Video

A Historical Possibility: Triple Turret Potentiality (The Battle Cruiser Permutation)

Study A Historical Possibility: Triple Turret Potentiality (The Battle Cruiser Permutation), a Dr. Alex Clarke video from 31 Dec 2021, with 15 time notes. Topics include Battlecruisers, Naval Deterrence, Naval…

Date
Runtime40:17
Guide points15 time notes

Time notes

  1. 0:41
    QuestionWould Queen Mary have been a lower-risk testbed for triple turrets and oil firing than a battleship?Answer

    Possibly. Her speed and one-off battlecruiser role make the idea plausible, but the ship remains a counterfactual rather than a documented Royal Navy proposal.

    Q&A
  2. 2:49
    Royal Navy test ships and the missing experiment

    The Royal Navy's habit of testing major innovations raises an archival question: where is the oil-fired or triple-turret test ship before the Queen Elizabeth class?

    Notable Point
  3. 3:50
    Designing a fast oil-fired battlecruiser

    Ultimate Admiral: Dreadnoughts tests whether a Queen Mary-like hull can reach 30 knots with oil firing and 14-inch triple turrets.

    Notable Point
  4. 5:56
    Protection and displacement pressure

    Armour thickness, deck protection, machinery, and turret layout rapidly consume the displacement available to a fast battlecruiser.

    Notable Point
  5. 12:50
    Six guns versus the historical nine

    The workable simulation carries six 14-inch guns, but a Royal Navy triple-turret design would probably seek a nine-gun broadside.

    Notable Point
  6. 17:36
    Speed and firepower against heavy cruisers

    A simulated fight against two slower Spanish heavy cruisers illustrates the battlecruiser aim of holding range while using superior speed and guns.

    Notable Point
  7. 22:17
    Deck space and the value of triple turrets

    Triple mounts can save turret and deck space, a particularly valuable advantage on a hull already crowded by machinery for high speed.

    Chapter
  8. 23:37
    Annual ordering and a possible experimental break

    The Lion-to-Queen Mary construction sequence is used to ask whether the 1911 ship could have marked a deliberate experimental break in annual battlecruiser ordering.

    Notable Point
  9. 24:41
    Oil firing and the Queen Mary boiler case

    Queen Mary's 42 boilers become the basis for asking how oil firing might release space or power for a faster, differently armed battlecruiser.

    Chapter
  10. 27:26
    One-off battlecruisers and design experimentation

    The individual character of Queen Mary and Tiger makes battlecruisers a plausible place to look for a one-off design experiment.

    Notable Point
  11. 28:49
    Armstrong, Vickers, and British triple-turret evidence

    Possible Armstrong and Vickers triple-turret designs lead to an archival question about what British firms actually built or proposed in the prewar period.

    Chapter
  12. 29:55
    Britain's competitive armaments ecosystem

    Competition between Armstrong, Vickers, and specialist firms is contrasted with more concentrated German and Austro-Hungarian heavy-industry systems.

    Notable Point
  13. 32:23
    Triple turrets and the prewar naval race

    British twin-turret conservatism may have reflected a desire to avoid unnecessary escalation with Germany as the naval race widened into a technology contest.

    Notable Point
  14. 34:48
    Deterrence financing and the cost of war

    The Royal Navy's large prewar budget frames deterrence as an insurance expense that may avoid the much greater costs and borrowing created by war.

    Chapter
  15. 36:43
    Presence, capability, and broadside superiority

    Deterrence is divided into visible presence and paper capability, illustrated by a hypothetical British advantage in broadside weight and replacement capacity.

    Notable Point