Indian Military News, Reports, Data, etc.

A Bar Brother

Junior Member
Ashka posted a comment on the Aircraft Carrier page from the Indian Defense Forum by a Sr. member there that analyzed the picture versus other know sat pics and determined that this pic is very dated and is not the Vikrant at all. That it predates the Vikrant construction.

Here was the comment:



I did not think it looked right.

We will have to wait for actual photographs.

Yeah. The end of the 'ship' actually looks like the end of the dry dock if you look closely.

Double checking Bhuvan and GE would have solved the problem.
 

aksha

Captain
New Helina configuration testedoctober 22,2014
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aksha

Captain
India, Korean Naval Ships to Conduct Joint Military Exercises
CHENNAI: Indian and Korean navies have planned to conduct joint exercises to stress friendship between the nations and military co-ordination, a senior Korean naval official today said.

"We have planned to conduct joint exercises with two ships of the Indian Navy. Though we are planning to have the exercises on our way out of Chennai, other details on what exercises and when exactly are being chalked out," Rear Admiral Jungsoo Chun, Commander of the Navy Cruise Training Task Group, told reporters here.

Two naval ships of the Republic of Korean Navy -- ROKS Choi Young and ROKS Cheoji and Indian Navy's destroyer INS Rajput and patrol vessel INS Sumitra would take part in the exercises planned next week, he said.

Interacting with journalists on board ROKS Choi Young, he said Korean Navy did not face any difficulty while sailing in the South China Sea from any country.

China and Vietnam have an acrimonious relationship due to their standoff over the South China Sea, a major source of hydrocarbons. Recently, Vietnam had renewed India's lease of two oil blocks in the South China Sea for another year.

Earlier, school children, Korean community living in Chennai and Indian naval officials welcomed ROKS Choi Young and ROKS Cheoji on their port of call here.

Korean Consul General Kim Kyungsoo from the Consulate General of the Republic of Korea in Chennai along with Indian Navy officials and the city elite welcomed the ships and received Rear Admiral Jungsoo Chun.

"India is our seventh port of call and this is also the first time that any Korean naval ship is calling on the port of Chennai," Rear Admiral Chun said.

The ships on their four-day stay here has many plans including official calls, public ship tour and visit to Indian military bases. "We will also have friendly matches with the Indian Navy," he said.

The Task Group is to navigate a total distance of over 20,240 nautical miles in 12 countries, including India, Myanmar and Russia.
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aksha

Captain
Indian Army Air Defence futures
The Indian Army's (IA) Air Defence (AD) corps has long been considered the most neglected of its specific arms. However with the induction of the Akash medium range surface to air missile (MRSAM) system developed by the Defence Research and Development Organization (DRDO) the long awaited modernization of this arm has now kicked off. Alongside the Akash, Army AD is also inducting a new generation Russian very short range SAM (SR-SAM). These two inductions have meant that the IA now can wait for an indigenous offering in the quick reaction SAM (QRSAM) segment which has begun development in DRDL rather than procure that from overseas. The AD corps is however having to make do with interim upgrades of its obsolescent AD guns via domestic industry and is exploring the possibility of crafting a domestic replacement. Meanwhile domestic programs have also yielded sensor spinoffs that have found favour with the AD corps and these are being used to pave the way for greater network centric warfare (NCW) capability.

Despite years of criticism by naysayers, the Akash MRSAM has made it to the IA's stables. The two lead integrators Bharat Electronics Limited (BEL) and Bharat Dynamics Limited (BDL) along with 205 other domestic suppliers are currently executing orders for two Akash Mk-I missile regiments for the IA worth Rs 14,180 crores. And in mid-2014 the IA wrapped up the last round of validation trials for the first-off production units. These final trials included a successful low altitude near boundary intercept of a banshee unmanned aerial vehicle (UAV) target at an altitude ofjust 30 metres validating the systems capability against subsonic cruise missiles such as the Babur.

A typical Akash battery consists of four launchers carrying three missiles each with a range of 30 km and maximum interception altitude of 18 kms. The launchers built by Tata Power SED are now mounted on 8x8 Tatra trucks supplied by BEML. After years of experimenting with tracked launcher vehicles based on BMP and T-72 chassis, the IA has settled for a wheeled configuration now. Each battery has three radar sensors - one 3D central acquisition radar (CAR), a 3D Rajendra Phased Array Radar also known as Battery Level Radar (BLR) and a 2D Battery Surveillance Radar (BSR) which feed information to a mobile battery C4 control center. In autonomous mode deployment an additional BSR is added to a typical Akash battery for providing point defence to mobile assets. The Akash can also be deployed in group mode where four batteries 'report' to a group C4I control center providing coverage over an area of 5000 sqkms.

Early warning in all modes is provided by the S-band CAR which can track while scan 150 targets simultaneously beyond a range of 200 kms and up to an altitude of 18 kms. The BSRs come into action for targets that are up to 100 kms away. The Akash missile itself of course employs a command guided missile with fire control being provided by the Rajendra III which can track 64 targets simultaneously while being able to guide up to 12 missiles at a time to engage 4 different targets. The Rajendra III which is in production is a slewable passive electronically scanned array (PESA) that has a tracking range of 60 km against fighter aircraft flying at medium altitudes.

This order for two initial regiments though seemingly substantial actually represents only the beginning. The Akash was developed to replace legacy ZRK-SD Kub SA-6 systems of which 12 plus regiments still serve in the AD corps. Till not so long ago the IA was even looking to bring in MRSAMs from overseas in addition to the Akash and an RFI was even issued to that end. However the evolution of the Akash system seems to have put paid to that need and it is clear that the Army will order many more Akash regiments. This also means that US attempts to sell the HAWK XXI is unlikely to head anywhere. The Rajendra has demonstrated track and scan capability on the move and the IA is confident that a distributed Akash battery can both keep up as well as provide adequate area AD to its advancing formations. Moreover the MK-2 version of the Akash with a range of 37 km possibly mounting an active radar seeker head is also under development. There is constant work underway to improve the electronic counter counter measure (ECCM) capabilities of the Akash system also.

Even as the IA settles for the indigenous Akash system in the MRSAM segment, it may be bringing in the Russian Sosna-R which is meant to replace current holdings of the SA-13 Gopher (Strela-10) mounted on a MT-LB. The Sosna-R is mean to counter precision guided weapons (PGMs), low flying aircraft and even ground vehicles at short range. The Sosna-R two-stage missile has a range of between 1 and 10 km and carries two warheads with a cumulative weight of 7 kg and of course two fuzes. The missile can achieve speeds of up to Mach 4 according to some sources. Each Sosna-R vehicle has 12 ready-to-fire missiles and can be reloaded in 12 minutes, according to the Russian manufacturer KBTochmash. The missile is command guided when in its boost phase and has a laser beam riding guidance system for the end game. Several launcher vehicles typically operate together with a command vehicle carrying a surveillance system that provides off-board target designation. The passive optical fire-control system on each launcher vehicle makes the Sosna-R survivable in a dense electronic countermeasure (ECM) environment and can simultaneously track 50 targets while being able to engage one on the move. It remains to be seen if the IA will simply use Strela-10 carrying MT-LBs to now mount the Sosna-R. There are over 250 SA-13 launcher vehicles in the IA's inventory at the moment. As an aside, The IA also has a tender underway since 2010 to procure a shoulder launched SAM being fought out between the MBDA Mistral, Saab RBS 70 NG and KBM Igla-S. The order is for up to 1,000 launchers with 6000 missiles procured initially and many more under license production at BDL for a tri-service requirement.

The Akash and the Sosna procurements have meant that the IA now has the space to consider the the indigenous QRSAM being developed by DRDO's Defence Research and Development Laboratory (DRDL) to replace the 50 plus OSA-AK SAM units it has in the AD core. In 2012, the defence acquisition council had given the IA the go ahead to issue request for proposals to foreign vendors who had responded to its RFI for a QRSAM with a range of not less than 15 km, altitude capability of not less than 6 kms, reaction time of 6 seconds or less, guidance package consisting of an onboard seeker and the ability to engage targets flying at 0-500 m/s as well as hovering helicopters. Up to eight regiments of this QRSAM were sought to be procured. For this particular tender, DRDO was expected to bid with the Maitri missile that was slated to co-develop with MBDA. It is believed that the Israelis would have offered the Spyder SR and the Russians the TOR-M2KM mounted on a Tata vehicle.

However the Maitri project is now as good as dead because both the IA and the Indian Air force feel that its specifications would lie more or less within the capabilities of the Akash Mk-I itself and the IA's fire on move requirements are being met by the Sosna-R. So at the moment an indigenous QRSAM option is being pursued in earnest with elements of this system already starting to coming together in the form of both new radar as well as IIR seekers under development at DRDO's Research Centre Imarat (RCI) Laboratory and a stabilized electro-optical sight (SEOS) developed by DRDO's Instruments Research and Development Establishment (IRDE). IRDE's SEOS has two-axis stabilisation and integrated automatic video tracker facility. Three electro-optical sensors-3rd generation 3-5 μm (640 x 512 FPA) thermal Imager (TI) with optical zoom, colour day TV with optical zoom camera and eye-safe laser range finder (ELRF). The day TV camera and TI are having a narrow field of view (NFOV) of 0.8° x 0.6° and wide field of view (WFOV) of 5° x 4° with additional 2 X electronic zoom in TI. These sensors provide a recognition range of 7 km for a NATO type of target. ELRF provides range of the target from 200 m to 9995 m with an accuracy of ± 5 m. The SEOS will complement the Ka-band radar that will guide the QRSAM in dense ECM environments. The SEOS

enables steering of line of sight with an azimuth angular freedom which enables the system operator to carry out independent surveillance over a wide area with target acquisition and tracking from a moving or static vehicle, with wide/narrow field of view in day and night. The sight is integrated with a robust automatic video tracker, to track the aerial and ground targets with the tracking accuracy of ±3 pixels and maximum tracking rate of 0.1 mil/sec to 70 mil/sec.

Meanwhile even as new missile systems begin to find their way into the AD core, there is still no clarity on what exactly will replace the IA's large holding of L-70, L-60 and ZU-23 anti-aircraft guns. In the first decade of this century this seemed like a done deal what with the Ordnance Factory Board(OFB) all set to produce Rheinmetall AD's Oerlikon-Contraves 35 mm Skyshield system firing the proprietary AHEAD ammunition round to be acquired in both towed as well as vehicle mounted configuration on trucks supplied by Tata. But the OFB scandal which broke in 2009 derailed this plan since it led to the blacklisting of Rheinmetall AD itself. To make the best of a bad situation the IA is considering various upgrades to the L-70 offered by domestic players such as Larsen and Toubro with optical payload, auto-tracker, fire control computer and an electromechanical gun laying system. Meanwhile Punj Lloyd is offering similar upgrade packaged for the ZU-23.

Even as IA mulls over its future towed and truck mounted AD gun situation, it is also going ahead with the upgrade of the legacy Schilka ZSU-23-4 with new electro-optical sights, radiation hardened electronics and a new diesel engine instead of old gas guzzling gas turbine. The upgrade is being executed by BEL for over 90 systems and it remains to be seen whether the same route will be used to upgrade the AD cores Tungushka regiments as well eventually. The upgrade is supposed to enable the Schillka to operate in a more networked environment something that both the Akash Systems and Sosna-R obviously are capable of. Indeed, in a boost to bring in more NCW enablers the IA also has several 3D Tactical Control radars (TCR) on order derived from the Akash system's CAR developed by the Electronics and Radar Development Establishment (LRDE) which are more compact and have a range of about 90 km. TCR is Tatra VVL mounted, mobile stand-alone and all weather. Interestingly, pertinent data can be collected at a Target Data Receiver (TDR), located 20 Kms away from the TCR itself. The radar operates in S-band and its antenna is mechanically rotated in azimuth to provide 360 deg and 50 deg elevation coverage up to a height of 10 kms.

The AD core has also opted for the low level light weight L-Band 2D Bharani Radar which is a battery powered compact sensor providing 2D surveillance solutions to alert AD weapons mainly in mountainous terrain against hostile aerial targets like UAVs, helicopters and fixed wing aircraft flying at low and medium altitudes. The radar can be transported by vehicles, animal transport, a group of men or as helislung loads. It can be dismantled into packages to facilitate quick installation and re-location in mountainous terrain. It will act as an early warning element to AD weapon systems employed to provide protection to vulnerable areas or vulnerable points. The Bharani consists of radar, Commander Display Unit (CDU) and messaging unit Target Designation Unit (TDU) and TDRs. One radar can service up to 10 TDRs using existing combat radio resources/ network. The CDU can be located up to 750m from the radar. The radar with modular architecture, advanced ECCM features, ruggedness as per Mil standards can be operated in varied conditions including extreme climactic and geographical conditions and in battle field situations, especially in an offensive EW environment.

All of these elements ultimately feed into the Air Defence Control and Reporting System (ADC & RS) developed by the DRDO is "to detect all aerial targets and neutralize the threat well away from the vulnerable area/vulnerable point (VA/VP) by effective integration of all AD Weapon Systems". This in turn will be an element of the Tactical Command Control Communication and Intelligence (Tac3I) System developed for the IA by DRDO's Centre for Artificial Intelligence and Robotics.
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hmm...i thought the army and airforce were going for a ground version of the Barak 8,and also a ground launched version of astra( a modification similar to sea sparrow)
 
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aksha

Captain
The Indian Navy's helicopter plans and purchases

Any decent sized surface warship in today's navy has the capability to host at least one navalized helicopter if not more. The steady accretion in the Indian Navy's (IN's) surface fleet therefore naturally also means that there is a need to augment the number of ship-borne helicopters in its inventory. Besides, the Navy in any case has ever expanding roles and responsibilities which translate into requirements for greater rotary capability.

To that end, IN has been looking to bring in new utility and multirole helicopters in order to both replace legacy units as well as increase the overall number of such machines under its ambit while simultaneously introducing new technology. It would therefore be worthwhile to take a closer look at the status of various helicopter tenders issued by the IN as well as the opportunities for domestic industry therein.

The Navy has actually been running a competition for 16 naval multirole helicopters (NMRH) since 2011 with the request for information (RFI) being issued in July that year. The two down-selected contenders in the fray are a maritime variant of the European-built NH90 known as the NATO frigate helicopter (NFH) from NH Industries and an export variant of the US-made SH-60 Seahawk from Sikorsky called the S-70B. Despite the trials for the $1.2 billion contract with the winning bidder required to deliver all helicopters within 46 months of contract signing in three phases were completed in 2011 itself, this tender has actually been delayed more than once with the latest slippage happening in mid-2013 when the Ministry of Defence (MOD) asked both finalists to extend the validity of their bids by another six months in July 2013.

Problems started in early 2012 itself with this particular tender when in a letter to the MOD, NH Industries claimed that competitor Sikorsky's entry may not actually be technically compliant with certain parameters laid down in the Navy's request for proposal (RFP) unless the S-70B helicopter had been granted waivers for the same. IN however stated in the media that NH Industries was looking to mislead MOD and cause delays by raising unreasonable concerns. As far as IN is concerned both helicopters have met naval staff qualitative requirements (NSQRs) for a multi-role chopper with its primary missions consisting of anti-submarine (ASW) and anti-surface warfare(ASuW) and secondary roles such as search and rescue (SAR), transport, casualty evacuation (CASEVAC) etc.

The cut throat competition probably arose on account of the fact that the RFP also stipulated that IN would have the option of placing orders for another 44 helicopters, on completion of the contract for the initial 16. Furthermore it was widely expected throughout 2012 that a follow on tender for another 75 units would be issued that year.

Finally, in early 2013, IN issued a global RFI for more NMRH which probably went further than what most expected given that it was for 123 units , making it the largest such tender for multirole helicopters anywhere in the world. The stakes naturally are higher than ever before now.

The latest postponement of the opening of commercial bids for the initial tender however means that even if the contract were to be sewn up within this fiscal i.e 2013-14 the first helicopter cannot be delivered before 2015-16 at the earliest.

Moreover, a global RFP worth 6-8 billion U.S dollars to follow the new RFI for 123 NMRH in the 9 to 12.5-tonne maximum take-off weight (MTOW) class is likely to be issued which is attracting interest from a wider set of contenders including Lockheed Martin with its MH-60R/S (which shares its airframe with the S-70B), Eurocopter with its EC 725 Caracal and Russian Helicopters with Kamov products and perhaps even AgustaWestland with one of the navalized variants of the AW-101 Merlin.

One of the other reasons why the initial 16 unit contract may be delayed relates to the contenders being reluctant to discharge offset obligations in their entirety. However this is a little strange, at least in the case of Sikorsky which is already getting complete S-92 helicopter cabins built in India by Tata Advanced Systems Limited which involves the local manufacture of some 5000 components. What is more, it was believed that given the degree of commonality between the S-92 and the S-70, the latter was always a front runner for the NMRH contract.

Meanwhile, IN is also looking around for an upgrade partner for its existing fleet of 30 odd Agusta Westland Sea King helicopters. The situation in this arena is also a little tricky because a 2008 proposal to bring on board Israeli companies for the upgrade package was vehemently opposed by AgustaWestland and it remains to be seen how the Navy plans to execute the upgrade this time around.

As such the proposed upgrade package mainly includes new composite main rotor blades, five AMLCD cockpit Displays (two primary flight displays and three multi-function displays), an automatic flight control system (AFCS), twin AHRS for providing aircraft attitude and heading information to the cockpit display and AFCS. It is understood that IN is seeking an almost similar upgrade package for some six Kamov Ka-25 helicopters as well. As an aside, the integration of DRDO's SV-2000 radar with some Kamov units is also being carried out.

Beyond the NMRH tender, IN is of course also looking to replace its current holding of Chetak and Cheetah helicopters with a new naval utility helicopter (NUH). The procurement process for NUH actually began even before the NMRH competition with the RFI being issued way back in 2010. Since then this project has seen another RFI being issued in 2011 followed by a RFP in 2012 for 56 NUH (with 28 additional options) at a total cost of around a billion US dollars. The latest RFP specifies that in addition to 56 choppers, three simulators, 28 spare engines and associated equipment are to be delivered within eight years of contract signature.

Moreover, as per the RFP, NUH can have a MTOW of 4.5 tons, should be capable of being armed 70mm rocket launchers, 12.7mm guns, lightweight torpedoes as well as depth charges. It must have 'a modern airframe design, proven fuel-efficient engines and fully-integrated advanced avionics'.

NUH will be used for both shore-based and offshore operations by IN and should be able to operate from ship decks in all-weather day and night conditions. Interestingly IN also wants the NUH to be able to operate from surfaces covered by snow, sleet, sand, water and slush.

Now the 2012 RFP had been issued to all global majors with NUH contenders being Eurocopter's AS565 MBe Panther, Agusta Westland's AW-109LUH, and offerings from US-based Bell and Kamov of Russia.

However, the AgustaWestland scandal has probably had an impact on this tender since MOD stated in April 2013 that only two companies had responded to the RFP and one of them was AgustaWestland with the other being Eurocopter. If AgustaWestland ends up being blacklisted over the VVIP helicopters scam then IN may be left with a veritable single vendor situation which may lead to the whole process being scrapped and re-tendered.

Meanwhile, even as the Navy explores international options, it has again begun inducting more home grown helicopters as well. In November 2013, IN inaugurated its first Hindustan Aeronautics Limited (HAL) Dhruv unit, INAS 322, shore-based in Kochi under the Western Naval command which besides conducting SAR operations will also be used for heli-borne insertions and armed patrol with night vision devices. In fact the Dhruv has been cleared for night time SAR as well. The rekindling of IN interest in the Dhruv probably stems from heightened requirements in the arena of low intensity maritime operations and coastal security post 26/11. Further delays in the NUH tender is also bringing HAL's own light utility helicopter (LUH) project into play whose development will be completed by 2015.

HAL probably could expect more from the Navy if it moves forward quicker on the Indian Multirole Helicopter (IMRH) project. The IMRH as the name implies is a project to build a domestic multirole helicopter in the 12 ton MTOW category with a maximum speed of 275kmh, maximum payload of 3.5 tons at sea level , 500 km range at sea level and service ceiling of 6500 metres. Interestingly the very same companies that are responding to the NMRH tender are also those who are in talks with HAL for collaborative purposes on the IMRH.

For instance, Sikorsky may be open to co- producing up to 400 multi-role helicopters with HAL if one of its designs were to be chosen as the basis for developing IMRH, which could garner orders of more than 300 units from the services alone by 2030. The IN with its stated aim of fielding 200 ships by that time is likely to be a major customer for IMRH.

In the years to come, it is quite clear that IN will continue to grow into a very substantial air force in its own right and rotary requirements will become bigger than what they are projected to be even now. Given the level of spend being envisaged it is important that India's domestic aerospace sector identifies the right strategy to capitalize on IN's rotary plans.
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A Bar Brother

Junior Member
Indian Army Air Defence futures


hmm...i thought the army and airforce were going for a ground version of the Barak 8,and also a ground launched version of astra( a modification similar to sea sparrow)

Barak-8 is meant for long range functions, while Astra will provide logistic advantages due to being very light.
 

aksha

Captain
The 4th joint India-China army exercise 'Hand-in-Hand 2014' begins in Pune, India today.
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source livefist
 
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aksha

Captain
INS Teg visits Nacala, Mozambique

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Bengaluru, Nov 17: Indian Naval Ship Teg, a stealth frigate of the Indian Navy, made a port call at Nacala, Mozambique on Monday. Navy Spokesperson Capt D K Sharma said that the ship is on a goodwill visit aimed at strengthening the existing bonds of friendship between the two nations. India and Mozambique have traditionally enjoyed close and friendly relations. The two countries are also members of the Indian Ocean Naval Symposium (IONS), a voluntary initiative between 35 countries of the Indian Ocean Region, which has served as an ideal forum for sharing information and co-operation on maritime issues. "The visit seeks to underscore India's solidarity with countries of the Indian Ocean Region. During the stay in harbour, various activities are planned including official calls and a reception onboard the ship," the naval official said. INS Teg had left her base port Mumbai on 1 October 2014 as part of a four-ship Task Group headed by Rear Admiral R Hari Kumar, Flag Officer Commanding, Western Fleet.

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aksha

Captain
Russian Air Force Chief in India

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Colonel Gen Viktor Nikolaevich Bondarev, Commander-in-Chief of Russian Federation Air Force (RFAF) called on Air Chief Marshal Arup Raha at Air Headquarters on Monday. According to IAF officials, the bilateral ties of India and Russia are a key pillar of Indian foreign policy, since the signing of the "Declaration on the India-Russian Strategic Partnership'' in 2000. In the next three days, Colonel General Nikolaevich will be visiting the National Defence Academy followed by a visit to the Su-30 Squadron. "The RFAF Chief is planned to visit the Air Force Academy at Hyderabad to get a firsthand account of the training being carried out on the PC-7 Simulator and the Virtual Tower Simulator," IAF officials said. Some of the major procurement contracts signed with Russia for the Indian Air Force in the last decade have been IJT Engines, MiG-29 Upgrades, Mi-17 V5 and Medium Lift Helicopters (MLH). Besides these, contracts for Joint Production of Fifth Generation Fighter Aircraft and Multi Role Transport Aircraft have been signed. Indo-Russian Avia-Indra exercise set to begin An 18 member Russian Air Force team arrived on Monday at the Air Force Station Halwara in Punjab to participate in Phase II of the Indo-Russian bilateral exercise ‘Avia-Indra.' A Western Air Command official said that the Russian delegation is headed by Major General Alexander N Lyapkin and consists of fighter, helicopter aircrew and Air Defence crew. The Russian team will be in India up to 28 November. The first Phase of this exercise was held at Russia for two weeks during August-September 2014. During the exercise, Russian aircrew would be flying the Su-30 MKI, Mi-17 & Mi-35 aircraft with the IAF, at Air Force Station Halwara. The joint exercise will further strengthen the relations between the two air forces taking forward the India - Russia strategic partnership.

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