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UPGRADED ADVANCED LANDING GROUND AT ZIRO AND ALONG INAUGURATED

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The operational capability of the Indian Air Force got a major fillip with the re-launching of two upgraded Advanced Landing Grounds (ALG) at Ziro and Along in Arunachal Pradesh on Saturday.

"The ALGs will further enhance our existing operational capabilities in Eastern Air Command." Air Marshal C Hari Kumar, Air Officer Commanding-in-Chief, Eastern Air Command said during the inauguration at Ziro ALG.

"The capacity build-up will enable operations by some of our new inductions including the C-130J Super Hercules," he also said.

"Besides enhancing air maintenance capability of the IAF in the region, the new airfield will also facilitate civil air connectivity soon," the Air Marshal also added.

The Air Marshal also inaugurated the ALG at Along on Saturday.

It may be recalled that Vayudoot Airlines once operated from Ziro airfield in the mid-eighties. Subsequently, the IAF has always operated a flying detachment from the ALG at Ziro for air maintenance purposes.

The runway surface at Ziro saw a steady deterioration over a period of time due to lack of maintenance and other issues. Encroachment due to absence of a security wall further added to the declining status of the airfield. There was, however, always a need to connect the beautiful valley of Ziro with rest of the country by air, for tourism as well as other purposes.

The IAF took over the Ziro airfield from AAI in August 2010.

Consequent to the CCS approval in June 2009, the IAF embarked on an ambitious reconstruction plan to upgrade the existing eight ALGs, including infrastructure development at certain airbases in EAC's area of responsibility.

The ALGs for upgradation include Tuting, Mechuka, Along, Tawang, Ziro, Pasighat, Walong and Vijaynagar in Arunachal Pradesh. The outlay plan for the upgradation of ALGs alone is nearly Rs. 1,000 Crore.

The ALG at Along prior to the upgradation was partly paved, partly grassy, and duly reinforced with perforated steel plates. Besides IAF, which operates all year round, Pawan Hans also operates helicopters from here during non-monsoon periods.

With the inauguration of the ALGs at Ziro and Along, altogether three ALGs have since got upgraded with paved runway surfaces and other facilities such as aprons for ground manouevring, Air Traffic Control tower with associated infrastructure including perimeter road and a security wall.

The new runway surfaces and other infrastructures are being built to the exacting standards for any other modern airfield in the country. Runway length and width, wherever feasible, has been extended and will enable ATR class of fixed wing operations in most of the ALGs.

Earlier, the ALG at Walong was inaugurated in October last year.

The construction works under Chief Construction Engineer (North-East Project), closely monitored by HQ EAC began in 2013, and an Apex Steering Committee (ASC) under the chairmanship of Vice Chief of Air Staff monitors the progress of all the North-Eastern Projects.

Three more ALGs -- Mechuka, Pasighat, Tuting – are scheduled to be inaugurated in the next three months. The ALG project at Tawang, which was taken up only in 2014, is ongoing and is expected to be ready by September this year.

The commencement of upgradation of ALG at Vijaynagar, meanwhile, is expected to take much longer as there is no proper road connectivity from Miao to Vijaynagar for carrying materials, machinery and manpower. The issue has been taken up at the appropriate levels by IAF authorities with the Government of Arunachal Pradesh for an early resolution.

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More news:
Boost to IAF operations with revamp of Advanced Landing Grounds - India

@Abingdonboy @PARIKRAMA @MilSpec @Ankit Kumar @Tshering22 @Levina @The_Sidewinder @nair @Nair saab @Kashmiri Pandit @Roybot @ranjeet
 
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Source: IAF to have 7 operational Advanced Landing Grounds in Arunachal Pradesh in a month - The Economic Times

Ziro, Along and Walong done
Mechuka, Tuting, Phasighat and Vijoynagar left

Good news.. Lets hope to complete the work there.. We also need some good LR Radar and MRSAM+QRSAMs in and around the whole NE with at least 1 Regiment of S-400/500 for a long term deterrence.

The mountainous terrains obstructs the line of sight of radar, unless the missile system is complemented with a distributed radar systems, placed at hill tops to look down upon the other side, the true potential of S-400 will not be realized.
 
The mountainous terrains obstructs the line of sight of radar, unless the missile system is complemented with a distributed radar systems, placed at hill tops to look down upon the other side, the true potential of S-400 will not be realized.
Very true, thats why we need multiple systems and a radar network at hill tops..

A system i mentioned in the other thread made by japan

Research of next-generation radar warning and control (electronic equipment Institute)

 We aim to further improve the performance of warning and control radar needed to respond in the future of stealth machine and ballistic missiles. Unlike previous performance improvement by the size of the antenna, a small antenna and distributed, while suppressing each of the apparatus scale, we are studying a distributed radar to achieve a large-scale radar equal to or higher than that of the detection performance . This will apply the most advanced MIMO (Multi-Input Multi-Output) Radar techniques to achieve equivalently large antenna optimally combining signals from a plurality of small antennas.
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防衛装備庁 採用案内

Source: Japan to assist India to develop Andaman and Nicobar Islands into Naval Fortress against China


Distributed Radar system actually helps us monitoring much better over larger areas and technically is superior to work in hilly/mountainous regions.

By using such a network and connecting it to the FCR of multiple SAM shields like MRSAM, SRSAM and LRSAM like S400 we may use the most the appropriate choice among the SAMs based on the data. Secondly, for an ARM its much more difficult as the distributed radar system makes it much more difficult to take out the radars in SEAD/DEAD missions as detection is from multiple sites.

The biggest benefit comes from avoiding the noise, clutter and reflection issues which is more problematic in regions like NEs where plains and hills both are there along with forest cover
 
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