Complete directory
Explore every watch point in reverse video-date order, then in timestamp order within each video.
New Zealand's population did not support many yards, but its economy could plausibly sustain one facility and gain industrial benefits from doing so.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
The imperial network offered unmatched reach, but bases varied from self-maintenance stops to major yards and left conspicuous gaps such as Western Australia.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
Royal Navy sloop and destroyer officers often crossed between commands, carrying anti-submarine expertise and an unusually aggressive tactical mindset.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
Plans for larger fleets or Australian nuclear submarines must begin with the yards and skilled people available to build them.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
Australia's exceptional range requirement leaves no easy off-the-shelf diesel-electric bridge to nuclear submarines.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
Very short Seawolf and Zumwalt production runs discarded learning, while combining mature Burke systems and Zumwalt power with another new hull would introduce an additional source of risk.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
Magnetic torpedo systems were intended to sense the ship's strongest magnetic point and explode underneath rather than striking the side directly.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
Dividing German capital ships among the victors would have strengthened rival navies, spread German technology, and forced Britain to plan against larger foreign fleets.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
Canada's ocean coverage creates a long-range submarine problem similar to Australia's, making participation in a future Anglo-Australian SSN(R) programme a plausible but speculative option.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
Oil firing allowed wider spacing between naval fuel stations, but many coal ports remained useful because merchant shipping still burned coal.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
An extra Polish defence windfall would be better spent on submarines, land combat power, and east-west transport than on aircraft carriers intended to strike Russia from the far side.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
A deliberately awkward Empire Cruise counterfactual turns canal clearance into a salvage problem requiring explosives, tug assistance, and careful manoeuvring.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
German capital ships transferred to the victors would raise foreign totals and probably push Britain toward a larger allowance of new 16-inch warships.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
Professional staffs still prepare contingencies for improbable opponents, although the work is rarely public and does not itself signal political intent.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
Treaty of Versailles debates and contemporary news coverage provide a trail for reconstructing which victors were expected to receive individual German ships.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
In a surviving Canadian-carrier counterfactual, the most useful contribution during the Falklands War might be covering Britain's NATO role near Norway rather than joining the South Atlantic task force.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
A loose colonial burden and an integrated democratic federation produce very different answers to the affordability of global defence.
From Patreon 59: Infrastructure in the Colonies: shipyards of the Commonwealth and Empire. ·
The opening traces a design lineage from the beltless Bristol and Weymouth batches through the Hawkins class to the treaty-era heavy cruiser.
Coal and oil figures, turbine machinery, mixed armament, and 25-knot speed show how the Bristols supported scouting, commerce protection, and raider hunting.
The second Town-class batch replaced the mixed battery with eight long 6-inch guns and enlarged its torpedoes from 18 to 21 inches.
Bristol's Brown-Curtis turbines introduce the competitive industrial base that kept two British machinery suppliers at the technological edge.
Bristol's wartime route runs from North American and West Indies patrols to South American operations and the Falklands campaign.
Glasgow survived Coronel, fought at the Falklands, and helped corner Dresden, making her a recurring opponent of von Spee's squadron.
Gloucester pursued Goeben and Breslau in the Mediterranean before fighting at the Battle of Jutland.
The Town-class label reflected a Royal Navy naming tradition, not the contemporary municipal status of Bristol, Glasgow, Gloucester, or Liverpool.
Gloucester's builder opens a counterfactual about using Britain's competing yards and machinery firms to test two dreadnoughts instead of completing obsolescent pre-dreadnoughts.
Liverpool was built by Vickers at Barrow even though Cammell Laird's Birkenhead yard offered an obvious local and promotional connection.
Newcastle's quiet war consisted of distant-station patrols, a capture, and political-presence duties that spared larger warships.
Raised side guns gave the Weymouths three 6-inch weapons forward and a five-gun broadside from an eight-gun battery.
Yarmouth's builder combined London financial backing with Glasgow engineers and shipyard capacity.
A flying-off platform over Yarmouth's forward gun enabled a Sopwith Pup to shoot down Zeppelin L23 in August 1917.
In 1919 Yarmouth became the first ship in a decade to visit remote Tristan da Cunha and tell its inhabitants the outcome of the First World War.
Dartmouth hunted Königsberg, supported Gallipoli, fought in the Adriatic, and survived a submarine torpedo through determined damage control.
Two German submarines struck Falmouth during an operation shaped by Room 40 intelligence, yet the cruiser remained afloat for hours after four hits.
The conclusion judges the early Towns a successful bridge from protected cruisers to light cruisers and explains the eventual 45-calibre 6-inch-gun compromise.
A claimed wreck discovery prompts a practical explanation of how historians weigh new assertions against archival evidence.
The proposed British carrier's deck-edge lift and flight-deck arrangement are tested against E-2 Hawkeye operations.
Italy might aspire to four large follow-on battleships, but construction practice and resources make three completed ships a more plausible outcome.
The Italian concept retained an aft main turret even as all-forward batteries offered a potentially simpler arrangement.
A workable P.139B would probably use a customized derivative of an available turbojet, selected around the aircraft's speed priorities.
Britain could intervene in a fragmented Russia or seize limited areas without possessing an army capable of conquering the country.
An Italian fast battleship with 18-inch guns and meaningful protection is pushed toward Yamato-scale displacement.
The steep power curve above 30 knots explains why extra speed consumes machinery space and procurement money.
Type 12 frigates succeeded less through peak specifications than through reliability and adaptation to each navy's needs.
Similar external dimensions can conceal very different displacement because heavy armour consumes weight and internal volume.
An official figure such as 28 knots plus signals a deliberately conservative floor rather than a precise maximum speed.
The proposed N3 is introduced as an exceptionally armour-heavy capital ship before its protection figures are detailed later.
Modern cruise ships lack the speed and conversion-friendly form that made interwar liners valuable wartime transports.