Complete directory
Explore every watch point in reverse video-date order, then in timestamp order within each video.
Scarce aircraft forced Japan to choose between concentrating stronger air groups on fewer carriers and sending more flight decks to sea with weakened complements.
From Conception of Admiral Moffett’s Flight Deck Cruisers & the IJN’s construction of Ryūjō ·
Six B5Ns and 15 Zeros attacked Henderson Field, but Marine and Army fighters reduced the returning force to 14 aircraft, including only two torpedo bombers.
From Conception of Admiral Moffett’s Flight Deck Cruisers & the IJN’s construction of Ryūjō ·
Enterprise scouts located the detached Japanese force, and Saratoga's larger air group delivered the bomb and torpedo hits that sank Ryūjō.
From Conception of Admiral Moffett’s Flight Deck Cruisers & the IJN’s construction of Ryūjō ·
When no larger flight deck was available, a small carrier was likely to receive fleet-carrier missions beyond its air-group and survivability limits. A gun-heavy hybrid faced similar pressure to fight as a cruiser.
From Conception of Admiral Moffett’s Flight Deck Cruisers & the IJN’s construction of Ryūjō ·
The closing thought experiment asks how Congress and rival navies would react if the United States put an aviation hybrid into every cruiser division in 1924-25.
From Conception of Admiral Moffett’s Flight Deck Cruisers & the IJN’s construction of Ryūjō ·
Warspite's elderly Swordfish spotter aircraft could do much more than correct gunfire, including a probable fighter kill in Norway and a submarine attack at Narvik.
Fast British capital ships armed with 18-inch and 16.5-inch guns would give the United States a powerful reason to accept limits while forcing Japan to reconsider troubled competing designs.
The massed long-range torpedo concept behind Kitakami and Oi depended on enemy ships holding predictable courses, an assumption Royal Navy zigzagging and radar undermined.
The value of an early helicopter depends on deciding which ships can operate it and which missions justify carrying it, with troop transport among the Whirlwind's useful roles.
Without carrier conversion, Courageous and Glorious were more likely to be scrapped than sold because their specialized Baltic design made them poor conventional capital ships.
An alternate treaty settlement produces 16-inch ships for every major navy - and a British demand for four replacements rather than two.
British studies already approached the proposed 30,000-ton carrier, making a roughly 28,000-ton purpose-built design plausible in a non-treaty setting.
An internal belt may offer a marginal protective advantage, but King George V's external belt is much easier to replace after repeated hits weaken a plate.
Different submarine assumptions and command habits made US cruisers more vulnerable to Japanese long-range torpedo attacks than ship specifications alone would suggest.
Removing torpedo equipment, reducing the belt, and replacing the 6-inch battery with 4.7-inch guns could free enough weight and hull volume for a four-shaft Nelson capable of roughly 28 knots.
A funding windfall appeals to US officers, while British planners resist fixing requirements five years ahead when rival designs can change within three.
Bismarck's zigzagging could reflect uncertainty about British submarines as well as an attempt to shake shadowing cruisers, even though most Royal Navy boats guarded ports and return routes.
If Queen Mary survived with a burned-out turret, the damaged ship would probably withdraw - and its evidence could influence later British design changes.
A discussion of rumored ship cuts distinguishes departmental advice from the ministers who authorize policy, procurement, and funding.
Citizenship, voting rights, allegiance to the monarch, divided unit loyalties, and the burden of governing all work against a unified British military takeover.
A proposed double-angled flight deck creates dangerous emergency geometry and costs approaching a second carrier.
A magically intact G3 in 1960s West German service would be most useful as an intimidating Baltic presence, while its proper classification still depends on comparison with contemporary battleships.
Retention depends on career paths and family support as well as pay, making fleet contraction a personnel problem as well as a hull-count problem.
More British triple-turret capital ships would push competitors toward heavier batteries and make a 35,000-ton treaty ceiling implausible.
Without Hawkins, the treaty cruiser might have settled near Omaha's 8,000 tons and 6-inch guns; historically the United States rounded Hawkins's 7.5-inch battery upward to eight inches.
More prewar work on Hermes-style carriers could improve early-war aviation strikes, but only if experiments produced practical ships, aircraft, and torpedoes.
Three additional Tiger-class battlecruisers would sharply increase British firepower and could alter both German losses and Beatty's command environment.
A 30,000-ton Courageous design with six or more 15-inch guns looks more like a useful super-Renown - and is less likely to be surrendered for carrier conversion.
Fitting the Topaze-class cruisers with turbines from the outset would normalize turbine propulsion and pull boiler development forward by about a decade.
Keeping larger Courageous-class gunships forces Britain toward new carriers or conversions of older battlecruisers and incomplete Admiral-class hulls.
German dependence on British coal reflected political faith that fleet strength would deter Britain, an assumption with direct logistical consequences once war came.
Destroyer crews capturing Tirpitz would earn prize money, but Britain would probably exploit the ship for intelligence and transfer the maintenance burden to the Soviet Union.
A workable German 5-inch dual-purpose gun could replace separate secondary and anti-aircraft batteries, but the Kriegsmarine's committee system made adoption doubtful.
An early Japanese attack is more likely to bring the United States immediately into the war than to prevent Britain reinforcing the Far East.
North Africa gave British armoured forces confidence and forced implementation, but many of the ideas had already been exercised during the 1920s and 1930s.
Captured Russian ships were more useful for enlarging and developing the Imperial Japanese Navy than as first-rate combat units.
The most useful total is twenty survivors - eighteen recovered by British destroyers and two by the Germans - while narrower accounts count only particular rescue ships.
Moving the Channel Islands into the center of the English Channel would make their control strategically urgent and make British abandonment much less likely.
The 1912 reform did not create expertise from nothing; it connected existing departments and added a durable operations structure for a larger, more complicated fleet.
Without 50 Lockheed P2V Neptunes, the RAF would keep Lancasters and Wellingtons in service until more Shackletons became available.
A book review explores Britain's naval position in China as Japanese pressure on shipping and trade collided with commitments in Europe and the Mediterranean.
Monumental swords and other impractical weapons may be ceremonial displays or trophies rather than evidence of battlefield use.
Some Victorian archaeologists treated armour and weapons as proof of a male burial even when skeletal evidence pointed to a woman.
Modernizing every Tench, Balao, and Gato-class submarine would create more hulls than the active fleet could use and make a formal reserve system essential.
Bethlehem Steel, Vickers, Armstrong, and Skoda formed the heavy naval-manufacturing elite, while Germany faced a costly choice between fewer advanced ships and more ships with weaker batteries.
A 50-percent increase in British firepower forces Germany to choose between fewer stronger ships and a larger fleet that is individually outgunned.
Replacing Hawkins's single 7.5-inch guns with six or seven twin turrets would improve the battery arrangement but push the cruiser toward roughly 12,000 tons.
High-grade foundries, not raw iron output, are the slowest capacity to create and the easiest expensive capability to lose between naval building programs.