Tupolev Tu-22MO

Tupolev Tu-22M

LandSovjetunionen
RolleStrategisk bombefly/maritim streik
Første flytur30. august 1969
Bygget497

Den Tupolev Tu-22M (Russisk: Туполев Ту-22М; NATOs rapporteringsnavn: Backfire) er en supersonisk, variabel feievinge, langtrekkende strategisk og maritim angrepsbomber utviklet av Tupolev Design Bureau. Ifølge noen kilder ble bombeflyet antatt å være betegnet Tu-26 på en gang. Under den kalde krigen ble Tu-22M operert av det sovjetiske luftvåpenet (VVS) i en strategisk bomberolle, og av den sovjetiske marineflyvningen (Aviacija Vojenno-Morskogo Flota, AVMF) i en langtrekkende maritim anti-shipping rolle. [2] Et betydelig antall er fortsatt i tjeneste med det russiske luftvåpenet, og fra og med 2014 er mer enn 100 Tu-22M i bruk.

Kilde: Tupolev Tu-22M på Wikipedia

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A New Breed of Strategic Power

Den Tupolev Tu-22M is a supersonic, variable-sweep wing (swing-wing) strategic bomber that was the bane of NATO carrier battle groups during the Cold War. Despite its name, it shared almost nothing with the earlier, unsuccessful Tu-22 “Blinder.” Designed for high-speed, low-level maritime strikes and strategic bombing, the Tu-22M allowed the Soviet Union to project power far into the Atlantic and Pacific, carrying massive anti-ship missiles designed to overwhelm US Navy defenses.

Attribute Technical Specification (Tu-22M3)
Rolle Long-range Strategic Bomber / Maritime Strike
Mannskapet 4 (Pilot, Co-pilot, Navigator, Weapons System Officer)
First Flight August 30, 1969 (Tu-22M0)
Kraftverk 2 × Kuznetsov NK-25 afterburning turbofans
Thrust 55,100 lbf (245 kN) each with afterburner
Maximum Speed Mach 1.88 (2,000 km/h) at altitude
Combat Radius 2,410 km (1,500 miles)
Primary Armament Up to 3 × Kh-22 (AS-4 ‘Kitchen’) anti-ship missiles

The Evolution of “Swing-Wing” Lethality

  • Variable-Sweep Wings: The “Backfire” features wings that can sweep from 20° for takeoff and landing to 65° for supersonic dash. This allows the massive bomber to operate from relatively short runways while still maintaining the aerodynamic efficiency needed for Mach 1.8 flight.
  • The Kh-22 Missile: The Tu-22M’s primary teeth. This 6-ton missile was designed to strike aircraft carriers at Mach 4.6. Carrying a 1,000kg conventional warhead or a 350-kiloton nuclear charge, it was nearly impossible to intercept with 1970s technology.
  • Side-Mounted Intakes: While the earlier Tu-22M2 had smaller intakes, the definitive Tu-22M3 introduced large, wedge-shaped supersonic intakes (similar to the MiG-25), which allowed the engines to breathe efficiently at nearly twice the speed of sound.
  • Tail Turret: Unlike modern Western bombers, the Tu-22M3 retains a remotely controlled tail turret armed with a twin-barrel 23mm GSh-23 cannon for self-defense against interceptors.

SALT Negotiations & Combat History

  • The Refueling Controversy: During the SALT II arms control talks, the US insisted the Tu-22M was an intercontinental bomber. To comply with the treaty, the Soviets famously removed the nose-mounted refueling probes from many aircraft to limit their range and prevent them from reaching the US mainland.
  • Afghanistan and Chechnya: The Backfire saw extensive use as a conventional “carpet bomber,” dropping tons of unguided FAB-3000 bombs on mountain strongholds.
  • Modernization (Tu-22M3M): Russia is currently upgrading the fleet to the M3M standard, featuring new digital avionics, the ability to fire the Kh-32 cruise missile, and the re-installation of refueling probes.
  • Operational Paradox: Despite its age, the Tu-22M3 remains one of the fastest and most survivable bombers in the Russian inventory, largely because its “high-speed dash” capability makes it difficult for ground-based air defenses to target.

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