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|Imperial Russian Air Service|
|Allegiance||Tsar Nicholas II|
|Part of||Engineer Corps (to 1912)|
Stavka (from 1915)
|Engagements||World War I|
(one of several geometric variations)
The Imperial Russian Air Service (i? - , literally Emperor's Military Air Fleet) was an air force founded in 1912 for Imperial Russia. The Air Service operated for 5 years. It only saw combat in World War I before being reorganized and renamed in 1917 following the creation of Soviet Russia. It formed what would later become the Soviet Air Forces.
The origins of Russian aviation go back to theoretical projects of the 1880s by pioneer Russian scientists such as Nikolai Kibalchich and Alexander Mozhaysky. During the 1890s aviation innovation was further advanced by Konstantin Tsiolkovsky.
In 1902-1903 during military maneuvers in the Kiev Military District, the Imperial Russian Army used several aerostats for reconnaissance and coordination of artillery fire. The Aeronautical company ( ? ?) was under the command of Colonel A.M. Kovanko.
In 1908, the Russian Aeroclub (? ) was established.
In 1910, the Imperial Russian Army sent several officers to France for training as pilots. Later in the same year the Imperial Russian Army purchased a number of French and British aeroplanes and began training its first military pilots.
Also, in 1910 one biplane was built in Saint Petersburg which was intended to be used by the Army as a reconnaissance aircraft, but the plane lost in a competition with the French "Farman" in 1911, and never entered service
At the beginning of World War I, Russia's air service was second only to that of France (263 aeroplanes and 14 airships), although the bulk of its aircraft were too outdated to be of much use.
After the war began, aviators were rearmed with 7.63mm Mauser C96, because German semi-automatic pistols were more effective weapons than standard 7.62mm Nagant revolvers. At least a few aviators were armed with carbines
Initially, Russia used aviation only for reconnaissance and coordination of artillery fire. Later, several aeroplanes were armed with steel flechettes to attack ground targets (columns of enemy infantry and cavalry, campsites, etc.). Later, aeroplanes were armed with air-dropped bombs.
On 8 September 1914, the Russian pilot Pyotr Nesterov performed the first aerial ramming aircraft attack in the history of aviation Later, Lt. Vyacheslav Tkachov became the very first Russian pilot who shot down an enemy aircraft with a handgun. He attacked a German "Albatros" and shot the enemy pilot.
In March 1915 naval aviation was established. The Imperial Russian Navy received two vessels and six seaplanes (one armed steamship " ? I" which was converted into a seaplane carrier for five M-5 seaplanes and one cruiser "" which was rebuilt and acquired place for one seaplane). The naval aviation section was not merged into the IRAS, it became a part of Black Sea Fleet
In 1915 the Imperial Russian Air Service became a separate branch of the army directly under the command of the Stavka (commander-in-chief's HQ).
During World War I, 269 Russian aviators were awarded the St. George military decorations (St George Sword, Order of St. George or Cross of St. George), 5 aviators were awarded the Chevalier's National Order of the Legion of Honour, 2 aviators were awarded the Military Cross, 2 aviators were awarded the Order of the White Eagle and many others were awarded medals. 26 aviators became flying aces of Russian Empire. The most successful Russian flying ace and fighter pilot was Alexander Kazakov, who shot down 20 enemy aeroplanes.
However, the war was not going well for Russia and following significant setbacks on the Eastern front, and the economic collapse in the rear, military aircraft production fell far behind Russia's rival Germany.
After the February Revolution of 1917 the Imperial Russian Air Service was reformed.
At the beginning of the war the basic Russian unit was the Otryad (or Squadron). Originally, these consisted of only six aircraft, but this was soon increased to ten, with two machines held in reserve. These Otryads were put together into Groups of three or four and, like their German counterparts on the Western Front, moved to strategic points on the Front where and when they were needed. Even larger groups of aircraft called Istrebitelnyi Divisyon (fighter wings) were attached to each Field Army.
As the war progressed, aviation detachments were grouped into larger units:
Much of this was due to the fact that Russian industry could not keep pace with demand. Imperial Russia did not possess the manufacturing capacity to produce engines and airframes in the numbers needed. Thus, the Czarist government relied heavily on imported engines and airframes from France and Britain. Czarist Russia's aircraft production slightly outpaced her Austrian opponent, who stayed in the war one year longer, produced about 5,000 aircraft and 4,000 engines between 1914 and 1918. Of course, the output of Russia and Austria-Hungary pale in comparison to the 20,000 aircraft and 38,000 engines produced by Italy and the more than 45,000 aircraft produced in Germany.
In addition to construction problems the Imperial Russian Air Service faced great difficulties in keeping the aircraft they did have in the air. Because it was so difficult to get new machines in a timely manner and because the Russians faced a shortage of aircraft for such a large front, the Russian high command kept out of date aircraft flying as long as possible. Thus, Russian pilots flew obsolete machines in combat throughout the war in the face of much better enemy aircraft. The fact that so many obsolescent machines remained in service produced Otryads that were an eclectic mix of aircraft; some front line, others nearly so, and some that should not have been flying. With so many different engines and airframes from French, British and Russian factories, trying to keep the machines flying was a constant challenge for Imperial ground crews. One report from the American War Department dated August 24, 1916 stated that, "The great majority of Russian machines are very dangerous to fly, due to the lack of proper over-hauling and having been tinkered with by inexperienced men. Lack of spare parts induced the Russians to fit magnetos and sparking systems to motors for which they were not built, and this makes the wear and tear excessive all around."
The Imperial Russian Air Service, in common with other World War I air services, struggled to find a way of allowing a machine gun to fire safely through the spinning propeller of an aeroplane. The Russian High Command was tardy in realizing the necessity for arming its aircraft throughout 1914 and 1915, leaving frustrated aviators using such impromptu armaments as pistols, rifles, trolled anchors and cables, and other makeshifts. Part of the delay was caused by a paucity of light automatic weapons that an aircraft could lift. However, it became apparent that the ability to aim both gun and aircraft simultaneously was a great advantage in aerial combat.
In late 1915, Naval Lieutenant Victor Dybovsky of the 20th KAO invented a system of cam plates mounted on an engine's crankshaft that would prevent a machine gun from holing an aeroplane's propeller. Static tests at the Lux Aircraft Works proved its feasibility by November 1915; towards the end of the month, Morane-Saulnier G serial no. MS567 was forwarded to the 30th KAO for field testing. Poruchik Mikhail Shadsky flew test flights on both 9 and 29 December; cold thickened the machine gun's lubricant both times, preventing it from firing.
When testing restarted in April 1916, Shadsky had more success. During April and May, he engaged the enemy about ten times. He shot down Austro-Hungarian aircraft on May 23 and 24 1916, but crashed to his death and his machine's destruction after the latter encounter. However, production of the interrupter gear was never carried out. Instead, Dybovsky was posted to England to inspect aircraft being constructed by the Royal Flying Corps. While in Britain he worked on a true synchronization gear with the British inventor Scarff; this became the "Scarff-Dibovski" system used by the British. Thus it was that by April 1917, Russian had only a couple of dozen fighter aircraft with synchronized guns.
In the interim, praporshchik Victor Kulebakin was installing cam deflectors on another Morane-Saulnier's crankshaft. Testing in July 1917 showed that the deflectors did indeed pop out from under the aircraft's cowling to deflect any bullets that threatened the propeller. Although the modification was simple enough it could be fabricated in a unit's workshops, it was not widely used.