Video
Check Campaign 2: UAD has updated & to Learn it's new ways I started another British Campaign
Study Check Campaign 2: UAD has updated & to Learn it's new ways I started another British Campaign, a Dr. Alex Clarke video from 15 Jan 2024, with 27 time notes. Topics include Cruisers, Dreadnoughts, Fleet Logistics.
Time notes
- 1:08Using British designs to test the updated campaignChapter
Familiar British naval development provides a baseline for judging the game's revised campaign and ship-design rules.
- 7:40Allied orders crowd out domestic shipbuildingNotable Point
Twenty-eight allied orders expose the tradeoff between strengthening partners and reserving shipyard capacity for the Royal Navy.
- 14:43Balancing a pre-dreadnought refitChapter
An extensive refit weighs heavier guns, armor, speed, ammunition, and stability against a strict displacement limit.
- 28:41QuestionWhy is the rear belt a whole inch thicker than the forward belt?AnswerQ&A
The extra aft armor is being used to balance the modeled distribution of turret, superstructure, and machinery weight, although real ships would also rely on structural and deck arrangements.
- 32:27Beam, draft, and the updated stability modelChapter
A semi-dreadnought study tests how beam, draft, machinery efficiency, and displacement interact under the revised design model.
- 41:22Building an early submarine force for distributed defenseNotable Point
Early submarine research supports a plan to distribute numerous defensive boats around Britain's scattered territories.
- 50:57The merchant marine as a naval and economic foundationNotable Point
Transport capacity connects long-term economic growth with the political case for maintaining a navy to protect maritime trade.
- 1:10:35Light-cruiser stability after the updateChapter
A new light-cruiser hull still produces extreme roll and pitch, exposing the update's difficulty with small-ship stability.
- 1:29:24How prolonged procurement debate shrinks a defense purchaseNotable Point
Denmark illustrates how a long search for the perfect system can leave a country buying too little, too late, or after the original crisis has changed.
- 1:31:14Building a technology bridge to the first dreadnought generationChapter
Boiler and engine research offers a deliberate route around an unsatisfactory semi-dreadnought generation.
- 1:33:25Why artillery provides defensive depth for the NetherlandsNotable Point
A Dutch artillery purchase prompts a short explanation of how fires can hold an attacker away from a state with limited territorial depth.
- 1:36:44QuestionHow happy would the Royal Navy be if every destroyer in service or on order became a fully crewed Tribal-class destroyer on 1 September 1939?AnswerQ&A
Not entirely happy at first, because an all-Tribal force would greatly reduce the torpedo capacity needed for the Royal Navy's expected mass attacks, though wartime experience would make the gun-heavy ships look more valuable.
- 1:39:15Standardizing the first dreadnought battle lineChapter
A 22-knot battleship with ten 11-inch guns becomes the standardized design for an eighteen-ship building program.
- 2:01:00Fleet readiness before diplomatic escalationNotable Point
Deliberate war is postponed until the campaign has a balanced fleet worth risking in combat.
- 2:17:21Refitting the first dreadnoughts for survivability and global serviceChapter
A fleet-wide dreadnought refit trades range and displacement for better protection while assigning later ships to long-range duties.
- 2:32:18Why the South American naval race belongs in the dreadnought eraNotable Point
South American powers are essential to understanding dreadnought development and the era's international ship market.
- 2:36:35Designing separate near-station and distant-station battleshipsChapter
A new battleship concept separates a limited distant-station type from the more numerous ships intended for nearby fleet service.
- 2:49:18Arming a cruiser to support the battle lineChapter
A cruiser receives the same 11-inch gun used by the dreadnoughts so it can reinforce the battle line.
- 3:03:32Sequencing rangefinders and armor forging for a refitNotable Point
Fire-control and armor-production advances are timed to arrive together for the next fleet refit.
- 3:03:51Oil preheating and coal handling solve different fuel problemsNotable Point
A propulsion upgrade prompts a short distinction between preheating fuel oil and the ordinary movement of coal from bunker to boiler room.
- 3:05:12Using turbines and refits to bridge capital-ship generationsNotable Point
The arrival of steam turbines supports one more dreadnought upgrade while the navy waits for a genuinely new generation.
- 3:10:01Cruiser numbers cover minor territorial missionsNotable Point
Numerous cruisers let the fleet cover small objectives that do not require a capital ship.
- 3:14:41Refitting the first dreadnoughts for the turbine eraChapter
A fleet-wide refit balances heavier guns, an extra knot of speed, stability, and reduced smoke interference.
- 3:25:28Concentrating a refit-limited fleet against the weaker opponentChapter
With the best battleships still refitting, the campaign concentrates available forces and chooses the opponent with the smaller active fleet.
- 3:31:58Distributing submarines across home and imperial portsNotable Point
Submarines commissioned around Britain and the empire create local defensive risk at many separate bases.
- 3:45:53Standardization and light-cruiser vulnerability in the battle lineChapter
A fleet action shows both the coordination value of a standardized capital-ship line and the danger facing a light cruiser caught between battle lines.
- 3:49:29Why a crossfire needs mutually supporting numbersNotable Point
An enemy split intended to create a crossfire instead exposes isolated ships to a concentrated semicircle.