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32-616: Since the cancellation of the MFI program, the AL-41F1S ( izdeliye 117S) and AL-41F1 ( izdeliye 117) designations were assigned to engines developed by Lyulka-Saturn, now NPO Saturn , that respectively power the Sukhoi Su-35S and Sukhoi Su-57 , but these are heavily upgraded variants of the AL-31F , rather than variants of the izdeliye 20 design. In the late 1970s and early 1980s,

64-454: A MiG-25 Foxbat testbed. An 18–tonne (177 kN, 40,000 lbf) class engine, the AL-41F used a variable bypass architecture to facilitate the aircraft in supercruise, or fly at speeds of Mach 1.5 without afterburner. It had the ambitious goal of increasing the turbine inlet temperature by 250 °C over its AL-31F predecessor, and was expected to incorporate thrust vectoring to enhance

96-483: A compass , a crude altimeter and airspeed indicator, two glass U-shaped tubes and a ball for bank indication, and a series of horizontal bars situated vertically on the nose of the fuselage for measuring climbs and descents. Later, in the bomber variants, a drift indicator and elementary bombsight was added to aid bombing. In 1913 the Ilya Muromets No. 107 flew for the first time, and on 11 February 1914,

128-403: A bedroom, a lounge, as well as the first airborne toilet. The aircraft also had heating and electrical lighting . The S-22 cockpit had sufficient space allowing several persons to observe the pilot. Openings on both sides of the fuselage permitted mechanics to climb out onto the lower wings to service the engines during flight. A hatch on the left side provided an entry to the main cabin, behind

160-655: A new design from Saturn designated the AL-51F-1 , or izdeliye 30, that would eventually replace the AL-41F1. Data from Kommersant, Leteckemotory, Flight International Related development Comparable engines Related lists UEC Saturn UEC NPO Saturn, PJSC ( Russian : ОДК-Сатурн НПО ) is a Russian aircraft engine manufacturer, formed from the mergers of Rybinsk Motors and Lyul'ka-Saturn (after Arkhip Mikhailovich Lyulka ) in 2001. Saturn's engines power many former Eastern Bloc aircraft, such as

192-626: A part of the same AL-41F line ( izdeliye 20) as was planned for the Mikoyan Project 1.44 because their cores are based on the AL-31F's, whereas the AL-41F utilizes an entirely different approach. The designation is present because the engine approaches some of the projected specifications of the AL-41F. As Sukhoi anticipates that the Su-57 will be the basis for a family of stealth combat aircraft, future improved variants are expected to incorporate

224-559: The Admiral Gorshkov and Admiral Grigorovich -class frigates. USC forecast these new engines will be available in 2017-18, allowing ships to be commissioned from 2020. UEC Saturn announced in April 2017 that Saturn's marine turbines are now in production and undergoing sea trials prior to delivery. This is the first venture by a Russian manufacturer into the production of large marine gas turbines, aimed at completely replacing

256-536: The Baltisky's engines in a tractor configuration along the lower wing's leading edge to create the Russky Vityaz — which had played an important role in the development of Russian aviation and the multi-engine aircraft industries of the world. The Ilya Muromets was first conceived and built as a luxurious aircraft. It was the first aircraft to have an insulated passenger saloon , containing wicker chairs,

288-733: The Ilya Muromets aircraft. The company was nationalized in 1918. Rybinsk was originally known as the Kolesov Engine Design Bureau. Kolesov took over the organization from V.A. Dobrynin who founded it in the late 1930s or early 1940s. Under Kolesov's direction, the bureau designed turbojet engines for the Myasishchev M-50 Bounder experimental supersonic bomber, turbojets for the Tu-22 Blinder medium bomber, RD-36-35FVR lift engines for

320-828: The Order of St. Vladimir , Fourth Degree, arranging for an exemption from the wartime draft to allow him to continue his design work, and a promise of a grant worth 100,000 rubles from the State Duma. During an Imperial military review at Krasnoye Selo in July, Nicholas II decorated and christened the Ilya Muromets Type B Military Prototype, No. 128, the "Kievsky." During testing, the Ilya Muromets were fitted with both skis and pontoons in anticipation of new variants being produced. If it had not been for World War I,

352-622: The Tupolev Tu-154 . Saturn holds a 50% stake in the PowerJet joint venture with Safran Aircraft Engines . The company, founded by Pavel Soloviev , has its headquarters in the town of Rybinsk . UEC Saturn was established in 2001, following the merger of Rybinsk Motors and Lyulka-Saturn. Rybinsk Motors was established on 20 October 1916 as the Russian Renault automotive plant. In 1917 it started producing aviation engines for

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384-916: The Yak-38 Forger, RD-36-51A supersonic engines for the Tu-144 SST, RD-36-51V engines for the Myasishchev M-17 Mystic, and lift engines for the Yak-141 Freestyle. Lyulka-Saturn was named after its founder, A. M. Lyulka . Following the annexation of Crimea by the Russian Federation , the Ukrainians refused to supply the Russian Navy with marine gas turbines from Zorya-Mashproekt , and so Saturn has been commissioned to design new engines for

416-566: The Ilya Muromets was introduced to the Imperial Russian Air Service and on 10 December 1914, the Russians formed their first ten-bomber squadron , slowly increasing the number to 20 by mid-1916. Operations with the heavy bombers began on 12 February 1915 with a raid on German frontline positions. German Fighter Pilots often were reluctant to attack Ilya Muromets in the air due to their defensive firepower including

448-590: The Ilya Muromets would probably have started passenger flights that same year. With the beginning of World War I, Sikorsky was encouraged by the results of the proving flights to redesign the aircraft to become the "Military Ilia Mourometz, Type V, the world's first purpose-designed heavier than air bomber. The new heavy bomber was slightly smaller and lighter than the Type A. Internal racks carried up to 800 kg of bombs, and positions for up to nine machine guns were added for self-defense in various locations, including

480-582: The PAK FA; these include the AL-41F1 ( izdeliye 117) developed for the T-50, eventually named Su-57 , as well as the slightly simpler AL-41F1S ( izdeliye 117S) derivative for a highly upgraded Su-27 variant called the T-10BM, eventually designated Su-35 . Some of the technology of the original AL-41F were applied in the izdeliye 117S and 117 engines, but it is important to note that these engines are not considered

512-664: The Russian pioneer to a certain degree. The Russian government and Sikorsky himself sold the design and production license to the British and French governments. The Germans tried to copy its design, using the fragments of the Ilya Muromets they had shot down over their territory in September 1916. By the end of 1916, the design was generally believed to be at the end of its development cycle, with ensuing modifications to individual aircraft, such as additional armor and weapons, making

544-547: The Soviet Defence Ministry identified the need for a 1990s fighter, or I-90, that would eventually succeed the MiG-29 and Su-27, resulting in the MFI fifth-generation multirole fighter program. The AL-41F, with development project designation izdeliye 20, was launched in 1982, and was intended to power the MFI, which was to be developed by Mikoyan under its 1.44/1.42 project . The first prototype engine flew in

576-578: The abandonment of the MFI, the Russian Defence Ministry embarked on the more affordable PAK FA fifth-generation fighter program, with the competitive tender announced in April 2001. As the aircraft from this program would be smaller than the MFI, the AL-41F was too large to fit into the competing proposals. The AL-41 designation was then reused for heavily upgraded variants of the Saturn AL-31 that would power Sukhoi's T-50 design for

608-515: The aircraft too heavy and not suitable for operational use. Continual changes in the field as well as the factory led to many aircraft being redesignated as a new variant. After the armistice between Russia and the Central Powers about 30 Ilya Muromets were captured and destroyed. One Ilya Muromets S-26 D-1 was taken by Polish forces in the city of Babruysk . In October of 1917, Ukrainian forces acquired 16 Ilya Muromets aircraft near

640-802: The city of Vinnytsia however only six of these were serviceable. During summer of 1918 the Ukrainian State counted four Ilya Murmomets aircraft in its inventory. A few remaining aircraft were used by the newly formed Soviet Air Forces during the Russian Civil War as trainers and transports. Some sources claim that Ilya Muromets aircraft were also used by the White Army during the conflict. From 1921 to 1922 Ilya Muromets were used as civil airliners on routes from Moscow to Sevastopol (via Kharkiv ) and from Sarapul to Yekaterinburg . One Ilya Muromets S-22 replica exists in

672-445: The cockpit. The main cabin featured two large windows on each side. Further back was a private cabin that included a berth, a small table, and a cabinet. Lighting was provided by a wind-driven generator and heating was supplied by two long engine exhaust pipes that passed through the corners of the cabin. Despite many advancements, the flight instruments on the Ilya Muromets were primitive. They included four tachometers , one per engine,

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704-604: The earlier Ukrainian equivalents. "Russkaya Mekhanika“ company is the manufacturer of snowmobiles Tajga and Buran, Approximately 10,000 are produced annually. It is a 100% affiliated company of NPO Saturn. The snowmobiles have been produced in Rybinsk in the Yaroslavl Oblast. (approx. 400 km north of Moscow) since 1971. Sikorsky Ilya Muromets The Sikorsky Ilya Muromets ( Russian : Сикорский Илья Муромец ) (versions S-22, S-23, S-24, S-25, S-26 and S-27)

736-446: The extreme tail. The Muromets (in its S-25 Geh-2 variant, March 1916) was the first aircraft in history to incorporate a tail gunner position . The engines were protected with 5 mm-thick armor. The military version was designed expressly for long-range flying in both bombing and reconnaissance roles. When WWI broke out, only two Ilya Muromets bombers were completed out of an initial production run of ten aircraft. In August 1914,

768-536: The fighter's maneuverability. After the collapse of the Soviet Union, both the MFI and the AL-41F suffered from severe funding disruptions and lengthy delays; production plans for the MFI was halted in 1997 due to high costs. Eventually, 28 AL-41Fs were built and the engine was first flown on the MiG 1.44 in 2000, but it did not advance beyond prototype stage when all further work on the MFI ceased later that year. With

800-480: The first to develop defensive tactics for a single bomber engaged in an air combat with several enemy fighters. The Ilya Muromets performed more than 400 sorties and dropped 65 tons of bombs during the war. By 1917, attrition from constant flying had reduced the bombing fleet substantially and only four bombers remained at the front line; the other Ilya Muromets were relegated to trainer duties. The heavy bombers of other participants appeared in 1916, all resembling

832-554: The return one, with a fuel stop at Novosokolniki , took even less time, about 13 hours. According to Sikorsky, "The 1,600 miles (2,600 km) flight proved conclusively the value of large multi-motored airplanes. The Army placed an order for ten four-engined airplanes of the Ilia Mourometz type and the factory personnel was overjoyed by this final approval of the results of two years of hard work." The acclaim received by Sikorsky included Tsar Nicholas II presenting him with

864-400: The second prototype (factory airframe 128) took off for its first demonstration flight with 16 passengers aboard, marking a record for number of passengers carried. From 30 June to 12 July 1914, it set a world record by making a trip from Saint Petersburg to Kiev , a distance of some 1200 km, and back. The first leg took 14 hours and 38 minutes, with one landing for fuel at Orsha , and

896-419: The unique tail gun position, and the difficulty in bringing down such a large aircraft. Once engaged, small fighters also found that they were buffeted by propeller wash of the four large engines. On 12 September 1916 ( Julian calendar ), the Russians lost their first Ilya Muromets in a fight with four German Albatros , three of which it managed to shoot down. This was also the only loss to enemy action during

928-648: The war, as the Central Powers had no aircraft capable enough to rival it until much later. The Ilya Muromets (Sikorsky S-22) was designed and constructed by Igor Sikorsky at the Russo-Baltic Carriage Factory (RBVZ) in Saint Petersburg in 1913. It was based on his earlier S-21 Russky Vityaz , which started out as the twin-engined Le Grand , then as the twin tandem-engined Bolshoi Baltisky before placing all four of

960-404: The war; three others were damaged in combat, but managed to return to base to be repaired. 83 Ilya Muromets bombers were built for the Russian forces between 1913 and 1918. They recorded a number of firsts in the history of military aviation, like bombing from heavy bombers, performing bomber group raids on enemy targets, night bombing , and photographic bomb damage assessment. They were also

992-553: Was a class of Russian pre- World War I large four-engine commercial airliners and military heavy bombers used during World War I by the Russian Empire . The aircraft series was named after Ilya Muromets , a hero from Slavic mythology . The series was based on the Russky Vityaz or Le Grand, the world's first four-engined aircraft, designed by Igor Sikorsky . The Ilya Muromets aircraft as it appeared in 1913

Saturn AL-41 - Misplaced Pages Continue

1024-414: Was a revolutionary design, intended for commercial service with its spacious fuselage incorporating a passenger saloon and washroom on board. The Ilya Muromets was the world's first multi-engine aircraft in production and at least sixty were built. During World War I, it became the first four-engine bomber to equip a dedicated strategic bombing unit. This heavy bomber was unrivaled in the early stages of

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