Historical Fighter Planes of India.

shom

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EE Canberra B(I)58, T54, PR57, B66, B(I)12
The Canberra was the only modern jet design of UK origin to be license produced in America till the advent of the Harrier. First flown in 1949, it went into service two years later with the RAF. In 1957 the IAF, looking for a replacement for the B-24 Liberators as the main component of the bomber strike element, chose the Canberra. The IAF's first order for 65 B(I) Mk.58 bomber-interdictor, 7 TMk.54 and 8 PR Mk.57 was placed in 1957. Later another six B(I) 58, two T.54 and two PR 57s were acquired to take the total acquisitions to 90. The first unit to equip with this type being No.5 Tuskers Sqn at Agra. The TMk.54s equipped the Jet Bomber Conversion Squadron (JBCU). By June 1957, No.106 S.P.R. Sqn. was raised on the PR Mk.57s. By September 1958, Nos. 16 and 35 Sqns re-equipped with the Canberra. Taking into a total of five units that flew this aircraft.
The Canberra carried a crew of two sometimes three, consisting of Pilot and Navigator/Bomber-Aimer. It could carry a bomb load of 8000 lbs. which gave it the capability to carry in one sortie what would take 4 Mysteres to deliver. It's good performance led to the development of an intruder version with rockets and a four gun external pack. It could step in to do the ground attack fighters role, provided air superiority had been achieved.

Canberra PR Mk57 P1098 during the Catridge Start Up!

A B(I)58 belonging to the IAF Contingent of ONUC, the UN Force in Congo. IF898 proudly carries the emblem of the "Tuskers" on the forward fuselage. The aircraft was hit by small arms fire during one of the sorties - with slight damage to
Courtesy:- Bharat Rakshak
 

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English Electric Canberra

Canberra : Early Development

ANANDEEP PANNU


Authors Introduction: This chapter is part of a book that I am attempting to write along with Jagan Pillarisetti, on the English Electric Canberra in IAF service. We have a blog The English Electric Canberra in IAF Service | The first 50 years, please visit there and leave comments by clicking on the "Comment" link near the title of any blog entry. The author wishes to thank Wg Cdr Vineet Bhalla (Retd) and Wg Cdr Joseph Thomas (Retd) for their help and advice during the preparation of this article.

The English Electric/British Aerospace Canberra first flew on Friday the 13th of May 1949. Yes, that is not a typo - it first flew in 1949 (and they did do the first flight on Friday the Thirteenth)! The Canberra is still operational today with the IAF with 106 Strategic Reconnaissance Squadron (SRS) of the Indian Air Force. This represents a period of 57 years as of 2006! Current plans call for the Indian Air Force to operate their Canberras until May 2007, at which time the type will be 58 years old. To put this longevity in perspective, the World War I Sopwith Camel would need to be operational till 1975 to match this record!

The Indian Air Force (IAF) had by far the largest fleet of "export" Canberras purchasing over a 100 aircraft. Only the RAF and USAF exceeded the IAF in numbers of Canberras operated. The IAF also had the distinction of operating the Canberra "in anger" more often than any other air force. The IAF operates a proliferation of Canberra types, in multiple roles. In this article an attempt is made to describe those types, their technical and operational characteristics and their use in the Indian Air Force.

Early Canberra Development

Design and Development



The prototype English Electric Canberra . (RAF Photo)
The English Electric Canberra was the brainchild of the brilliant designer W.E.W "Teddy" Petter. Petter was the son of the Managing Director of Westland Aircraft and was initially Chief Designer there. The Westland Wapiti, the first aircraft type operated by the IAF, came from Westland's stable. Petter designed the Westland Lysander, which 1 Squadron IAF took to war in Burma in 1942 during World War II. Petter seems to have been a favorite designer of the IAF, the IAF operated a representative type for each of the aircraft firms that he was Chief Designer of – the Westland Lysander, the English Electric Canberra and the Folland Gnat! Petter also designed the first and only wholly British Mach 2 fighter, the English Electric Lightning.

The English Electric Company was a locomotive company, and had earned its spurs as a "shadow factory" operator, mass producing Handley Page Hampden and Halifax bombers during World War II. In fact the company's excellent quality control and prolific output (it produced more Halifax bombers than Handley Page itself) resulted in it being short-listed to build a jet bomber for the RAF in 1944.

English Electric had no design team, so it hired Petter away from Westland. Petter had a reputation for being temperamental and was not getting along with the management at Westland. He had a great opportunity to build a design team from scratch – and he made the most of it! He started work on Air Ministry specification B3/45, which called for high speed, high altitude, unarmed bomber in the tradition of the de Havilland Mosquito.

The aircraft that emerged from the drawing board was designed for a cruising speed of 518 mph at 40000 ft and a service ceiling of 50000 ft – a bar that the Canberra exceeded handsomely. Petter deliberately selected broad chord, low aspect ratio and relatively lightly loaded un-swept wings and decided not to use wing sweep. This gave the Canberra its exceptional handling characteristics at high altitudes and maneuverability at low altitude. The bomber was to be powered by two AJ 65 (Avon) engines, housed in nacelles at about one quarter span and buried in the wings. The horizontal tail was tapered but un-swept. The main undercarriage was inward retracting and mounted immediately inboard of the nacelles. The aircraft had a twin nosewheel. The stressed skin semi-monocoque fuselage accommodated the crew in a pressurized nose section, the design bomb load of 6000 lb and all the fuel. The pilot sat under a one-piece jettisonable canopy and his crew behind him in the fuselage. Every crew member was equipped with an ejection seat. The controls were all manual with spring tabs, being electrically operated for trimming purposes only.

Such was Petter's foresight in design that the basic configuration of the airplane did not change in 20 years of production. Crew accommodation configuration changes, wing fuel, powered controls, extra wing surface and more powerful engines were all added but the aircraft remained recognizably like the prototype Canberra throughout its life. Even the configuration changes were facilitated by the fact that Petter had designed the Canberra to be of modular construction – with five independent primary structures which could be mixed and matched to meet any role type. These five structures were – front fuselage, centre fuselage, rear fuselage, mainplane non-anti-icing, mainplane anti-icing with integral fuel tanks.


The first mark in operational service was the Canberra B Mk 2 – the initial order specifying 5 different marks of the Canberra – tactical bomber, blind bomber, target market bomber, long range PR aircraft and trainer. There were only four B Mk 1s and they were built with solid noses. The radar for the "blind bomber" was not forthcoming so a visual bombing version with a Plexiglas nose with accommodation for three crew members (pilot, navigator and bomb aimer), was built as the B. Mk 2. There was no armament other than the bomb load, and the bomber was to rely on its high speed of 0.8 Mach at 45000 ft to evade any fighters attempting to intercept it. There was a lot of criticism of this change from the radar bombing role to a visual daylight bomber – critics charging that the Canberra was obsolete for that role from the beginning. The operational characteristics of the Canberra however made it adept at performing multiple roles, and that was responsible for its success operationally rather than any single characteristic. The early operational marks – the B Mk 2, P.R. Mk 3 and the T.4 all shared primary characteristics. They were powered by the Rolls Royce Avon Mk 1/RA 3 engine of 6500 lb thrust each. They carried fuel in the fuselage and jettisonable wingtip tanks but did not have any fuel in the wings. Total fuel capacity was of the order of 1,874 gallons with wingtip tanks fitted. The B.2 was a day bomber and could carry 10000 lbs of bombs. The Photo reconnaissance PR.3 had an extended fuselage and could carry up to 7 cameras for both day and night photography and had an extra fuel tank in the fuselage giving it a fuel capacity of 2417 gallons. The T.4, the dual pilot trainer version, will be described with the other IAF specific marks. By the time the Indian Air Force expressed interest in the Canberra, a new "generation" of Canberras had emerged.

Canberras for the Indian Air Force

The Indian Air Force first expressed its interest in the Canberra officially during a visit of the Secretary of Defence in June 1956. A few Indian Air Force pilots had already flown the Canberra by then including the Indian Air Attache to the UK Gp Capt (later Air Chief Marshal and Chief of Air Staff) Moolgavkar. He had flown the Canberra as early as 1954 as part of an evaluation team led by Air Commodore P C Lal. Most ETPS (Empire Test Pilot's School) courses by then had one or two Indian test pilots under training. Gp Capt Kapil Bhargava, then a Flt Lt and a trainee at ETPS, flew a Canberra T.4 trainer several times as part of his training.
English Electric must have felt very confident that they would receive an order; they started work on the IAF Canberras before the order was finally placed in early 1957. The order was for 80 aircraft – and was by far the largest export order placed for the Canberra. The amount was £20 million. Some of this money was offset by the debt that the UK government owed the Indian government for services rendered during WWII and reparations. Even so it seems like the Indian negotiators drove a good bargain – £20 million being approximately $250 million in today's currency. Seems like a small amount compared to what India is paying for the BAe Hawk today (approximately $1.7 billion for 66 aircraft!).

The orders were for 65 English Electric Canberra B(I)58 aircraft, 8 PR.57 aircraft and 7 T.4 aircraft.

The B(I)58 was equivalent to the RAF's B(I)8 "interdictor bomber". The PR.57 was the equivalent of the RAF's PR.7 photo reconnaissance version. The T.4 was the same mark as the RAF trainer version. It is erroneously reported that the IAF trainers were T.54s but there was no such designation given by either the factory or the IAF. The Indian Air Force never referred to the trainers by any other designation – they were always referred to as T.4s. This was in contrast to the B(I)58 and the PR.57 – those marks were referred to with their full IAF designation.

Being master negotiators, the Indian procurement team had been very wise in prescribing equipment fit – they had included a number of modifications that the RAF pilots wished they had in their equivalent marks! These included a radio altimeter, improved navigation kit and an autopilot.

All the Canberras were to be "new build" aircraft, though 24 were diverted from an RAF order for B(I)8s. One of the these diverted aircraft, a B(I)8 IF-906 (ex-WT388, which is still flying as an Electronic Warfare aircraft with 106 SRS) was modified by Bolton Paul Aircraft to act as the trials installation aircraft for the IAF's additional equipment. Deliveries of the aircraft started in April 1957.

The IAF marks will be described in detail, but first a small detour into the evolution of the Canberra from the B.2 and PR.3 described above.

The second generation Canberras

In 1951 the RAF issued a new specification B22/48 for a target marker Canberra with improved radar and improved low level performance. English Electric responded with the Canberra B Mk 5. This introduced major changes to the Canberra – the biggest of which was the introduction of the Avon Mk 109 (RA.7) engines. Each of these engines gave 7400 lbs of thrust which was 900 lb more on each side than the Avon RA.3 fitted on the B. Mk 2, PR. Mk 3 and the T.4. Another major structural change was the addition of integral wing tanks which gave a total of 900 gallons additional fuel. Dunlop "Maxaret" anti-skid braking units were introduced. The changes increased range to 3,400 miles and the maximum speed increased by 10 mph. The Avon RA.7 had anti-icing protection and was more resistant to compressor stalls and surging. The radar desired for the Canberra B Mk 5 did not materialize and this resulted in the visual bombing Canberra B MK 6 being produced instead. The Canberra B Mk 6 was a B MK 2 bomber incorporating the improvements introduced by the B Mk 5. The B Mk 6 was essentially what all the IAF Canberra marks (except the T.4) were based on.

IF908 was another B(I)58 that formed part of the IAF contingent with the UN force in Congo.

F1020 is the Bomber Intruder version designated as the Mk.66. The aircraft was lost in 1989 in an accident at Lohegaon
Courtesy:- Bharat Rakshak
 

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My brief flirtation with the Canberra

Gp Capt Kapil Bhargava (Retd)

I first flew the Canberra T-4 WJ-867 at the Empire Test Pilots School on 4 Apr 56 with my test pilot instructor Sqn Ldr AE (Al) Marriott. It was in fact a test of the aircraft after some important servicing. That 50 minute dual flight was considered enough to qualify me on the aircraft. My next two flights in the same aircraft (- it was the only Canberra at ETPS) on 30 Apr and 1 May 56 were as pilot in command with Flt Lt AL (Larry) Nelson (Royal Canadian AF) in the co-pilot's seat. He had similarly done just one flight in the aircraft before these. Our exercise was the calibration of the out side temperature gauge corrected for adiabatic compression temperature rise at different speeds. It was not a very exciting exercise or flight. The next flight as second pilot to Lt Cdr DA (Dave) Cribbs (USN) was a slow cruise climb though only for 1hr 25mts. I next flew the aircraft as pilot in command with Flt Lt HO (Hugh) Field (RAF) on the same exercise of slow cruise climb on July 20 for 1hr 30mts. My final 45mts Canberra T-4 flight at ETPS was on 1 Nov 56 with an intrepid RAF doctor sitting in the co-pilots seat. He obviously had more courage than sense to fly with someone who had only 3hrs 50mts including dual and second pilot sorties. Or, perhaps ignorance was bliss. With the final flight at ETPS I had acquired a grand total of 4hrs 35mts on type.


Canberra T.4 flown by Gp Capt Bhargava (Steve Bond)
I had started the ETPS Course as my first posting after getting married and it was our honeymoon. But the course was only ten months long and the Government of India did not foot the bill for the wife's travel unless the stay was longer than one year. At the initiative of the Indian High Commission, I was attached to Short Brothers in Belfast for test flying duties where the company had to pay nothing for my services. There was not a lot of flying available but the company was manufacturing Canberra B(I) 8s for the RAF. As a recently qualified test pilot, the Ministry of Supply authorized me to flight test and accept any aircraft of any type on its behalf offered for eventual delivery to UK's armed forces. I also had the authority to ferry it to its destination. This type of blanket clearance actually surprised me though I could not make full use of it. I got only two aircraft (XH 228 and XH 231) to test for a total of five flights adding up to 3hrs 40mts.

Meanwhile, the contract to acquire Canberra aircraft by Indian Air Force included a clause that one in every seven aircraft would be tested and accepted by an Indian test pilot. Wg Cdr Suranjan Das working on the Gnat at Follands was asked by the High Commission to do this test flight for the first such acceptance. He promptly passed the job on to me. This was to be the first flight by any IAF pilot in an IAF Canberra. On 28 May 57, I was to take our Devon from Hendon and fly to Salmesbury to test and accept the aircraft on behalf of IAF. The aircraft was B(I)58 IF-904. Flt Lt Joseph (N) asked me to take him along so that he could become the first navigator to fly in an IAF Canberra. Our departure from Hendon was almost a fiasco. After getting airborne, the undercarriage would not retract. I landed back and asked for technical help. This involved simply putting the master air valve in on position. Sheepishly, I thanked the mechanic for his expertise in solving my problem so quickly. He gave me a withering look, which said it all.

On arrival at Salmesbury, I asked the local chief test pilot for a copy of the production test schedule and a form to fill in the results of the flight. I had done this for two aircraft at Short Brothers and was familiar with the requirements. I also borrowed a copy of the blue (RAF type) Pilots Notes. Little did Joseph know that he had an onerous duty coming up. He got a shock when I asked him to read out the various checks and the starting procedure. I then wanted him to read what it said about taxiing. Finally, after lining up I demanded that he should read out what the notes said about take-off. He was horrified. Immediately after take-off he said to me, "Kapil, the way you are flying the aircraft, any fool could do it". I at once agreed with him and asked him why ever did he think I wasn't one.

There were some minor snags to be recorded after flight. The only criticism I had for the company test pilots was their short cut for the elevator trim check. Early Canberra pilots will remember that delivery and in fact all flying of the type had been interrupted due to trim runaway to fully nose down leading to some accidents. The cure was a metal strip about 2cms wide fitted at right angle all along the trailing edge of the elevator. The idea was that at forward C of G, the full nose down trimmer setting should be equal to that for the clean aircraft flying level at 450 knots. The top or bottom edge of the new strip was to be ground down to trail the elevator to the correct angle to meet this requirement. The test pilots had cut the corner by combining this with flying with tip tanks and speed at 425 knots. Even though I did not approve of this, I let it go thinking that if needed we could recheck this back at home. My request to ferry the aircraft to India was turned down flat by the High Commission presumably due to "lack of experience on type". On return to India I got to do only two flights in Canberra IF-924 while working as a test pilot in HAL. I remember deciding not fly it one day after it had been parked in the sun. It was too hot to handle. A measurement of air temperature in the cockpit showed that it was 52°C.

I was lucky to do two flights on the Canberra F-1189 April 27 and 28 '72 to test and clear the HAL developed UHF on it. Hopefully, it or its derivative worked well on the aircraft later in service. My farewell flight on the aircraft was a very pleasant one – Bangalore to Kanpur in the same aircraft on June 22 '72 taking 2hrs 40mts. It was the best way to travel – bypassing airlines and trains. With this flight my brief love affair with Canberra (T-4, B(I) 8 and B(I)58) ended with 10mts short of 19hrs on the beautiful aircraft type. One can only wish it had been longer!

Copyright © Gp Capt Kapil Bhargava
Courtesy:- Bharat Rakshak
 

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A rare period photograph of a Trainer variant. Q496 is one of the three trainer variant ordered just before the 1965 War.

B(I)66 F1028 making a pre delivery flight over the English Channel.

Canberra IP990 making its last public appearance when it landed in at Yelahanka in 2005 for the Aero India show.

A photo-recon Canberra PR Mk.57, from No.106 Lynxes Squadron, with a Canberra B(I) Mk.8 target tug from the No.2 TTU Squadron.
Courtesy:- Bharat Rakshak
 
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An aacount on the retirement of the Canberras.
Farewell to Falcon

Indian Air Force bid farewell to its Canberra aircraft after fifty years of its glorious service. The phasing out ceremony was held at Air Force Station, Agra. The last of the Canberra Squadron, 106 Squadron finally called the Lynx at Agra. The ceremony was presided over by the Chief of Air Staff, Air Chief Marshal FH Major.

The ceremony comprised a fly-past by the mighty bombers and concluded with the handing over of �form 700� to the Air Chief by Wg Cdr Mathur, the Commanding Officer of the Canberra Squadron. Wg Cdr Mathur flew the last sortie. He demonstrated the manoeuverability of the aircraft amidst cheers from the spectators. Veterans who flew the machine were present on the occasion to touch it for the last time. Many could not control their tears while seeing their flying machines being phased out. Speaking on the occasion, Air Chief Marshal FH Major said that no other aircraft in the Indian Air Force history had served so long and indeed as gloriously as the Canberras. He said that the Canberras were also known as the eyes of the nation. Acknowledging their stellar contributions, the Air Chief paid tributes to the veterans who flew it, many of whom are now legends. Later, speaking to the media, he added that even though the Canberras were fit to fly, non-availability of spares and high maintenance cost had forced IAF to retire them. These will be kept in IAF museums, even in one or two college or schools, he said. Nostalgia permeated on the occasion. Veterans took photographs with the aircraft, recollected and narrated experiences to their beloved ones who accompanied them to say adieu to this flying fancy. Wg Cdr (Retd) AS Duggal has a record of flying this aircraft for 3,100 hours. Talking to Sainik Samachar, he said that the aircraft was highly reliable, extremely stable and always brought him home. He recollected that he had done a number of reconnaissance sorties in the northern sector.

For over fifty years, Canberra has been a familiar sight the world over, both in war and in peace. Designed in 1944 to meet a specification for a jet bomber, Canberra has had an unrivalled history in the world of military aviation. During its lifetime, it equipped over sixty Royal Air Force (RAF) squadrons alongwith a number of special flights. It was license-built both in Australia and the USA. It also proved a best seller overseas, being operated by seventeen air forces, and seeing active service with many of them. The No. 5 squadron of IAF was the first to get equipped with the Canberra Bomber in May 1957, and by 1959, two more squadrons, No. 16 and 35, had become operational.

Canberra, the only bomber of the Indian Air Force until late seventies, got the first taste of operation on December 18, 1961 when 16 Squadron and 35 Squadron were tasked to carry out reconnaissance and bombing of Dabolim airfield in Goa. Canberras of No. 35 Squadron were the first jet aircraft of the IAF to bear its arsenal on an enemy. The highly accurate bombing damaged only the target with no civilian casualties. By December 20, Goa had been reclaimed.

The Belgian Congo Faced political turmoil in 1961 and the UNO was called in for help. When the situation in Katanga (UHHQ) and the capital Leopoldville worsened, India was requested to send strike aircraft on behalf of United Nations. Earmarked for this task was the proud No. 5 Squadron.

Though the Canberras stood down in the Chinese conflict and did not fly any combat sorties, reconnaissance sorties went through. The Canberras flew 22 photo recce missions between totalling more than fifty hours. Areas of Aksai chin and Eastern Sector were covered to monitor enemy encroachment. Canberra�s mettle was again tested in 1965 Indo-Pak war. Numerous high level bombing missions were successfully flown during the course of the short war.

The cohesive teamwork of skillful pilots and meticulous diligent navigators kept Canberra a viable and dependable bomber force when the 1971 war broke out. It spearheaded a strong counter-attack on a number of Pakistani targets. Throughout the war, Canberras gave the enemy no respite even at night due to persistent night raids on numerous targets. The highlight of the 1971 operations was bombing attacks carried over the oil refinery complex at Karachi. The results of these raids were so devastating that the Karachi oil complex was ablazing for nearly a week. Canberra Squadrons were richly rewarded with four Maha Vir Chakra, a dozen Vir Chakra and many other gallantry awards and distinguished service awards in recognition of their contribution to the victory in 1971 war.

Advent of potent air defence system consisting of low-looking radars, surface-to-air missiles and supersonic fighters equipped with air-to-air missiles in late seventies signalled formal retirement of this great war-horse from combat duties. However, superb aerodynamic design, high system reliability and good maintainability gave Canberra a lease of life to march on for some more time, albeit, in secondary roles viz. electronic warfare, maritime strike and target towing. The photo recce Canberras continued to operate stealthily for some more time. It was effectively used in the Kargil conflict and brought the first photographic proof of enemy intrusion in the Indian territory. Despite taking a missile hit and the left engine blown apart, the pilot of the aircraft, Wg Cdr Perumal and his navigator, Flt Lt Jha skillfully managed to land back safely at a nearby base. For this act of bravery, Wg Cdr Perumal was awarded Shaurya Chakra.

-R Chidambaranathan
from Agra

Canberras retirement

A trio of Canberra PR.57s from the Lynxs in formation.

A diamond formation of four Canberra B(I) Mk.58s.
Data Courtesy:- http://sainiksamachar.nic.in
image Courtesy:- Bharat Rakshak
 

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Updates today,,,,Mikoyan-Gurevich MiG-23 get ready guyzzz
 

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Mikoyan-Gurevich MiG-23 BN:-
About Mig 23 I have said a lot. Now it is about mig23 BN. Which is the ground attack variant of Mig 23.
Ground-attack variants:-
("Flogger-H") Produced since 1973, the MiG-23BN was based on MiG-23B, but had the same R-29-300 engine as contemporary fighter variants. They were also fitted with "type 3" wings. There were other minor changes in electronics and equipment, and some changes were made during its long production run. Serial production lasted until 1985, with 624 built. Most of them were exported, as the Soviets always viewed it as an interim type and only a small number served in Frontal Aviation regiments. As usual, a downgraded version was sold to Third World customers. This variant proved to be fairly popular and effective. The most distinctive identifying feature between the MiG-23B and MiG-23BN was that the former had the dielectric head just above the pylon, which was removed from the MiG-23BN. In India, the last MiG-23BNs were flown by 221 Squadron (Valiants) of Indian Air Force and were decommissioned on 6 March 2009. Wing Commander Tapas Ranjan Sahu, was the last pilot to land the MiG-23BN on that day.
The MiG-23BN ground attack aircraft was phased out on 6 March 2009 and the MiG-23MF air defence interceptor phased out on 2007. A total of 40 MiG-23MF, 95 MiG-23BN and 15 MiG-23UB had been obtained.[42][43]
<img src="http://www.bharat-rakshak.com/IAF/Images/9607-3/LastFlight_MIG_23.jpg" alt="Last Flight of the MiG-23 BN" />
The pic is of Last flight of Mig-23 BN in Indian Airforce
Courtesy:- Wikipidia
Image Courtesy:- Bharat Rakshak
 

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Last Flight of the MiG-23 BN
The MiG-23 BN of Indian Air Force retired today on 06 Mar 09, after 28 years of glorious service to the Nation. A befitting farewell in the form of a 'phasing out ceremony' was held at its last home, No. 221 Squadron at Air Force Station Halwara. The ceremony was presided over by the Chief of Air Staff, Air Chief Marshal Fali Homi Major. Wg Cdr YJ Joshi and Sqn Ldr TR Sahu of 221 Sqn flew the aircraft on its last flight.

The Air Force Station Halwara had become home to No.221 Squadron ever since they converted to MiG-23 BN in February 1982. 27 years on, No.221 Squadron is lone Squadron with MiG-23 BN on its inventory. The squadron known as the 'Valiants' was formed on 1963 at Barrackpore under he command of Sqn Ldr N Chatrath with 22 officers. It was then a part of the 55 Bengal Auxillary Air Force Squadron. Initially equipped with Vampire, Spitfire and Hurricane aircraft, it assumed the mantle of an operational unit when selected to support Indian Army's blitzkrieg advance in East Bengal during Dec 1971.

The 'Valiants' entered the Swing Wing era with the induction of MiG-23 BN in IAF on 24 Jan 1981 as a result of the IAF's need for Tactical Air Strike Aircraft in the late 1970s. This single seater ground attack aircraft was the result of Mikoyan Design Bureau's radical approach to incorporate variable geometry wings in the aircraft, a swing wing concept to compromise on the conflicting requirement of high speed flight with good low speed handling. An IAF test pilot team led by Wg Cdr Philip Rajkumar had test flown and evaluated the MiG-23 BN at Lugovaya in April – May 1979 after which the Cabinet Committee for Political Affairs (CCPA) cleared an acquisition of 95 MiG-23 BNs. Eight Pilots, nine engineering officers and 55 airmen of IAF left for Soviet Union on 01 Sep 1980 for conversion training on MiG-23 variable sweep fighters. The aircraft were then transported to HAL facility at Ozar near Nasik where they were assembled, test flown by Soviet pilots before being handed over to the IAF on 20 Jan 1980. The first IAF unit to be inducted with these Swing Wing fighters was No. 10 Squadron.

The aircraft got its first taste of operation on 04 April 1984 when the Squadron was alerted for the launch of 'Operation Meghdoot' for securing the Siachen Glacier in Northern Ladhakh. Intensive flying began in Kashmir valley, the Mig-23 BNs were employed to the limits, flying in the mountainous region by day and night. In 1985 MiG-23 BN got the unique distinction of being the first fighter aircraft ever to cross Banihal Pass in J&K region by night.

On 25 may 1999, 'Operation Safed Sagar' was launched. The Indian Air Force was to commence offensive air action at first light of the next morning. The MiG-23 BNs were launched into action targeting enemy positions at Tiger Hill with 57 mm rockets and 500 Kg bombs. The ensuing seven weeks from 26 May and 15 July saw the squadron fly 155 attack missions more than those during December 1971 operations and accounted for 28 percent of total load drop and 30 percent of all missions flown in that area.

During the Kargil conflict this aircraft had the distinction of being the single aircraft type to fire the maximum weapon load over the dizzy heights of Dras and Kargil. The MiG-23s have had flown more than 154000 hrs in the service of the nation.

Courtesy:- Bharat Rakshak
 

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Last of the MiG-23BNs - No.221 Squadron
Simon Watson

The MiG-23BN was recently retired on 6th March 2009 after 28 years of service with the IAF.

A few months earlier, Simon Watson visited Halwara and covered No.221 Squadron, AF at close quarters. Halwara had become home to No.221 Squadron "The Valiants" ever since they converted to MiG-23 BN in February 1982. 27 years on, No.221 Squadron is lone Squadron with MiG-23 BN on its inventory.

The aircraft got its first taste of operation on 04 April 1984 when the Squadron was alerted for the launch of 'Operation Meghdoot' for securing the Siachen Glacier in Northern Ladhakh. Intensive flying began in Kashmir valley, the Mig-23 BNs were employed to the limits, flying in the mountainous region by day and night. In 1985 MiG-23 BN got the unique distinction of being the first fighter aircraft ever to cross Banihal Pass in J&K region by night.

On 25 may 1999, 'Operation Safed Sagar' was launched. The Indian Air Force was to commence offensive air action at first light of the next morning. The MiG-23 BNs were launched into action targeting enemy positions at Tiger Hill with 57 mm rockets and 500 Kg bombs. The ensuing seven weeks from 26 May and 15 July saw the squadron fly 155 attack missions more than those during December 1971 operations and accounted for 28 percent of total load drop and 30 percent of all missions flown in that area.

During the Kargil conflict this aircraft had the distinction of being the single aircraft type to fire the maximum weapon load over the dizzy heights of Dras and Kargil. The MiG-23s have had flown more than 154000 hrs in the service of the nation.

At the time of the visit, the Squadron was operating the following examples

SM233
SM248
SM250
SM273
SM279
SM282
SM286
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Courtesy:- Bharat Rakshak
 

shom

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End of the Bombers ,,, now wait for the Reconnaissance aircrafts,,,,,,
 

shom

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We had two Reconnaissance aricraft which were retired one of them was English Electric Canberras which I have already posted and another is mikoyan-gurevich Mig-25RBK.
Mikoyan-Gurevich Mig-25RBK:-

The Mikoyan-Gurevich MiG-25 (Russian: Микоян и Гуревич МиГ-25) (NATO reporting name: Foxbat) is a supersonic interceptor and reconnaissance aircraft that was among the fastest military aircraft to enter service. It was designed by the Soviet Union's Mikoyan-Gurevich bureau. The first prototype flew in 1964, and the aircraft entered into service in 1970. It has a top speed of Mach 2.83 (as high as Mach 3.2, but at risk of significant damage to the engines), and features a powerful radar and four air-to-air missiles.
When first seen in reconnaissance photography, the large wing planform suggested an enormous and highly maneuverable fighter. This was during a period of time when U.S. design theories were also evolving towards higher maneuverability due to combat performance in the Vietnam War. The appearance of the MiG-25 sparked off serious concern in the West, and prompted dramatic increases in performance for the McDonnell Douglas F-15 Eagle in late 1960s. The capabilities of the MiG-25 were better understood in 1976 when Soviet pilot Viktor Belenko defected in a MiG-25 to the United States via Japan. It turned out that the weight of the aircraft necessitated large wings.
Production of the MiG-25 series ended in 1984 after completion of 1,190 aircraft. A symbol of the Cold War, the MiG-25 flew with Soviet allies and former Soviet republics, remaining in limited service in Russia and several other nations. It is the second fastest and second highest-flying military aircraft ever fielded after the SR-71 reconnaissance aircraft.[2]
Record breaker

The Mikoyan-Gurevich design bureau soon realized that the performance of the new aircraft gave it great potential to set new flight records. In addition to their normal duties, the prototypes Ye-155-P1, Ye-155-R1, Ye-155-R3 were made lighter by removing some unneeded equipment, and were used for these attempts. Under Federation Aeronautique Internationale (FAI) classification the Ye-155 type belonged to class C1 (III), which specifies jet-powered land planes with unlimited maximum take-off weight. Records set included:
The first claim was for world speed records with no payload and payloads of 1,000 and 2,000 kilograms. Test pilot Alexander Fedotov reached an average speed of 2,319.12 km/h over a 1,000 km circuit in 16 March 1965.[11]
For pure speed, with no payload, test pilot Mikhail M. Komarov averaged 2,981.5 km/h over a 500 km closed circuit on 5 October 1967.[11] On the same day A. Fedotov reached an altitude of 29,977 metres (98,350 ft) with a 1,000 kilogram payload.[14] The MiG eventually became the first aircraft to go higher than 35,000 metres (115,000 ft).[14]
Time to height records were recorded on 4 June 1973 when Boris A. Orlov climbed to 20,000 m in 2 min 49.8 sec. The same day, Pyotr M. Ostapenko reached 25,000 in 3 min 12.6 sec and 30,000 m in 4 min 3.86 sec.[14]
On 25 July 1973, A. Fedotov reached 35,230m with 1,000 kg payload, and 36,240 m with no load (an absolute world record).[14] In the thin air, the engines flamed out and the aircraft coasted on in a ballistic trajectory by inertia alone. At the apex the speed had dropped to 75 km/h.
A few years later, on 31 August 1977, "Ye-266M" flown by MiG OKB Chief Test Pilot Alexander V. Fedotov, set the recognized absolute altitude record for a jet aircraft under its own power.[15] He reached 37,650 metres (123,520 ft) at Podmoskovnoye, USSR in zoom climb (the absolute altitude record is different from the record for sustained altitude in horizontal flight). The aircraft was actually a MiG-25RB re-engined with the powerful R15BF2-300. It had earlier been part of the program to improve the aircraft's top speed that resulted in the MiG-25M prototype.[6]
In all 29 records were claimed, of which seven were all-time world records for time to height, altitudes of 20,000 m and higher, and speed. Several records still stand.

MiG-25R of No. 102 Squadron IAF on display at the Indian Air Force Museum, Palam
The MiG-25 was kept a guarded secret in India, and was nicknamed Garuda, after the large mythical bird-like creature from Hindu and Buddhist mythology.[46] It was used extensively in the Kargil War and Operation Parakram, conducting aerial reconnaissance sorties of Pakistan.[N 2][47]
In May 1997, an Indian Air Force Mikoyan MiG-25RB reconnaissance aircraft created a furor when the pilot flew faster than Mach 2 over Pakistani territory following a reconnaissance mission into Pakistan airspace. The MiG-25 broke the sound barrier while flying at an altitude of around 65,000 feet, otherwise the mission would have remained covert, at least to the general public. The Pakistan Government considered the breaking of the sound barrier was deliberate to make the point that the Pakistan Air Force (PAF) had no aircraft in its inventory which can come close to the MiG-25's cruising altitude (up to 74,000 feet). India denied the incident but Pakistan's Foreign Minister, Gohar Ayub Khan, believed that the Foxbat photographed strategic installations near the capital, Islamabad.[48]
Lack of spare parts and India's acquiring of unmanned aerial vehicles and satellite imagery eventually led to its retirement in 2006.
Took delivery of six MiG-25RBKs and two MiG-25RUs in 1981. They were operated by No. 102 Squadron "Trisonics" based at Bakshi-ka-talab AB in Bareilly, Uttar Pradesh. One RBK crashed on 3 August 1994.[6] Retired from service in May 2006.[46] The Trishul air-base in Bareilly had Foxbats capable of flying up to 80,000 ft.

General characteristics
Crew: One
Length: 19.75 m (64 ft 10 in)
Wingspan: 14.01 m (45 ft 11.5 in)
Height: 6.10 m (20 ft 0.25 in)
Wing area: 61.40 m² (660.93 ft²)
Empty weight: 20,000 kg (44,080 lb)
Loaded weight: 36,720 kg (80,952 lb)
Powerplant: 2 × Tumansky R-15B-300 afterburning turbojets
Dry thrust: 73.5 kN (16,524 lbf) each
Thrust with afterburner: 100.1 kN (22,494 lbf) each
Performance
Maximum speed:
High altitude: Mach 3.2[7] (3,600 km/h, 2,170 mph); Mach 2.83 (3,200 km/h, 1,920 mph) continuous engine limit[7]
Low altitude: 1,200 km/h (648 knots, 746 mph) at altitude[69]
Range: 1,730 km (935 nmi, 1,075 mi) with internal fuel
Ferry range: 2,575 km (1,390 nmi)
Service ceiling: 20,700 m (67,915 ft) with four missiles; over 24,400 m (80,000 ft) for RB models
Rate of climb: 208 m/s (40,950 ft/min)
Wing loading: 598 kg/m² (122.5 lb/ft²)
Thrust/weight: 0.41
Time to altitude: 8.9 min to 20,000 m (65,615 ft)
Armament
2x radar-guided R-40R (AA-6 "Acrid") air-to-air missiles, and
2x infrared-guided R-40T missiles
Avionics
RP-25 Smerch radar
A RV-UM or a RV-4 radar altimeter
Data Courtesy:- Wikipidia
Image Courtesy:- Bharat Rakshak
 

shom

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Now from Bharat Rakshak
MiG-25R/U [Foxbat] Garuda
The first MiG-25s were procured and inducted in August 1981. The aircraft equipped No.102 Squadron, nicknamed "The Trisonics". The MiG-25R is equipped with a number of electromagnetic-spectrum sensors along with a larger and a more capable side-looking airborne radar (SLAR). It is fitted with two left-to-right rotating cameras of a focal length of 650mm and 1300mm that can be fitted in the three interchangeable camera bays located in the nose cone of the aircraft.


The two cameras shoot through two port and two starboard windows, and a vertical camera with a shorter focal length is located under the cockpit to make the horizon to horizon linking shots.

A total of 8 MiG-25R single seater aircraft and 2 MiG-25U twin seaters were procured. Over the years, due to attrition , the number has come down to 4 MiG-25s which include atleast one trainer. In 2003, No.102 Squadron was numberplated and its aircraft handed over to No.35 Squadron "Rapiers".

The last remaining four airworthy MiG-25s were phased out on 1st May 2006 at a special ceremony at Barielly.
 

shom

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MIG-25 GARUD

The MIGnificient Flying Machines


Shiv Aroor

"¢ The field of vision from the MiG-25 is 1,100-km and its clarity of perspective remain unsurpassed. These planes have served their utility. We are moving to a higher network-centric warfare capability.
— Air Commodore Shankar Mani, Base Commander, AFS Bareilly

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"¢ The MiG-25s are still in perfect condition. Even at the time of phase out, all systems are working fine. We even made structural changes to the undercarriage all by ourselves.
— Wing Commander Jayapal Patil, Rapiers Sqn Technical Officer

"¢ Most in the IAF have not even seen this base or the aircraft. Frankly, we can push our Foxbats for another 2-3 years, but after three life extensions, it's prudent to retire them now.—
Wing Commander Alok Chauhan, Rapiers Sqn MiG-25 pilot

"¢ After 25 years, letting go of the Foxbat is sentimental. It has done what it was inducted to do. My job is to wind up the squadron and raise a new MiG-21 unit.
— Wing Commander Manish Khanna, Commanding Officer, Rapiers Sqn

April 13, 2006, Air Force Station Bareilly

The air force station at Bareilly is like any other airbase in the country. Clean, well maintained, neatly pruned hedges, shining insignias and signs all around, even flowers blooming in the summer heat. Everyone here likes it this way — unobtrusive, quiet, sober, the dust and din of Bareilly town well outside the forbidding gates.

Till now, the same forbidding gates have guarded one of the force's most abiding secrets. The dog squads of the early 1980s have been replaced by much more effective metal cordons, separating 35 Squadron, codenamed Rapiers, from the rest of the picturesque station. For a good 25 years, the base has guarded a few precious machines that no outsider was ever allowed to see.

Obviously, the machines served the force well. And, finally, the IAF decided that the machines have served enough. So two weeks ahead of the May 1 phase-out deadline, the IAF agreed to 'declassify' some of its mysteries. It was the privilege of two Express journalists to be the first inside the IAF's MiG-25 Foxbat spyplane unit.

Wing Commander Alok Chauhan, a MiG-25 pilot with the Rapiers Squadron—in 2003 it took the Foxbats from the 102 Trisonics squadron—says it's a rare privilege: "Most in the IAF have not even seen this base or the aircraft". Until now, only a handful of IAF-released photographs of the Foxbats were the public domain.

Just why has the Bareilly base been a forbidden zone? Because the Foxbat was to the IAF what the SR-71 Blackbird was to the USAF. Eight MiG-25R variants and two MiG-25U for conversion training made the Trisonics squadron a "strategic reconnaissance" unit.
Flying at almost three times the speed of sound despite its 40-ton fully loaded weight—it was made of welded nickel-steel with titanium for heat critical areas—and cruising in the stratosphere at almost 100,000 feet, these mysterious jets could map all of Pakistan without letting the other side get a whiff.

free jpeg images
After a revelatory three-hour tour of the base, the MiG-25 turns out nothing like what the drawing-room legends have thrown it up to be.

It is a great deal more.

The traditional secrecy lingers, but there is no longer any doubt. Ask anyone, including the intensely passionate base commander Air Commodore Shankar Mani, about whether the Foxbats were hurriedly purchased in 1981 to spy on Pakistan and China, and he will tell you: "They were bought for strategic reconnaissance. That should answer your question."

Unlike the fierce Cold War arms race, the Foxbat represented a typically radical swerve away from the way the world was moving in the 1960s and 70s.

A big mammoth of an aircraft, powered by huge twin engines, flying three times the speed of sound and over three times higher than the maximum altitude allowed to civil airliners, the MiG-25 was the perfect monster the Indian government — and especially then Air Chief Idris Latif — needed to gun up IAF's virtually non-existent reconnaissance capability in the late 1970s to spy on Pakistan and China.

Latif, now leading a retired life in Hyderabad, pulled out his old albums three days ago to reminisce. Over the phone, he said, "I am saddened that our Foxbats will soon be gone, but they served an intensely useful purpose. When I was the IAF chief, I was shocked and delighted to learn that the Soviets were actually offering MiG-25 Foxbats to us in 1980. I phoned up Mrs (Indira) Gandhi and she told me to go ahead and make a decision. She was a brilliant leader to work with. The Foxbat was the best in the world and it was made available to us."

A month before he retired, Latif took a Foxbat up 90,000 feet to say farewell to his force.

The other incident widely speculated upon was how in 1987, then Prime Minister Rajiv Gandhi shot down a suggestion from the Air chief that the Foxbats be used to spy on Pakistani armoured movements. It was a particularly hostile time in the Western sector.

The incumbent chief at the time, Dennis La Fontaine, now living a less hectic life at his farmhouse in Brahmanapally village in Andhra Pradesh, told The Sunday Express: "Those were issues of national security. If you believe that strategic reconnaissance is a bad thing, then understand that military intelligence gathering, by its very nature, is illegal. These are understood around the world. Why pick up these issues long past?"

La Fontaine was about to undertake a flight in a Foxbat when he was Central Air Commander, but by the time he arrived at the base, he received orders appointing him Western Air Commander, and so a dream remained unfulfilled.

An enigma shrouds the Foxbat. Entirely unarmed — the IAF chose the reconnaissance variant, not the interceptor — and with no modern countermeasures against surface-launched missiles, the Foxbat's only defence lies in its speed and cruising altitude.

At Mach 3, it leaves even the best guided missiles far behind in a chase, and at 90,000 feet, it is comfortably beyond actionable ground radar beams. Put together, the MiG-25 is simply invisible to the enemy.

In 1997, an IAF Foxbat famously darted into Pakistani airspace and its sonic boom alerted ground radars into action. But zooming back towards the Indian border, the Foxbat was just a blur to Pakistani air defence missiles and F-16s scrambling up from Sargodha. Pak says the MiG-25 pilot deliberately gave out aircraft signature to remind PAF it had no equal in its inventory.

"These aircraft can map a country the size of Pakistan in a single-digit number of missions. Frankly, we can push our Foxbats for another 2-3 years, but after three life extensions, it's prudent to retire them now," says Wing Commander Alok Chauhan.
Bareilly base commander Air Commodore Shankar Mani agrees: "These aircraft were and are the envy of the world. After 25 years of yeoman service, it is now time to let them go. They have served us exceptionally. We have innovated and changed, we must move on now."

For an aircraft that came to define Cold War paranoia and the need for hawk eyes in the sky, the Foxbats are flying more than ever before, recording as much as they possibly can before retiring. At top speed, a Foxbat can zip away from missiles, allowing for almost trouble-free spying.

The seniormost and most accomplished Foxbat pilot still in service, assistant chief Air Vice Marshal Sumit Mukerji said, "It feels pretty exclusive to be part of the Mach 3 club. It's sad that pilots may never get a chance to fly such a machine ever again."

Interestingly, the initial lifespan of the MiG-25s was to be just 14 years and the planes would have been gone by 1995. The year saw them put to amazing use darting up to the stratosphere to get crystal-clear photographs of the solar eclipse, the sun's rays untouched and unscattered by interfering atmospheric molecules.

One of the two pilots who flew that mission is also the seniormost and most experienced Foxbat pilot still in service is Air Vice Marshal Sumit Mukerji himself.

"It was an experiment that worked. Not only did we film the diamond ring of the eclipse, but also the starburst, when the sun's light filtered through the crevasses and mountains on the moon. It was an amazing image. And from that height and speed, we were able to film the eclipse for a minute and 57 seconds, impossible from the ground," he said.

In 1995, a life extension programme pushed the MiG-25s for another ten years. In 2001, another programme propelled the jets until 2005. The final extension was made last year. Finally, the IAF decided the machines wouldn't be pushed any more.

Predictably, it is now exorbitantly expensive and time-consuming to maintain the Foxbats. With the Russians no longer supplying spares and claiming to have done away with all blueprints, any more reverse engineering by the technicians at the Bareilly airbase is plainly uneconomical.

And until May 15, the Foxbats will remain in the air.

"For posterity, we are storing certain data right now. It is a very unique achievement that would not have been possible with any other aircraft," says Air Commodore Mani.

The void they leave behind at the Bareilly base will be rapidly filled by two new squadrons of Russian Sukhoi-30 MKIs, aircraft that can fly farther, but not half as high or fast as the spy planes. It is to satellites that the IAF will now turn to enhance its capability once the Foxbats retire.

The IAF has already proposed declassification of much of the Foxbat's tenure. "We have taken up a case to declassify certain things, but it is ultimately up to the higher command. We would like to ultimately ring out to the country an object that has remained under a veil of secrecy," says Wing Commander Manish Khanna, commanding officer of the Foxbat squadron.

With the aircraft gone, Khanna's squadron will now move to a base near Lucknow and raise a new MiG-21 unit.

Letting the Foxbats go has been deeply emotional. Wing Commander Sanjeev Taliyan speaks for the squadron: "From the height at which we fly, you can see the entire Himalayan range at one go. No aircraft has ever been able to achieve for us what the Foxbat has. We will miss flying them."

Wing Commander Jayapal Patil, the technical officer who currently keeps the jets in ship-shape on their final run, said, "These aircraft have flown for 25 years at high speeds, so there is a level of aerodynamic strain. After the first life extension, we inspected and strengthened the jet's mounting points, and changes made to the landing gear. But the aircraft are now at their end."

The base commander, Air Commodore Shankar Mani is more forthright: "Now, if there's a problem, we have to struggle to even find a fuel leak because it is such an enormous and complex machine. The Russians don't help us with spares or blueprints. On the flipside, we've gained precious expertise maintaining the Foxbats entirely ourselves."

The apparent romance of flying spying missions in such brutally powerful aircraft is severely eroded by the reality of multiple dangers pilots are always just inches away from and the indispensable discomforts of flying in extreme conditions.

First, of course, there's the fear. Knowing that you're sitting on 20 tons of jet fuel and moving at screaming velocities can get unnerving.
Secondly, you're in a decidedly uncomfortable skin-tight suit to stop your blood from boiling over and rupturing your skin.
Thirdly, you're always faced with the prospect of a 60,000 foot free fall if you ever have to eject from that altitude before your parachute opens. It has never happened, so nobody knows if a pilot will survive such a long drop through far below freezing temperatures.

But Wing Commander Alok Chauhan, one of the two pilots who took a Foxbat into the skies exclusively for this newspaper's cameras, sums it up like only a Foxbat pilot can: "When you're up that high, and you can see the earth's curvature and the blue band of the atmosphere, there's a serene sense of detachment, a feeling of physical separation that is hard to match and difficult to describe."

Spiritual, maybe.
Inside a 30-tonner, at Mach 3 and ABOVE 70,000 feet...
"¢ At 3.2 Mach, MiG-25's the fastest aircraft in service, quicker than a missile
"¢ It's a gas guzzler: twin Tumansky turbofans burn 23,000 litres in a single long mission
"¢ Serial production began in 1969 but West had its first look at a MiG-25 when Lt Viktor Belenko of the Soviet Union defected on Sept 6, 1976, landing his aircraft at Hakodate in Japan
"¢ Built mainly out of nickel-steel, plus titanium in heat-critical areas. Weighs nearly 30 tonnes
"¢ Beyond 70,000 ft, pilots use same skintight inners, helmets as Russian cosmonauts
"¢ Russians pushed a Foxbat to 123,000 ft, IAF sticks to a 90,000 ft ceiling
"¢ Entered Indian service in 1981 with the No.102 Trisonics Squadron in Bareilly
"¢ IAF had 8 single-seat Mig-25R for high-speed reconnaissance, and 2 twin-seat MiG-25U for conversion training
"¢ Can map one lakh sq-km in four-five sorties
"¢ Without leaving Bareilly airspace, a Foxbat can eyeball Delhi with its 1200 mm cameras. So if it's flying over Punjab or Kashmir, can check on Pak
"¢ Outlived competitor SR-71 Blackbird of the USAF
"¢ MiG-25s were also used by Algeria, Bulgaria, Egypt, Iraq, Libya and Syria. But not many remain in service


Notes:

The Author Shiv Aroor is the Defence Correspondent with Indian Express News Paper. He reports frequently on defence matters and has a blog at Livefist. The Original report was published in the Indian Express and is available at indianexpress.com :: MiGnificent flying machines. Photographs are by Express Photographer Cherian Thomas.

The MiG-25s were subsequently phased out at a ceremony on May 1st, 2006. A Photo Gallery of the phase out ceremony can be viewed at this link Farewell to the MiG-25 Foxbats [www.bharat-rakshak.com]

The remaining MiG-25s have been distributed all across the country for preservation. Check this page for the status of the aircraft Warbirds of India - News Report - Farewell to the Foxbats

Sworn to secrecy :
The MiG-25 Mission Profile

"¢ In mission room, only three men (pilot, tech officer and mission commander) go over the spying mission; information reaches nobody else
"¢ Mission commander briefs pilot on flight path, altitude, other parameters, technical officer makes assessment of mission demands on jet
"¢ New celluloid wheels loaded, technical inspection done
"¢ Pilot takes off, flight-path fed into mission computer. Just nothing on paper
"¢ Four cameras operated either manually by pilot or pre-programmed to start taking snaps at designated altitude, time from take-off
"¢ After mission, pilot debriefed for any event unrecorded by cameras, observation or hostile "incident"
"¢ Films transported to main processing lab
"¢ Photos cropped, enhanced, enlarged according to requirement, dispatched to operations room for inspection by mission commander
"¢ Intelligence either archived or communicated through secure channels on a need basis up the chain of command; information digitalised if need be
"¢ All archives classified, categorised and securely stowed away

Courtesy:- Strictly from Bharat Rakshak
 
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W.G.Ewald

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NATO name for Mig-25 is "Foxbat."
 

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shom

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Now the Transport Aircrafts
Douglas C-47 Skytrain:-

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The Douglas C-47 Skytrain or Dakota (RAF designation) is a military transport aircraft that was developed from the Douglas DC-3 airliner. It was used extensively by the Allies during World War II and remained in front line service with various military operators through the 1950s.
Design and development:-

The C-47 differed from the civilian DC-3 in numerous modifications that included being fitted with a cargo door and a strengthened floor.[2]
During World War II, the armed forces of many countries used the C-47 and modified DC-3s for the transport of troops, cargo, and wounded. The U.S. Naval designation was R4D. More than 10,000 aircraft were produced in Long Beach and Santa Monica, California and Oklahoma City, Oklahoma. The Oklahoma City plant produced 5,354 C-47s from March 1943 until August 1945.

Operational history :-
The C-47 was vital to the success of many Allied campaigns, in particular those at Guadalcanal and in the jungles of New Guinea and Burma where the C-47 (and its naval version, the R4D) made it possible for Allied troops to counter the mobility of the light-traveling Japanese army. Additionally, C-47s were used to airlift supplies to the embattled American forces during the Battle of Bastogne. Possibly its most influential role in military aviation, however, was flying "The Hump" from India into China. The expertise gained flying "The Hump" was later be used in the Berlin Airlift, in which the C-47 played a major role, until the aircraft were replaced by Douglas C-54 Skymasters.
In Europe, the C-47 and a specialized paratroop variant, the C-53 Skytrooper, were used in vast numbers in the later stages of the war, particularly to tow gliders and drop paratroops. In the Pacific, with careful use of the island landing strips of the Pacific Ocean, C-47s were even used for ferrying soldiers serving in the Pacific theater back to the United States.C-47s (approx. 2,000 received under lend-lease) in British and Commonwealth service took the name Dakota, from the acronym "DACoTA" for Douglas Aircraft Company Transport Aircraft.[3] The C-47 also earned the informal nickname Gooney Bird in the European theater of operations.[4]
Other sources (C-47/R4D Skytrain Units of the Pacific and CBI, David Isby, Osprey Combat Aircraft #66, Osprey Publishing Limited, 2007) attribute this name to the first plane, a USMC R2D - the military version of the DC-2 - being the first plane to land on Midway Island, previously home to the native long-winged albatross known as the Gooney Bird which was native to Midway.
The United States Air Force's Strategic Air Command had Skytrains in service from 1946 through 1967.
With all of the aircraft and pilots having been part of the Indian Air Force prior to Independence, both the Indian Air Force and Pakistan Air Force used C-47s to transport supplies to their soldiers fighting in the Indo-Pakistan War of 1947.
Several C-47 variations were used in the Vietnam War by the United States Air Force, including three advanced electronic warfare variations, which sometimes were called "Electric Gooneys" designated EC-47N, EC-47P, or EC-47Qs depending on the engine used.[5] EC-47s were also operated by the Vietnamese, Laotian and Cambodian Air Forces.[6] A gunship variation, using three 7.62mm miniguns, designated AC-47 "Spooky" often nicknamed "Puff the Magic Dragon" also was deployed.[4]
The Royal Canadian Air Force and later, the Canadian Armed Forces employed the C-47 for transportation, navigation, and radar training, as well as for search and rescue operations from the 1940s to the 1980s.[7]
After World War II thousands of surplus C-47s were converted to civil airline use, some remaining in operation in 2012 as well as being used as private aircraft.

Specifications (C-47B-DK) :-
General characteristics
Crew: 4 (Pilot, Co-Pilot, Navigator, Radio Operator)
Capacity: 28 troops
Payload: 6,000 lb (2,700 kg)
Length: 63 ft 9 in (19.43 m)
Wingspan: 95 ft 6 in (29.41 m)
Height: 17 ft 0 in (5.18 m)
Wing area: 987 ft² (91.70 m²)
Empty weight: 18,135 lb (8,226 kg)
Loaded weight: 26,000 lb (11,793 kg)
Max. takeoff weight: 31,000 lb (14,061 kg)
Powerplant: 2 × Pratt & Whitney R-1830-90C Twin Wasp 14-cylinder radial engines, 1,200 hp (895 kW) each
Performance
Maximum speed: 224 mph (195 kn, 360 km/h) at 10,000 ft (3,050 m)
Cruise speed: 160 mph (139 kn, 257 km/h)
Range: 1,600 mi (1,391 nmi, 2,575 km)
Ferry range: 3,600 mi (3,130 nmi, 5,795 km)
Service ceiling: 26,400 ft (8,045 m)
Climb to 10,000 ft (3,050 m): 9.5 min

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Courtesy:- Wikipidia
 

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