Video
A Ultimate Admiral Dreadnoughts Campaign: Building a Battle Cruiser Navy... part 2
Study A Ultimate Admiral Dreadnoughts Campaign: Building a Battle Cruiser Navy... part 2, a Dr. Alex Clarke video from 31 Jul 2023, with 21 time notes. Topics include Battlecruisers, Fleet Tactics, Naval Gunnery.
Time notes
- 8:52Using battlecruisers to concentrate forceChapter
The campaign's battlecruiser-heavy navy seeks decisive numerical superiority against enemy battleships rather than fair engagements.
- 12:49Why a second naval invasion would divide the fleetNotable Point
The campaign rejects opening a Croatian invasion while the Spanish war consumes the available fleet, separating ambition from the ability to concentrate enough tonnage.
- 16:28QuestionWhere did Armstrong test its naval guns in the 1910s and 1920s?AnswerQ&A
Testing could use dedicated ranges; isolated, carefully engineered rail links to remote coastlines are a useful clue to where armaments firms supported such work.
- 19:38A battle line with a fast battlecruiser wingNotable Point
A slower battleship core protects cruisers and destroyers while faster battlecruisers maneuver as a separate striking force.
- 24:36Why fleet games struggle with naval presenceNotable Point
The stream identifies a limitation of conflict simulations: they often undervalue ships whose main effect is presence rather than combat.
- 25:38Six-inch guns give battlecruisers an answer to screensNotable Point
The battlecruiser force combines speed with rapid-firing six-inch guns intended to overwhelm enemy cruisers and destroyers.
- 33:56Crew pools turn hull numbers into deployable strengthNotable Point
Several capital ships remain unusable at low crew strength, showing why fleet expansion needs trained personnel as well as hulls.
- 37:08Research and shipyard capacity govern fleet renewalNotable Point
The campaign pauses new construction while repairs, research priorities, and shipyard expansion shape the next building decision.
- 57:43Choosing a 16.5-inch battlecruiser batteryChapter
The proposed next generation of battlecruisers skips an intermediate calibre to standardize around 16.5-inch guns and preserve salvo weight.
- 1:01:02QuestionWhy not build a cruiser with spaces for weapons and complete it only when war begins?AnswerQ&A
The ship may be far from an appropriate yard, and fitting major guns later is far more complex than adding items such as armour; facilities and structural design matter.
- 1:04:31A destroyer attack exploits a gap but risks encirclementNotable Point
A destroyer pack reaches threatening torpedo range through an opening, but the attack leaves the small ships surrounded by heavier forces.
- 1:07:55Variation within the Bisson-class destroyersNotable Point
A short design comparison shows how ships grouped in one destroyer class could still differ materially in speed and displacement.
- 1:17:18Chase geometry determines which guns can bearNotable Point
A slight course change during pursuit opens a full salvo while closing range brings the secondary battery into action.
- 1:26:00Why naval treaties imposed capital-ship limitsNotable Point
A 60,000-ton battleship under construction before the 1920s provides an immediate illustration of the pressure naval treaties tried to restrain.
- 1:31:40A turret explosion forces an improvised withdrawalNotable Point
A catastrophic hit on Collingwood erases the expected advantage and shifts the task from winning to extracting the damaged formation.
- 1:37:39When a fast capital-ship force should disengageNotable Point
The campaign's battlecruiser strategy depends on withdrawing promptly once its numerical superiority disappears.
- 1:54:36Overconfidence turns an even battle into a defeatNotable Point
An earlier defeat is attributed to overconfidence and an unexpected enemy manoeuvre, showing how unusual behaviour can still punish command mistakes.
- 2:09:18Balancing armour, secondary guns, and speedChapter
The design session trades a thicker main belt against enough six-inch secondary guns, showing the compromises inside a fast capital ship.
- 2:14:26Turret placement trades firing arcs against weightNotable Point
Moving secondary mounts changes whether they can rotate through 360 degrees, but the alternative position also changes the design's weight margin.
- 2:15:30The range tradeoff behind a 16.5-inch batteryNotable Point
The new nine-gun 16.5-inch design sacrifices several kilometres of range compared with older 13.5-inch weapons in exchange for a common future battery.
- 2:18:17Survivability equipment in a 30-knot capital shipNotable Point
The final design adds armour, rangefinding, sonar, and training choices to make a fast capital ship more resilient as well as more heavily armed.