to a lot of the MRCA contenders too (if the provision is there to offer locally developed upgrades, or pick a workshare in OEM offered upgrades for the MRCA)- that even with India buying such a large number of MRCAs, if the Gripen NG/MiG-35/F-16IN/Super Hornet or Rafale win, there are too few customer countries to make much money off by selling cheap upgrades licenced from the parent companies. Regarding the Typhoon, the numbers in service are large, but whether or not there will be any serious volume of upgrades is debatable. Since Eurofighter consortium has 4 partner nations, each that wants a pie in the workshare, work allocated to India will be quite small. So in most cases, these workshare opportunities may not be too substantial.
This is where F-35 partner nations will be making a lot of money simply by developing new upgrades and solutions over the life of the F-35 (maybe 30-35 years) that will be integrated to a large worldwide fleet of F-35s, similar to what is happening with F-16s but with more partner support and participation.
Aspis, how concerned is the HAF about the impending F-35 threat? Do you believe that a Gripen NG can adequately deal with the F-35 threat for the coming 20-25 years? And I mean a real threat of a war over resources, rather than just dogfighting and chasing away intruders. Sure, the Meteor is a big addition to the Gripen NG’s arsenal, but how confident are you about TuAF F-35s being truly deterred by the Gripen NG?
some details about the Rustom UAV that flew recently.
courtesy FrontierIndia
link
“RUSTOM” the Medium altitude long endurance Unmanned Aircraft being developed by Aeronautical Development Establishment, a premier DRDO lab specializing in UAVs and flight control systems, was successfully flown in its maiden flight on 17th October 2010. The aircraft was flown in a manner exactly as planned, up to a height of 3000 ft. and remained airborne for 30 minutes and completed all mission requirements. It taxied, took off and landed (among the most challenging maneuvers for a UAV), using a runway at an air field owned by Taneja Aerospace and Aviation (TAAL), Hosur, like a normal aircraft. Lt Col VS Thapa of Indian army, an experienced External Pilot for UAVs who was situated at the edge of the runway and he controlled it without any difficulty throughout its flight which included the pilot assisted takeoff, flight in air and a copy book style landing. The subsequent flights will test and demonstrate these capabilities such as GPS controlled Way Point Navigation, Get U Home, altitude and endurance parameters, the systems for which have been already incorporated in the aircraft.
Rustom with a designed endurance of 12-15 hour, 25000 ft. altitude ceiling and 75 kg pay load is forerunner to the more advanced Rustom H and UCAV. The data link for this aircraft has been developed by DEAL, another DRDO laboratory and the airframe has been built by Zephyr Aerospace, Coimbatore. Rustom UAV can be used by all the three armed forces of our country. Such Unmanned Aircrafts help to avoid the risk to the human pilots in operations that involve flying in hazardous zones.