Video

Kirov Class Cruisers (Soviet Navy)

Study Kirov Class Cruisers (Soviet Navy), a Dr. Alex Clarke video from 20 Jul 2022, with 17 time notes. Topics include Cruiser Design, Kirov Class Cruisers, Soviet Navy.

Date
Runtime47:41
Guide points17 time notes

Time notes

  1. 0:05
    The Project 26 Kirovs and their nuclear namesakes

    The opening distinguishes the 180 mm Project 26 cruisers of 1936 from the later Project 1144 nuclear-powered Kirovs and links the latter to Iowa-class recommissioning.

    Chapter
  2. 2:08
    Italian design aid meets Soviet industrial recovery

    Civil-war damage pushed the Soviet Union toward Italian cruiser expertise while it rebuilt naval design, machinery, and metallurgy capacity.

    Chapter
  3. 6:11
    One cruiser design for four different fleets

    High speed suited confined seas, but a common design also had to serve Soviet northern and Pacific requirements where range and endurance mattered more.

    Notable Point
  4. 8:11
    Rugged machinery for uneven maintainer training

    Soviet naval architecture increasingly favored robust equipment that could tolerate hard use and uneven technical training.

    Notable Point
  5. 9:16
    Project 26 machinery, armament, and thin protection

    The design evolved to three triple 180 mm turrets on a fast hull with mixed international technology and notably light armour.

    Chapter
  6. 11:22
    How Project 26, 26-bis, and 26-bis2 divide the class

    The Soviet project suffixes provide a useful shorthand for the three successive two-ship batches.

    Notable Point
  7. 13:50
    Kirov survives the siege of Leningrad

    Kirov served in the Winter War, evacuated Tallinn, and provided heavy gunfire from besieged Leningrad despite repeated German attacks.

    Chapter
  8. 17:51
    Voroshilov in the Black Sea

    Voroshilov covered bombardment forces, shelled Odessa, survived mine and bomb damage, and later became a missile test ship.

    Chapter
  9. 21:41
    Why the Black Sea Shipyard mattered

    The Mykolaiv yard's slipways, docks, cranes, and long quays made it a critical center for Soviet fleet expansion.

    Notable Point
  10. 24:33
    Maxim Gorky improves range and protection

    The Project 26-bis cruiser added fuel, armour, and anti-aircraft weapons, then survived losing her bow to a mine in 1941.

    Chapter
  11. 28:41
    Molotov combines radar warning, transport, and bombardment

    Molotov pioneered shipboard radar in Soviet service while carrying troops, evacuating casualties, bombarding Axis positions, and surviving major stern damage.

    Chapter
  12. 30:12
    Molotov tests a catapult-launched Spitfire

    After sacrificing her original catapult for light anti-aircraft guns, Molotov briefly tested whether a replacement could launch a Supermarine Spitfire.

    Notable Point
  13. 34:07
    Project 26-bis2 adapts for the Soviet Far East

    The Far Eastern pair grew heavier and longer-ranged, gained a stronger anti-aircraft fit, but retained cramped triple 180 mm turrets with serious dispersion.

    Chapter
  14. 36:42
    Lazar Kaganovich and a transcontinental supply chain

    Far Eastern assembly depended on machinery from western factories disrupted by the German invasion, leaving the cruiser late and incomplete.

    Chapter
  15. 38:49
    The Amur yard as Russia's Far Eastern shipbuilding base

    The Amur plant became essential industrial depth for the Pacific Fleet and later produced large numbers of nuclear and conventional submarines.

    Notable Point
  16. 40:25
    Kalinin becomes a Pacific Fleet status ship

    Component shortages and a poor dry dock delayed Kalinin, but she later became a prominent training, gunnery, and fleet-visit platform.

    Chapter
  17. 44:58
    Why the Soviet Union needed cruisers for status

    Beyond combat utility, the Kirovs helped the rebuilt Soviet Navy show presence and claim influence as a major maritime power.

    Notable Point