After the war the
Soviet Navy saw how the aircraft carrier played a pivotal role in
defeating Japan. In 1945 the Soviets drafted plans to construct a new
class of carriers by the 1950’s. With Stalin’s death in 1953, Khrushchev
took over the Soviet state and announced deep military cuts. The plans
to construct a new class of carriers were stopped by Khrushchev feeling
that a nuclear strike would eliminate a carrier as a viable weapon so
the carrier program became a prime target for cancellation.
In the early 1960’s when the Brezhnev regime took over, the carrier
became a reality with the Moskva and the Leningrad built between 1965
and 1968. However they were not true aircraft carriers supported only
with helicopters, no fixed wing aircraft. This concept was one of
antisubmarine vessels used as a weapon suite that protected against the
American nuclear submarine threat. Again the compromise between the anti
sub and fleet protection was the Kiev CVHG class in 1975, both were
helicopter vessels. Arguments between the government and the military
continued but the day of the true Soviet aircraft carrier was at hand in
1991 with the Kuznetsov CV class aircraft carrier.
She is conventionally powered and has a mixture of fixed wing aircraft and helicopters. The carrier’s main fixed-wing aircraft is the multirole Su-33. The air groups can perform air superiority, fleet defense, and air support missions. Also on board are twin seats Su-27, which are used for pilot training along with the Su-25UTG. The carrier also carries the Kamov Ka-27 and Ka-31 helicopters for anti-submarine warfare and troop transport.
Fixed wing aircraft taking off from the Admiral utilize a ski-jump on the front of the flight deck. Aircraft accelerate up the ski-jump using their afterburners. This results in the aircraft leaving the flight deck at a modestly higher angle and elevation than on an comparable American aircraft carrier with their flat deck and steam catapults. The ski-jump creates less G-force on the pilot because the acceleration is lower. The result is a takeoff speed of only 120-140 km/h requiring an aircraft engine that will not stall at low speeds.
The Russian Navy has indicated they will continue to be committed to aircraft carrier development based on the US Navy model. This is easy to say however it will require massive funds, technology and additional trained naval personnel currently not available. Also the Khrushchev mind set has not completely gone away with the cost of the USN model and anti-ship missiles making a carrier an easy target in a conflict. Another issue is the additional cost of the carrier fleet to protect the carrier. Some in Moscow feel this is not a good argument due to Russian ships having a weapons suite of SSM/SAM missiles on board for air threat protection. The expansion of a Russian carrier fleet is bleak at best. However the desire to provide political forward presence like the visit to Venezuela on 11/25/08 and Cuba in early 2009 is a top priority. The future of the Kuznetsov is problematic with parts becoming an issue and refits scheduled closer together. The Russian government feels she will be in service till 2030, being the only carrier supporting fixed wing aircraft. Another problem for the military will be to maintain her aged aircraft.
She is conventionally powered and has a mixture of fixed wing aircraft and helicopters. The carrier’s main fixed-wing aircraft is the multirole Su-33. The air groups can perform air superiority, fleet defense, and air support missions. Also on board are twin seats Su-27, which are used for pilot training along with the Su-25UTG. The carrier also carries the Kamov Ka-27 and Ka-31 helicopters for anti-submarine warfare and troop transport.
Fixed wing aircraft taking off from the Admiral utilize a ski-jump on the front of the flight deck. Aircraft accelerate up the ski-jump using their afterburners. This results in the aircraft leaving the flight deck at a modestly higher angle and elevation than on an comparable American aircraft carrier with their flat deck and steam catapults. The ski-jump creates less G-force on the pilot because the acceleration is lower. The result is a takeoff speed of only 120-140 km/h requiring an aircraft engine that will not stall at low speeds.
The Russian Navy has indicated they will continue to be committed to aircraft carrier development based on the US Navy model. This is easy to say however it will require massive funds, technology and additional trained naval personnel currently not available. Also the Khrushchev mind set has not completely gone away with the cost of the USN model and anti-ship missiles making a carrier an easy target in a conflict. Another issue is the additional cost of the carrier fleet to protect the carrier. Some in Moscow feel this is not a good argument due to Russian ships having a weapons suite of SSM/SAM missiles on board for air threat protection. The expansion of a Russian carrier fleet is bleak at best. However the desire to provide political forward presence like the visit to Venezuela on 11/25/08 and Cuba in early 2009 is a top priority. The future of the Kuznetsov is problematic with parts becoming an issue and refits scheduled closer together. The Russian government feels she will be in service till 2030, being the only carrier supporting fixed wing aircraft. Another problem for the military will be to maintain her aged aircraft.