Rahul Singh
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Well same old story, IAF's cold shoulder.
India has developed a new generation satellite-fitted electronic intelligence system for surveillance applications to keep an eye on hostile neighbours, key defence officials said today.
The system has been developed by Hyderabad-based Defence Electronics and Research Laboratory (DLRL) under the Defence Research and Development Organisation, sources told PTI.
A DRDO source termed a satellite fitted with this system as a "spy satellite". The electronic intelligence system on board a satellite takes images of "resources" of hostile countries as it passes over them from the space, they said.
According to sources, select countries such as the US, France and China are already using such type of system. India also has now designed, integrated and tested such a system.
DRDO is already in discussion with Bangalore-headquartered Indian Space Research Organisation in this regard, and the payload to be flown in one of the low earth observation satellites is expected to be ready by the end of the year.
Meanwhile, Director of Defence Avionics Research Establishment (DARE) U K Revankar said the DRDO lab has developed new electronic warfare system for Light Combat Aircraft (LCA) Tejas and it would be tested shortly.
Defence scientists are also working on technologies to intercept and jam network of satellite phones. "That project is going on. Within a year, it will be ready," an official said.
India has also developed a "penetration aid" that allows its aircraft to penetrate into enemy territory "without being identified by any of the radars," sources said.
As part of counter-measures against hostile missiles, a consortium comprising of Bharat Electronics Limited, DLRL, DARE and Electronic Corporation of India Limited (ECIL) has been formed to develop systems to divert missiles from various platforms.
"There are a large number of helicopters which require radar warning receivers and also missile approach warning system for helicopters," a defence official said.
i think something like rafale(active cancellation system)
The proposed joint venture, the creation of which would cost around $100 million, is expected to get a go-ahead shortly with a signed deal between India's Defence Avionics Research Establishment (DARE), Bangalore and the Elisra Group, Bene Beraq, Israel.
Seventy percent of the venture will be funded by DARE, which is part of the state run Defence Research and Development Organization, with Elisra Group paying the remaining 30 percent.
A senior DARE scientist said the proposed venture will likely get off the ground by the end of 2006 at DARE facilities in Bangalore. Elisra will develop approach warning systems, while DARE will develop cooling systems, electromagnetic interference and electromagnetic susceptibility systems, as well as system integration in the aircraft.
The program is to be fully operational in three years.
Systems for LCA, JSF
The scientist said this venture will see an advanced EW system called 'Mayawi' developed for India's Tejas Light Combat Aircraft and the F-35 Joint Strike Fighters that Israel plans to buy from the United States.
The EW system will feature advanced RADAR warning, RADAR jamming, and electronic combat and self defense systems. It will also have an Integrated Defensive Electronic Radio Frequency Countermeasures system to help protect the aircraft against RADAR guided missiles.
Its Advanced Threat Infrared Countermeasures will protect the aircraft against heat seeking missiles, and be paired with Common Missile Warning System.
"We are collaborating with Indian agencies for a number of defence programs, but, as per company policy we do not discuss specific programs", said an Elisra executive. The executive added that DARE was selected as a partner after trying several other defence partners around the world.
A senior Defence Ministry (Indian) official said India wants to forge alliances with Israeli companies to develop a variety of high-end defence technologies as a continuation of the growing Indo-Israel defence cooperation.
Elisra, notably, has helped DARE in the past to develop an EW system, called 'Tempest' for the MiG 21 Bison fighter upgrade program. EW systems from Elisra are also being supplied for licensed production in India for 140 Sukhoi Su 30 MKI aircraft at the HAL (Hindustan Aeronautics Limited) production center in Bangalore.
Rahul my Friend, you carry every reason of being rude for my unnecessary camparison of Tejas with Korean T-50. You may have find it exceptionaly unobivious to bring in something like T-50 in comparison with Tejas, especially when both this aircraft are being made for overtly two different purposes. I am not looking to comparing here both this jets rather different level of philosphy shown by the manufacturer of both this jet in Project management. Given Tejas's exceptionally slow test flights and repeated barriers in terms of Engine configuration changes from Kaveri as what was originally envisged to US GE engine for testing purpose and at last looking forward for Eurpoen EJ-200 when we suddenly find that both the formers Kaveri and GE's engine are highly unsuitable for operational purpose either in terms of lack of thrust for GE engine and our alleged inability to bring Kaveri online despite long test history. This test flights further getting delayed by absence of any true radar system even in a conventional form.ZOOM forgive me if i'm rude but i must say wild comparison! In first place T-50 is an AJT or best a CAT hence not even marginally comparable to a fighter jet like HF-XX Tejas. A fighter jet's chemistry is highly complex and require a detailed testing and up gradation to keep it contemporary, same is not in the case of an AJT.
Rubbish, The obsolescence of the Tejas is a Myth, Part of the reasons for the delays has always been the continually evolving nature of the program.Now if we first go nearly 25 years back, when LCA project was first envisged, you will notice that design of Tejas was finalized by keeping in mind threat perception of facing something like Mig-21 types and F-16s which basically used to form core componants of both Chinese and Pak Airforces. But now, when Tejas project is still languishing for various reasons, threat perceptions has seen a generational change and interminant delays has created a deadlier prospect of facing true 4.5th generation jets like Su-30, Su-27, J-10, F-16 Block 52 etc. On the top of that, Tejas will not only face this massive force of all new fighter jets rather it will have to deal with some added features of AESA, TVC engine, true BVR which will accompany the fleet of our arch rivals. Well, I am not here defining obsolence prospect of Tejas as it can accompany above truly outstanding features as I have mentioned above, but moot point is can we make it happen.
First of Trainer aircraft dont have the vast array of sophisticated equipment that make the research and development of actual fighters. The Hugely more expensive and difficult undertaking that they areAnyway, let me get back to key reason of bringing in comparison with T-50. As if you go through the T-50 Golden Eagle programme of Korea in collabration with US, you will realize that even Koreans had a similar objective as we of desinging, developing and verifiying their own true supersonic jet trainer cum fighter jet to meet the needs of facing 4th generation enemy fleet. Although they commence the program in 1992 exactly the similar timeline we chosen for LCA, but Korean's forced to stall it around 1995 for reasons of financial crises. But they commence it once again in 1998 in collabration with LM, conducted first test flight on 2002 and successfully inducted the same in 2005 and now as we can see, they have a standing fleet of 50 T-50 trainers in operation alongwith A-50(fighter version of same for CAS mission fitted with LM's APG-67 radar in production line. Now this particuler fighter version being derived from trainer version will about to replace older F-4s and F-5s in Korean Airfoce at the same time A-10 bomber. This fleet expansion of replacing older fleet is quite similar to IAF's of replacing its Mig-21s, Mig-27s with LCA. So I can safely conclude that, Korean despite late beginning as compared to us are way ahead of us in meeting their aerospace needs. Heck, their T-50 also catches attention of many foreign airforces looking to replace ageing fleet of trainers and short range light fighter jet and hence Koreans are on their way up to pump their production line for export orders.
Korean T-50 project effectively shown a true workmanship of Koreans in not only meeting obligation of project management as well as deadline but also they seems to be on well recognized path towards establishing their own aerospace industry.
There is a lot we can learn from Korean itself and apply the similar kind of management in Tejas project to make it successful
They also have their own problemsThe KF-X program is a early-stage project to develop an indigenous fighter aircraft. The current proposal is to develop an F-16 Block 50 class aircraft with basic stealth capabilities to replace the F-4D/E Phantom II and F-5E/F Tiger II aircraft. South Korea is reportedly seeking technological assistance from Saab, Boeing and Lockheed Martin for the production of the KF-X. A green-light for the project, however, has met with delays, and the project has been deemed economically unviable in a recent study by the Korea Development Institute.
In October 2009 a general in the South Korean Air Force was arrested for leaking classified documents to Swedish aviation and defence corporation Saab. The general was to have been given a bribe of several hundred thousands of dollars for copies of a number of secret documents that he had photographed in the South Korean Defence University. Saab officials denied any involvement.
Evidently, the ADA-agency directeur himself proposed a "new, more powerful engine" once structural strength evaluations were over to equip the aircraft for carrier operations.Didnt the Navy tell that it will accept the aircraft only with the higher thrust engine?....
http://kuku.sawf.org/News/60212.aspx"We will fly the Naval LCA with the current GE-404 engine to test its flight characteristics, and whether its structural strength is sufficient for aircraft carrier operations. After the LCA is fitted with a new, more powerful engine we will take the next step of operating from an aircraft carrier," says ADA director P S Subramaniam.
Only thing which is bothering me is MMR's integration. Hope this summer PV-3 flies and MMR gets certified by september.
First off though, have compatibility issues between the radar and the advanced signal processor module been resolved?
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