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Showing posts with label Indian Defence Forum - Indian Air Force. Show all posts
Showing posts with label Indian Defence Forum - Indian Air Force. Show all posts

Thursday 25 December 2014

IAF diluted al least 12 benchmarks for trainer aircraft http://ift.tt/1417Wrx

IAF diluted al least 12 benchmarks for trainer aircraft



Retired Air Chief Marshal S P Tyagi, former Indian Air Force (IAF) head, faces a Central Bureau of Investigation chargesheet for allegedly diluting a single specification of the VVIP helicopter that India was buying.



In the Air Staff Qualitative Requirements (ASQR), the helicopter’s service ceiling was lowered from 6,000 to 4,500 metres. This made the AW-101 helicopter eligible and its Anglo-Italian manufacturer, AgustaWestland, bagged the euro 556 million (Rs 4,377 crore) IAF contract for 12 helicopters.



That violation, now under investigation, is dwarfed in the IAF’s purchase of the Pilatus PC-7 Mark II basic trainer aircraft (BTA), where at least 12 benchmarks were changed between March and October 2009, including some relating to pilot safety. These allowed the PC-7 Mark II, fielded by Swiss company Pilatus, to qualify and win an IAF order worth $640 million (Rs 3,780 crore) for 75 BTA.



Business Standard is in possession of the documents relating to this case. Asked for comments, the IAF has chosen not to respond.



The documents reveal that up to September 29, 2009, Hindustan Aeronautics Ltd (HAL) was indigenously developing 181 BTA for the IAF, dubbed the Hindustan Turbo Trainer–40 (HTT–40). On March 5, 2009, IAF laid down stringent performance benchmarks, dubbed Preliminary Air Staff Qualitative Requirements or PSQR.



These began getting diluted in September 2009, when the ministry of defence (MoD) permitted IAF to import 75 BTA through a global tender. Within days, the IAF issued a relaxed ASQR, in a document numbered ASQR 18/09. While the Pilatus PC-7 Mark II would not have met the earlier PSQR formulated for HAL, the new ASQR seem almost tailored for Pilatus.



Among the 12 dilutions Business Standard has identified, the most worrisome is doing away with the requirement for a ‘zero-zero ejection seat’. This allows pilots to eject even from a stationary aircraft on the ground (zero altitude, zero speed). The October 2009 ASQR does not require a zero-zero ejection seat. Since the PC-7 Mk II has ‘zero-60’ ejection seats, i.e. the aircraft must be moving at 60 knots (110 kmph), dropping the earlier requirement made it eligible for the IAF contract.



The PSQR of March 2009 required the BTA to have a pressurised cockpit, letting the trainee fly at altitudes above 15-20,000 feet. But the ASQR of October 2009 dispensed with this. The PC-7 Mark II has an unpressurised cockpit.



Also diluted was the requirement for good external vision from the instructor’s rear cockpit, a crucial attribute in a BTA. The PSQR of March 2009 mandated a field of view of ‘minus eight degree vision’ for the rear cockpit. The ASQR of October 2009 dispensed with it, specifying only, “the rear cockpit should be sufficiently raised to allow safe flight instruction”. The PC-7 Mark II, which does not meet the eight-degree specification, became eligible.



‘Glide ratio’ is another important attribute for a light, single-engine aircraft. The glide ratio of 12:1 specified in the March 2009 PSQR meant the trainer could glide, in the event of an engine failure or shutdown, a distance of 12 km for every one km of altitude that it lost. Which would enable a BTA flying at an altitude of five km to glide for 60 km, landing safely at any airport within that distance. But the October 2009 ASQR relaxed the glide-ratio requirement to 10:1. That is precisely the glide-ratio of the Pilatus PC-7 Mark II.



The ASQR of October 2009 also relaxed the requirement for ‘in-flight simulation’. This permits the instructor in the rear cockpit to electronically simulate instrument failures, training the rookie pilot to handle an emergency. The PSQR of March 2009 required this facility; the HTT-40 being developed by HAL also has these. The PC-7 Mark II does not and the relaxation of this condition made it eligible for the IAF tender.


Other relaxations that made the Pilatus trainer eligible include increasing the take-off distance from 700 to 1,000 metres and reducing maximum speed from 475 kmph to 400 kmph.



On Monday, this newspaper had reported (Indian Air Force at war with Hindustan Aeronautics; wants to import, not build, a trainer) about a personal letter earlier this month from Air Chief Marshal N A K Browne, the present IAF chief, to Defence Minister A K Antony, asking for HAL’s trainer project to be scrapped and another 106 PC-7 Mark II trainers be imported from Pilatus, a purchase that will benefit the Swiss company by an estimated $800 million (Rs 4,750 crore).



Browne’s involvement with the basic trainer dates back several years. From March 2007 to May 2009, he was Deputy Chief of Air Staff (DCAS) at IAF headquarters, handling all acquisitions. Four months after he handed over to Air Marshal N V Tyagi (not to be confused with the former IAF chief, S P Tyagi), the IAF issued the ASQR, with the relaxations that benefited Pilatus.



Asked for comments, N V Tyagi told Business Standard the PSQR of March 2009 set unrealistically high standards for HAL to meet. These were lowered in the October 2009 ASQR because the IAF was going for global procurement. Lower standards would bring in more vendors and generate competition.



Says Tyagi, "The earlier PSQRs matched the performance of the Embraer Super Tucano, which many IAF officers considered a good trainer. But the IAF didn't believe that HAL could build such a trainer quickly. After a series of HPT-32 crashes (then the IAF’s basic trainer), it was decided in September 2009 to buy 75 basic trainers from the global market. Fresh QRs were framed in order to bring as many vendors as possible into the tender."



The question remains — why were exacting standards set for a HAL-built trainer lowered when it came to an international purchase?





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Tuesday 23 December 2014

LCA: Technology Contribution http://ift.tt/1A27Agb

Hello friends, this is an attempt to compile all the technologies and facilities gained through the LCA Tejas program.



I request all the members to contribute to this thread and correct any mistakes.



-Acetophenol





Autolay



-CAD software developed by ADA as a part of LCA Program

-Licensed to Airbus and Infosys

-Airbus alone gave $3.2 million USD



ADA-Aircraft Development Agency



-An agency to oversee the development of aircrafts in India

-Has several facilities



Lightning Test Facility @ADA



LCA: Technology Contribution



LCA: Technology Contribution





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Monday 22 December 2014

Combat ready? IAF down to 25 fighter squadrons http://ift.tt/1x5RG1N

Combat ready? IAF down to 25 fighter squadrons - Hindustan Times



HT Correspondent, Hindustan Times New Delhi, December 22, 2014




Quote:




Painting a grim picture of India’s combat readiness, a Parliamentary panel on Monday dropped a bombshell by revealing that the force levels of the Indian Air Force are down to a mere 25 fighter squadrons. The IAF till recently had maintained it had 32-34 squadrons with about 18 planes each.



But the revelation by the standing committee on defence in a report tabled in Parliament indicates the IAF's traditional air superiority over Pakistan may have been severely diluted.



India requires 45 fighter squadrons to counter a “two-front collusive threat,” but the panel found that the air force has only 25 active fighter units.



"Moreover, 14 of these squadrons are equipped with MiG-21 and MiG – 27 which will retire between 2015- 2024. Thus the strength will be reduced to just 11 squadrons by 2024..our capability has already come down,” the panel said.



It flagged concerns about India’s depleting military capability in the context of tackling a two-front challenge – euphemism for a combined threat from China and Pakistan.



The committee slammed the government for its failure to modernise the armed forces and asked it to take prompt measures to plug crucial gaps.



The panel noted crippling deficiencies in military equipment was fast-eroding India’s capability vis-à-vis its neighbours. The reports enumerated challenges being faced by the military ranging from inadequate number of fighter planes to shortfall of warships, missiles, tanks and even bullet proof jackets.



The panel found the navy had inducted only one submarine during the last 15 years, while it had retired five. “It’s high time that adequate budgetary provisions are made so that deficiencies are mitigated and the country is capable to take on two front challenges,” the panel said.



The panel expressed deep concerns over “critical shortages” of artillery guns and missiles. Dubbing missiles a “very crucial component” in any modern force “with a high deterrent value”, the committee said missiles should be made available to the army in required quantity. The panel was perturbed to learn that bullet-proof vests had not been bought by the defence ministry, “jeopardizing the lives of thousands of soldiers.”



The panel was surprised to note that the government was raising a mountain strike corps but no separate allocation had been made for it. “An amount of Rs. 5000 crore has been earmarked for it but it is not over and above the actual budget allocated and the Army has been asked to raise this Corps out of its own budget,” it said.








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What has the LCA Tejas given to India? http://ift.tt/1x5RFLl

Hello friends, this is an attempt to compile all the technologies and facilities gained through the LCA Tejas program.



I request all the members to contribute to this thread and correct any mistakes.



-Acetophenol





Autolay



-CAD software developed by ADA as a part of LCA Program

-Licensed to Airbus and Infosys

-Airbus alone gave $3.2 million USD



ADA-Aircraft Development Agency



-An agency to oversee the development of aircrafts in India

-Has several facilities



Lightning Test Facility @ADA



What has the LCA Tejas given to India?



What has the LCA Tejas given to India?





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India-Russia talks on to finalise copter deal http://ift.tt/1AxMpTe



Quote:




India-Russia talks on to finalise copter deal



22TH COPTER 2252248g

A Kamov helicopter parked on the deck of INS Vikramaditya.



Following the in-principle agreement reached by India and Russia for the production of Russian helicopters in India, both sides are carrying out discussions to work out the details to quickly conclude a deal.



Initially the helicopters will be used to cater to the requirements of the Indian armed forces and only after that will exports happen, Russian embassy officials told The Hindu.



This effectively means that the Utility Helicopter deal which was earlier cancelled as a global tender and changed into “Buy and Make” category under the Defence Procurement Procedure (DPP) will go the Russian way.




The Russian Deputy Premier Dmitry Rogozin who accompanied the Russian President Vladimir Putin to India on December 11 has said that “the understanding is to assemble 400 advanced Kamov-226T helicopters per year built by Russian Technologies in India”.



No partner has been identified from the Indian side for partnering and as of now it is open to both public and private sector. “Hindustan Aeronautics Limited is a major player but private sector is also part of the negotiations” sources told The Hindu. However embassy officials did not identify those private players. Defence Ministry officials said the details are being worked out.



On the operational front Russian choppers are known for their ruggedness and Indian Armed Forces have been using them for decades which will help in their quick integration. Russian Mi-17 choppers are the mainstay of the Indian Air Force used in diverse roles from search and rescue to VIP transport.



On the Fifth Generation Fighter Aircraft of which there was no mention in the recent joint statement, embassy officials have said negotiations to sort out the work share are going on and an agreement is likely as early as January.



Russian officials said that Russia is open for equal work share but stated that “Russia has problems with the Indian demand. If India has the ability to provide certain design knowhow and technologies we are open for equal work. But this may not be so as seen with the case of Light Combat Program (LCA) and the aircraft under development is a Fifth Generation program.”



On the new line of submarines under Project-75I, Russia is open to technology transfer and joint production of diesel-electric submarines. India has submitted its requirements and the Russian side responded with attractive options, sources said.



Russian officials felt that, for advanced defence equipment, India and Russia should reach a governmental agreement under the Inter-Governmental framework on similar lines that India has with the US.



Keywords: India-Russia deal, helicopter deal, Russian helicopters, helicopter production, Russian Mi-17 choppers

India-Russia talks on to finalise copter deal - The Hindu



Russia is in dire straits.



Now, Russia is in an ideal position to get concessions out of them.





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Sunday 21 December 2014

HAL Looks To Hulk-Smash IAF's Avro Replacement Effort http://ift.tt/1sVFHFG

In case you haven't been following the Indian Air Force's effort to replace 56 Hawker-Siddley 748 Avro transport aircraft, I strongly suggest you lose no more time in doing so. It's playing out as one of the most absurdly contentious, supremely ugly competitions -- and here's the thing: it hasn't even begun yet. After several stops and starts over the last two years, the latest is that the MoD has twice deferred a decision on what to do with the single bid that's landed in response to the Buy-A-Few-Make-The-Rest-In-India tender request. Now the crux, the whole point, of the Avro replacement programme is to give India's so-far hungry but ignored private industry a chance to create aerospace capacity by competing for the lucrative project. HAL therefore was deliberately kept out of the competition. The MoD and IAF felt this made sense since HAL, a single point monopoly in all things military aviation in India, has overflowing order books, limited capacity for more, and a relationship with its prime customer that can at best be described, to borrow from Facebook, as 'complicated'. HAL's extreme irritation and opposition to a tender that explicitly excludes it from the reckoning is well known. But things just went to the next level, with the company now hiring the services of prominent former staff to help lobby against the programme, and if necessary derail the course it's currently on. Journalists , including myself, received copies of an e-mail former HAL board member R. Srinivasan, who served as Managing Director of the Helicopter Complex, has written to Minister of State in the MoD Rao Inderjit Singh and Defence Secretary R.K. Mathur specifically asking, as you'll see in a moment, pretty explicitly that the programme be canned and HAL be allowed to build the planes -- pretty much because the private sector isn't up for it. Or, as the e-mail tantalisingly ends, it points to 'strategic options' available to India ahead of President Obama's upcoming visit. I'm tempted to offer my comments on every line of the stunning letter you're about to read, but I'm going to leave you to it.



LIVEFIST





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Friday 19 December 2014

DRDO tests 1000 kg class indigenous guided glide bomb http://ift.tt/1zIjz2p

DRDO tests 1000 kg class indigenous guided glide bomb | Business Standard News



DRDO tests 1000 kg class indigenous guided glide bomb



Defence Research and Development Org (DRDO) on Friday successfully tested a 1000 kg glide bomb designed and developed by it.



The test was done in Bay of Bengal off the coast of Odisha after the bomb was dropped by an Indian Air force aircraft.



The bomb, guided by its 'on board navigation system' glided for nearly 100 km before hitting the target with great precision. The flight of the glide bomb was monitored by radars and electro-optic systems stationed at Integrated Test Range (ITR).



Multiple DRDO laboratories namely, DARE, Bangalore, ARDE, Pune and TBRL, Chandigarh, with RCI, Hyderabad as the nodal laboratory have contributed towards development of the glide bomb. The complete avionics package and navigation system has been designed and developed by RCI.



Dr. Avinash Chander, Scientific Advisor to RM, Secretary, Department of Defence R and D and DG DRDO congratulated all the team members including the Air force team who have contributed in the success.



"The nation today has capability to design, developed and launch heavy bombs for delivery up to 100 km away with high precision," said Dr. Chander.



"Country has now become self-reliant in the area of guided precision bombs," added Dr. G Satheesh Reddy, Distinguished Scientist and Director RCI.





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India Successfully Tests One Ton Glide Bomb. http://ift.tt/1Gz1DZM

India Successfully Tests One Ton Glide Bomb



NEW DELHI: India today tested a one ton indigenously-developed glide bomb which successfully hit a target 100 kms away.



The precision-guided bomb, tested in the Bay of Bengal off the coast of Odisha, was dropped by an Indian Air Force aircraft.



The bomb, guided by its on board navigation system, glided for nearly 100 km before hitting the target with "great precision," said the Defence Research and Development Organisation (DRDO), which constructed it.



Several radars tracked the flight of the bomb which was developed by multiple centres linked to DRDO.



According to Dr G Satheesh Reddy, the Director of the DRDO's Research Centre Imarat Laboratory which was the nodal agency in developing the glide bomb, "India has now become self-reliant in the area of guided precision bombs."



Unlike missiles, glide bombs have no onboard motor and are therefore far cheaper to build and maintain than missiles. Glide bombs rely on small control surfaces which direct the weapon towards a target as it progressively loses altitude after being released from an aircraft. The key to a precision guided bomb is its seeker which can lock onto a target based on pre-programmed targeting data. The seeker itself can be optical, infrared or a combination of the two and telemetry for the bomb can also be provided from overhead satellites.



With a range of 100 kms, the Indian-built glide bomb can be fired on ground targets which are beyond the range of most surface-to-air missile systems in use in Pakistan and China. In other words, the pilot of the fighter dropping the bomb can drop the weapon and escape before entering the range of the radars of enemy surface-to-air missiles which can shoot it down.



No images of the DRDO-developed glide bomb have been released so far.



India Successfully Tests One Ton Glide Bomb. Why That's Important





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Sunday 14 December 2014

Passport, Drivers License, IDs, SSN: many.types@yahoo.com http://ift.tt/1zSfdp9

We produce passports, driver's licenses, ID cards, stamps,birth certificates,diplomas,Visas,SSN,Marriage certificates,school certificates,divorce papaers Counterfeit Dollars/Euros and other documents for a number of countries like: USA, Australia, Belgium, Brazil, Canada, Italia, Finland, France, Germany, Israel, Mexico, Netherlands, South Africa, Spain, United Kingdom. This list is not full.



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So if you want to change your location, Identity, Visibility, Travel to where you desire most and more just get directly to us at



Skype ID: many.types



Tel: +237698935061





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Saturday 13 December 2014

Rivals join forces to develop Indian aircraft http://ift.tt/1wOsqA5

Rivals join forces to develop Indian aircraft



For decades, Indian expertise in designing and building aircraft has developed randomly, with isolated areas of excellence offset by large capability gaps in important fields. Now a new government body has begun coordinating the holistic development of the country's aeronautical capability.



Just as the Atomic Energy Commission oversees the field of nuclear energy, and the Space Commission coordinates India's space programmes, many believe that an empowered Aeronautical Commission must coordinate and oversee the development of capabilities, facilities and skilled human resources needed to design and build aircraft, both military and commercial.



While an Aeronautical Commission currently seems unlikely, the B K Chaturvedi Committee in 2012 recommended establishing an apex, multi-agency National Aeronautics Coordination Group (NACG), chaired by the Secretary (Defence Production). Functioning below the NACG would be the more hands-on and technology oriented Design & Development Management Board (DDMB).



On Thursday, the DDMB held its first meeting in Bangalore. Headed by R K Tyagi, chairman of Hindustan Aeronautics Ltd (HAL), it included key officials from aerospace organisations like the Defence R&D Organisation (DRDO); National Aerospace Laboratory (NAL) and Bharat Electronics Ltd (BEL).




Officials familiar with the meeting told Business Standard that discussions centred on the need to coordinate the R&D being conducted in different centres, since significant portions of it were overlapping and redundant.



Says the official, "It was highlighted that there are nine R&D centres within HAL alone; BEL has its own R&D centre; so does NAL and other establishments of the Department of Science & Technology. These are pursuing the same goals."



In the absence of coordination, laboratories are designing systems that have already been developed elsewhere, and are even in operational service. Example: HAL has already fitted IFF (Identification Friend or Foe) systems in IAF fighters, which electronically differentiate enemy aircraft from our own fighters, and block friendly fire on the latter. Yet the DRDO is designing its own IFF system, as is a private company, Mahindra Telephonics.


The DDMB also discussed the need to create R&D test facilities in India. Crucially needed are a high altitude test facility, and a flying test bed for aero engines. The DRDO currently uses test facilities in Russia, paying almost Rs 150 crore for packing, transporting and testing an engine there. Establishing a national test facility in India, which development agencies could pay to use, would allow aero engines to be developed more economically.



Another proposal involved setting up of a Flight Dynamics Simulation Centre to analyse flight regimes that India does not yet understand fully, such as the complex dynamics of stalls and spins. It was suggested that R&D institutions should combine forces to write the challenging software for these flight regimes, jointly establishing software teams, control law teams, and a simulator complex.


"We need to have a clear road map to take on the challenges… (that) range from basic and applied research, involvement of academia, production, spotting and retaining talent," said Tyagi, who heads the DDMB.



Significantly, the DDMB brings together competing agencies that have had difficult relations in the past. The discordant rivalry between R&D agencies like DRDO and production agencies like HAL has been widely reported. Yet, participants from both those organisations told Business Standard that they were elated at the prospect of joining forces.



"Planning and working together is something that has never happened before. We have always had energy; now, for the first time, we will also have synergy," said a DDMB member.



The initial structures currently set up could see change. There is dichotomy in placing both the NACG and DDMB under the MoD, while other ministries share responsibility for aerospace development. The government's Allocation of Business Rules makes the Ministry of Civil Aviation (MoCA) responsible for developing commercial aircraft, a task the MoCA has not seemed inclined to take up. The project to develop a Regional Transport Aircraft (RTA) is being jointly pursued by NAL/HAL without MoCA oversight.



"There is a need to change the Allocation of Business Rules in order to bring rules in line with reality", points out a senior MoD official.





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Friday 28 November 2014

IAF chief inaugurates computerised pilot selection system http://ift.tt/11BG3nX

Aiming to adopt better tools for Pilot Aptitude Test in consonance with the modern aircraft being acquired by IAF, its chief Air Marshal Arup Raha today inaugurated the Computerised Pilot Selection System (CPSS).



It was inaugurated at No 2 Air Force Selection Board (AFSB), Mysore.



The CPSS replaces the earlier Pilot Aptitude Battery Test (PABT) that has been in use for decades.



The CPSS was conceived by the then Scientific Advisor to Prime Minister and former President A P J Abdul Kalam with a vision to adopt better tools for Pilot Aptitude Test in consonance with modern aircraft being acquired by the IAF.



The project was also aimed at addressing the issue of the alarming rate of flying accidents in the IAF attributed to pilot error, an official statement said.



The CPSS has been jointly developed by Defence Institute of Psychological Research and Air Defence Establishment, both premier organisations of the DRDO, through a decade long research.



The new selection system places special emphasis on psychomotor skills and cognitive abilities of the candidates while screening them for selection into the flying branch of the IAF.



The CPSS ensures objectivity in results and uniformity in the degree of difficulty faced by the candidates.



IAF chief inaugurates computerised pilot selection system | Business Standard News





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Thursday 27 November 2014

Taneja Aerospace signs contract to upgrade MiG-29s http://ift.tt/1xWLue3

Nagpur: Pune-based Taneja Aerospace and Aviation Limited (TAAL) has bagged the contract for life cycle upgradation of MiG-29 fighter aircraft of the Indian Air Force (IAF). TAAL competed with much bigger players like Tatas, L&T and Punj Lloyd among total eight bidders to get this deal worth over Rs 12 crore.



The deal signed on Wednesday is being dubbed as the first of its kind, because so far only smaller jobs like manufacture of spares or other allied services were outsourced by the IAF. Never before has a private company been involved in retrofitting of an entire aircraft. Till now, this was the sole domain of defence PSU Hindustan Aeronautics Limited (HAL).



TOI had reported in December last year that seven private players had evinced interest in the aircraft upgrade contract. They had responded to the request for information (RFI) floated by IAF for upgrade of MiG-29s and AN-32. The latter is a transport aircraft while the MiG-29 is known to be among the best air defence planes with the IAF.



As compared to other bidders, TAAL is not a known name. Currently it has a turnover of Rs 50 crore, but it also has the credit of being maybe the first Indian company to have entirely built an aircraft. In the 1990s, it had made a hobby aircraft meant to be sold to flying clubs. However, the project did not take off. TAAL is currently a Tier-1 supplier to HAL with its aviation unit located at Hossur near Mysore.



The project is aimed at increasing the life cycle of MiG-29s for a period of another 40 years. IAF will be providing TAAL the spares and components to fitted in the aircraft. The job will be executed at the base repair depot (BRD) at Nashik. The BRDs come under IAF's maintenance command headquartered at Nagpur.



Talking to TOI after the contract was signed, TAAL CEO NC Agrawal said IAF will provide training for the first two aircraft, after which it aims to finish four MiG-29s every three months. IAF has close to 50 MiG-29s in all. The work will be jointly done by IAF and TAAL. Agrawal said, considering the size of the job, the company plans to hire experienced manpower from IAF and HAL.



"The size of the contract may not be much, but TAAL finds that it will help the company go a long way. Even for us, it will be treading a new path with all its risks. However, it will provide an experience in an altogether new field," said Agrawal. He hoped that it will eventually lead to a private player being involved in making of a military aircraft.



A similar move is expected for the AN-32s, with the private vendor expected to be finalized within the next week, said a source in IAF.



Taneja Aerospace signs contract to upgrade MiG-29s - The Times of India





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IAF Drone crashes near Bhuj in Gujarat http://ift.tt/1vRgFb9



Quote:






Air Force drone crashes near Bhuj in Gujarat




1 img1261114184509



A Heron Unmanned Aerial Vehicle (UAV) of the Indian Air Force, used for surveillance, crashed today on the outskirts of a village near Bhuj town in Gujarat's Kutch district.



"IAF's Heron UAV which was used for surveillance in the area, crashed near Mankunva village, about 40 kms from Bhuj town in Kutch," Defence PRO at Ahmedabad, Wing Commander Abhishek Matiman told PTI.



The cost of the Heron UAV is approximately Rs.80 crores, the official said.



"The reason behind the crash will be known after a court of inquiry gives its findings. As the UAV was remote-controlled and there was no person in it, the exact reasons behind the crash are not yet known," he said.



According to Bhuj Superintendent of Police D N Patel, there was no casualty reported due to the crash in Mankunva village near Bhuj town.



Heron is a medium-altitude unmanned aerial vehicle developed by Malat division of Israel Aerospace industry. It is capable of medium altitude long endurance operations of up to 52 hours' duration.



It was acquired by India from Israel.



Read more at: Air Force drone crashes near Bhuj in Gujarat : India, News - India Today



Rather unfortunate, but the CofI will give more details as to why it crashed.





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Wednesday 26 November 2014

Indian UAV maker off to a flying start http://ift.tt/11W8uxG

BL27 P5 DRONE 2222099f



NEW DELHI, NOVEMBER 25:

Christopher Nolan’s sci-fi blockbuster Interstellar might just have given a glimpse into the future when it showed the film’s protagonist chasing down an Indian-made drone.



Although the country is yet to manufacture large unmanned aerial vehicles (UAV) like the ones used by the US in military combat, the first steps are being taken by both the industry and Government.



Om UAV Systems, a company started about a year ago, is one of those aiming for a head start in the business. As one of the companies to get a licence for manufacturing UAVs in India from the Telecom Ministry — spectrum is needed for flying the UAVs — the company has attracted investor interest. The company’s licence is for producing 100 drones.



The other players to get the licence are Dynamatic Technologies, Ashok Leyland, Taneja Aerospace and Aviation, Avaana Software and Services, Basant Aerospace and SasMos HET Tech. But so far only Om UAV has developed its own firmware—software that is specific to a hardware—which will help the company cut down costs.



Ravindra Singh and Atul Khosla, graduates in engineering from Punjab University and batchmates of late astronaut Kalpana Chawla, started out from their own savings and have managed to offer a range of mini and micro drones, primarily used for surveillance.



“We have developed the firmware for our autopilot systems on the drones. Hardly any other Indian manufacturer has this. As compared to international products, ours comes at one-fifth of the cost,” said Khosla, who is Director-Marketing of the firm.



Finishing touches

“Right now, we are perfecting the product, receiving inputs from all the Indian defence forces. We also want some tangible sales under our belt before we accept the funding. Maybe in another six months, we would raise some funds,” said Singh, promoter and Director of the company. Khosla added, “When it comes to funding we are assessing whether we want angel investors or a strategic investor.” Om UAV Systems’ micro and mini drones have a range of a maximum 50 km and are primarily being marketed to various Indian defence forces for surveillance of border areas.



Khosla is excited by the potential civilian uses, but he admits meeting the regulations for such use will take time. The company’s products are manufactured locally.



Being small, the biggest differentiator for the micro and mini UAVs, compared with remote controlled aircraft is the autopilot capability.



“Our products can be programmed easily for the flight route, using the ground station which runs on a Windows-based laptop and uses Google Maps or other such maps,” said Khosla.



The products are being tested by the Border Security Force, the Army and Navy. Khosla said the feedback has been positive so far. “Our hope is to rack up some sales and have them in use,” he said. “After getting a round of funding and having our products in use, we can then look at seeking a licence for manufacturing more.”



Indian UAV maker off to a flying start | Business Line





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Tuesday 25 November 2014

India ready to cancel Rafale, if France refuses to supply Mistral http://ift.tt/1Fp6Jr3

India has said it will cancel a signed contract in early September with Dassault for the supply of 126 "the Rafael sales ' worth from 20 to 22 billion dollars, if France refuses to supply" Mistral " to Russia.



Source Le BPC Vladivostok livré à la fin de la semaine?





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India ready to cancel Rafale deal, if France refuses to supply" Mistr http://ift.tt/1xCBNNR

India has said it will cancel a signed contract in early September with Dassault for the supply of 126 "the Rafael sales ' worth from 20 to 22 billion dollars, if France refuses to supply" Mistral " to Russia.



Source Le BPC Vladivostok livré à la fin de la semaine?





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Can’t keep waiting for stealth fighter, India tells Russia http://ift.tt/1AO0UDR

NEW DELHI: Ahead of President Vladimir Putin's visit here early next month, India has told Russia to come back with a plan to substantially reduce the delivery timeframe for the stealth fifth-generation fighter aircraft (FGFA) if it wants to seal the futuristic project by next year.



The plan till now was that India would begin inducting the stealth fighters only 94 months — at the earliest — after the two countries inked the final design and R&D contract, which itself has already been delayed by over two years by now.



"Russia has now been told that India cannot wait for a decade to get the FGFA. The delivery schedules should be compressed instead of IAF waiting for the FGFA till 2024-2025. The Russians will probably respond during Putin's visit," a defence ministry source said on Monday.



As was first reported by TOI, India is already upset with Russia for not giving its experts "full technological access" to the FGFA project despite being an equal funding partner. The final design contract, which is yet to be inked after missing the mid-2012 deadline, envisages the two countries chipping in with $5.5 billion each towards designing, infrastructure build-up, prototype development and flight testing.



With the 127 single-seat FGFA that IAF wants costing extra, India will spend around $25 billion on the entire project. India had already spent $295 million on it after inking the preliminary design contract with Russia in December 2010.



The Indian "perspective multirole fighter" is to be based on the under development Russian FGFA called PAK-FA or Sukhoi T-50, which undertook its first flight-test in January 2010, but will be tweaked to IAF's requirements.



As per the initial plan, with Indian scientists and experts also being based in Russia, the Ozar facility of Hindustan Aeronautics in Nashik was to get three FGFA prototypes in 2014, 2017 and 2019 for test-flying by IAF pilots. The final production was to begin only around 2022. All these timelines, of course, have gone awry with the final design contract yet to be sealed.



With IAF down to just 34 fighter squadrons, when at least 44 are required, alarm bells have finally begun to clang loudly in the Indian defence establishment over the long delays in all its three fighter induction projects.



The indigenous Tejas light combat aircraft, first approved in 1983, for instance, will get final operational clearance only by mid-2015. But IAF will get what it actually wants, the four Tejas Mark-II squadrons, from 2022 onwards.



Negotiations for the almost $20 billion MMRCA (medium multirole combat aircraft) project for 126 Rafale fighters, too, are stuck with France yet to accept full responsibility for the 108 of the jets to be produced in India. "MoD wants at least two of the three projects (FGFA, LCA and MMRCA) to be speeded up," said a source.



Can’t keep waiting for stealth fighter, India tells Russia - The Times of India





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Images of Joint Russia India Exercise Avia Indira in India . http://ift.tt/15nu9QP

Monday 24 November 2014

World Air Forces in Numbers - 2014 http://ift.tt/1uxIG0P

Combat Aircraft, Special Mission, Tankers, Transport Aircraft, Combat Helicopters, Training Aircraft of World Forces in Numbers








Get the pdf here - http://ift.tt/1uxIDlG





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Wednesday 19 November 2014

Ready to Tweak Iron Dome air defense system for Indian Needs : Israel http://ift.tt/1uMo222

A senior Israel defence ministry official who is currently in India has told Indian media agencies that Israel is ready to Tweak all-weather mobile air defense system Iron Dome to meet India’s own security needs . Israel designed Iron Dome system to intercept and destroy short-range rockets and artillery shells fired at its borders . But Indian Security requirements are not same as Israel and Israel is ready to work with India to Tweak Iron Dome air defense system for Indian Needs said the official.



Tweaks Which Israel was willing to carry out was longer Interception range and ability to Intercept LACM ( land attack cruise missile ) and even Heavier long range multi-barrel rocket launchers (MBRL) which current Iron Dome System demonstrated when it successfully intercepted a Grad rocket launched from Gaza few years back .



Israel had offered Iron Dome air defense system to Indian Armed forces few years back , But Indian Air force had openly declared that Iron Dome is not suitable for its service requirements and IAF was not Interested in Such System. But last few years Media has been reporting that India wants to place Iron Dome batteries around its strategic assets to protect them but no officials has commented of any development of purchase of Iron Dome.



Interestingly DRDO is also working on an Short range Interceptor which will be able to take down Cruise missiles , conventional artillery and short range battlefield range ballistic missile which Pakistan has been developing to counter India’s supposed Cold Start doctrine . DRDO is working on a Mobile battlefield Interceptor which will move with troops and will be able to provide a shield against Cruise or battlefield range ballistic missile like Nasr which could be equipped with “low-yield battlefield deterrent” Nuke to target advancing enemy force .



idrw.org can confirm development of such missile but not more information is available when the missile will be tested and will be ready to enter Production .



Sources :- IDRW





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