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aksha

Captain
OneIndia Exclusive: India’s stealth fighter dream moves towards reality

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Feb 14: India's valiant attempt in developing a gen-next stealth fighter seems to be gathering some momentum with the scientists from the Defence Research and Development Organisation (
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) claiming that the Project Definition Phase (PDP) will be over within a year.
While some of the stealth features remain as a ‘beyond-visual-technology' for India, even as this report is being put together, the DRDO officials are convinced that embedding global players and increasing the private participation could well be the breakthrough in realizing their dreams. Super-cruise, stealth and thrust vectoring are critical features DRDO would need to thrash out in the process.

While
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is normally seen as a ‘carnival of claims,' the DRDO top brass have put up a confident argument that the lessons learnt from developing a four-and-a-half-generation fighter (Tejas) will act as a their guiding force while entering into the hitherto unknown 5th generation terrain.

AMCA Directorate takes confident shape

The AMCA Directorate at Aeronautical Development Agency (ADA) is being headed by Dr A K Ghosh. As the Project Director, he has stayed away from the media glare all these years. Access to this Directorate is absolutely restricted and any information sought on AMCA travels many channels of approvals before flying out of the ADA HQ. Even not many details are officially known about the size of the AMCA team.

However, military sources confirm to OneIndia that a core team of 200 designers, with an additional outsourced manpower of 2000 more, is likely to work for the project during the Detailed Design Phase. Once the key players in the project get picked up, 500 more scientists will be added to the tally, working at various partner site(s).

Feasibility projects have been completed

The AMCA dream has crossed the first milestone with all feasibility projects getting completed. Confirmatory tests like Low Speed Wind Tunnel test, High Speed Wind Tunnel Test and RCS Test have been carried out. "The AMCA configuration has been frozen," says Dr K Tamilmani, Director General (Aero), DRDO.

Currently, systems and inboards finalization activities are being carried out towards system definition. Simultaneously, many advance technology projects -- mostly critical in nature -- are being pursued by the team.

Sources say that AMCA will have to cross five key phases before becoming a reality. They include: PDP, Detail Design Phase (DDP), Development Phase, Flight Test and Certification Test. "We are targeting the first flight towards the end of 2020," claims Dr Tamilmani.

The DRDO hopes to move the all-important ‘Cabinet Committee on Security (CCS) Paper on AMCA' seeking more funds next year. Currently the programme is being initiated with the seed money of Rs 100 crore. In the PDP, 18 systems need to be identified. Metal cutting is expected to take place after DDP and Critical Design Review (CDR).

Nine prototypes planned

ADA Director P S Subramnaiam confirms to OneIndia that a total of nine prototypes would roll out of the AMCA hangar, starting 2020. "Extensive private participation is envisaged throughout the project, right from DDP to production," says Subramaniam. He says that a large number of DRDO and CSIR labs, IITs, IISc and private industries are already involved in the AMCA project.

Dr Ghosh refuses to divulge many details, but says that a static model to be displayed at Aero India 2015 would roughly give an idea of the possible AMCA look. "We also have a video showing the likely features and capabilities of AMCA," he adds.

Talks on the project during Aero India

With India riding on an absolute dismal record in developing power plants for planes, the DRDO is hoping to make some moves and find a solution during Aero India. "We are looking at both the US and Russia who have immense expertise in engine and stealth technology.

Considering the high-end, critical technologies involved in a stealth programme, a government-to-government project would be the best for the AMCA engine. Make in India is our flag-bearer theme for projects now and hence AMCA will strictly travel through the same philosophy," says Dr Tamilmani.

AMCA to be loaded with gen-next features

* Serpentine air intake
* Internal weapon release at high speed
* Integrated flight propulsion controls
* Shared apertures
* Gen-next display systems with touch panels
* Advanced sensors like AESA (Active Electronically Scanned Array) radar and IRST (Infra Red Search and Track)
* MAWS (Missile Approach Warning System)
* Stealth materials
* Advanced aluminum and titanium alloys
* Supercruise technology
* Advanced avionics based on IMA (Integrated Modular Architecture)
* Pilot associate to reduce pilot workload

Crucial capabilities

* SEAD (Suppression of Enemy Air Defense)
* DEAD (Destruction of Enemy Air Defense)
* Precision strike
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aksha

Captain
IAF To Induct 1st Indo-Brazilian AEW&C Jet In Sept


The Indo-Brazilian EMB-145i AEW&C platform, that made its first public appearance at AeroIndia 2013, returns to the show this year. But unlike two years ago, when the jet was steeped in a busy and extended period of systems trials, including sorties in the Eastern sector and over the Arabian Sea, the Indian Air Force gets all set to receive its first aircraft in seven months.

The team is looking to wrap up development flight & systems trials by the end of March (a Centre for Airborne Systems, CABS, officer tells me the aircraft at AeroIndia will still be notching up test points at the show too). With two aircraft in flight test, the Defence R&D Organisation (DRDO) has enough to meet its March 2015 deadline to complete development tests. But choosing to deploy one of the two jets at the Bangalore show wasn't a difficult decision, given the remarkable level of interest in the platform. CABS sources say at least two countries could sign MoUs declaring their interest in getting more information about the platform to support potential acquisitions. A confidential list of nations that have asked for briefings on the platform includes Malaysia, Indonesia, Brazil, Oman, and UAE. Embraer has taken it upon itself to (a) look at consolidating the EMB-145i into a standard marketable product that the two countries can jointly pitch in the global market, and (b) handle South American operations by itself.

Director of the Centre for Airborne Systems (CABS), lead integrator on the programme, Dr Christopher says, "Currently though the system is customised for the Indian Air force, the AEW&C India can fine tuned to any specific user‐oriented early warning product through appropriate programming/software which can be defined by the user. Many countries are evincing keen interest in the AEW&C system and discussions are in progress for export of this system."

But exports are in the future. The more immediate good news for the programme is what the Indian Air Force thinks of the EMB-145i. In the words of a senior officer associated with the programme, and one who will be part of 4-6 month user evaluation trials aimed for April, the IAF is 'impressed and satisfied'. Those are important words from a customer that hasn't had much faith in the past in long-gestation systems, especially critically needed platforms like early warning jets.

But September, the Indian Air Force hopes to be ready to induct the first of three EMB-145i. A third platform arrives from Brazil by the end of June or early July. The second EMB-145i will also likely enter service by the end of the year.

User trials with the IAF will include the deployment of the aircraft in a special live exercise to be jointly held by the Western and Central Commands, and involve operational situations for the AEW&C. A team from CABS will, of course, be embedded through this phase. Most importantly, there's a rare confidence in the systems and platform.

The IAF officer quoted above says, "These are impressive timelines. Our team has been satisfied with the performance. There are still some ends to tie up in the process of matching requirements with performance, but all major requirements have been demonstrated, including intercept control, battle management, Electronic Support Measure (ESM) and Communication Support Measure (CSM), data handling and the crucial SATCOM links.This could be one of the most trouble-free developments we have had so far."

The official literature on the platform, to be released at Aero India this year, says, "The AEW&C India has managed to pack in several sub-systems namely a highly versatile active array Radar system, Identification friend or foe system, ELINT, COMINT systems, along with multiple combination of ‘C’-Band& SATCOM ‘Ku’-Band voice and Data Links, UHF/VHF/HF communications, & Self Protection Systems - in order to enhance mission capabilities, add redundancies to foolproof operations, and implant self‐protection against missile attacks from ground as compared with its contemporaries on same Embraer aircraft elsewhere in the world."

Speaking of the primary sensor, the heart of the platform, and India's contribution to the system, the Director of CABS Dr S. Christopher says, "While India has caught up with the rest of the world in adopting the Active Electronically Steering Array (AESA) Antenna for its radar; the two building-block components of the radar, the Transmit-Receive Multi-Module (TRMM) and the teflon-clad ultra light Antenna Panel are notable Indian innovations in the radar sub-system. These are developed by CABS and with a joint patent along with M/s Astra Microwave, Hyderabad for TRMM. The most important outcome of the efforts is the realisation of a system that is both operation-efficient and cost-effective."

The reloaded Indian AWACS programme,
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on Livefist, is also gathering speed, with the DRDO expected to move forwarded in choosing an aircraft platform for the project this year.
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