Complete directory
Explore every watch point in reverse video-date order, then in timestamp order within each video.
Two hypothetical 9.2-inch cruiser arrangements combine trade protection with a calibre already supported by coastal batteries around the British Empire.
From America goes Big Cruiser in the 1930s: Ending the Naval Treaties for the Alaska Class ·
Without cumulative treaty limits, American and British designers can pursue 27,000-ton carriers with armoured flight decks, larger hangars, and stronger protection.
From America goes Big Cruiser in the 1930s: Ending the Naval Treaties for the Alaska Class ·
The design comparison treats Essex and Midway as different developments of Yorktown, shaped by production speed and the desire for a larger armoured carrier.
From America goes Big Cruiser in the 1930s: Ending the Naval Treaties for the Alaska Class ·
Earlier naval expansion could replace more American four-stack destroyers, enlarge British carrier air groups, and bring forward orders for machine tools and overseas support facilities.
From America goes Big Cruiser in the 1930s: Ending the Naval Treaties for the Alaska Class ·
Pacific scouting doctrine explains the counterfactual demand: a forward force must find an enemy before it finds the main fleet, survive contact, and return the information.
From America goes Big Cruiser in the 1930s: Ending the Naval Treaties for the Alaska Class ·
Pairing a large cruiser with a carrier could spread combat and command responsibilities across a task group, with the cruiser defending the formation while a carrier commander concentrates on aviation and manoeuvre.
From America goes Big Cruiser in the 1930s: Ending the Naval Treaties for the Alaska Class ·
Earlier Alaskas could strengthen the Pacific carrier groups, release older cruisers for Atlantic neutrality patrols, and let the newest battleships complete their preparation.
From America goes Big Cruiser in the 1930s: Ending the Naval Treaties for the Alaska Class ·
A large cruiser beside each carrier could encourage more aggressive operations, keep the newest cruisers away from Pearl Harbor, and provide a sacrificial barrier if an enemy surface force breaks through.
From America goes Big Cruiser in the 1930s: Ending the Naval Treaties for the Alaska Class ·
At Coral Sea, a large cruiser beside Lexington could thicken the anti-aircraft screen, alter the torpedo attack geometry, and perhaps reduce the damage that led to the carrier's loss.
From America goes Big Cruiser in the 1930s: Ending the Naval Treaties for the Alaska Class ·
If Lexington and Yorktown return after Coral Sea, the Midway scenario fields four American carriers with Alaska escorts, while still assuming the loss of a fleet carrier.
From America goes Big Cruiser in the 1930s: Ending the Naval Treaties for the Alaska Class ·
An illustrative cruiser comparison shows how equal losses can eliminate the smaller force, while local concentration may reduce the larger fleet's losses.
From America goes Big Cruiser in the 1930s: Ending the Naval Treaties for the Alaska Class ·
More ambitious naval orders need usable slips and steel capacity; building the infrastructure can take longer than building an individual ship.
From America goes Big Cruiser in the 1930s: Ending the Naval Treaties for the Alaska Class ·
An early carrier-large-cruiser partnership might survive into the missile era, with Alaska hulls providing space for the large missile systems of the late 1940s through the 1960s.
From America goes Big Cruiser in the 1930s: Ending the Naval Treaties for the Alaska Class ·
Compare frigates by their missions, their place in a fleet, and the level of combat they must survive.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Type 26 is an expensive ASW specialist built to defend task groups against equally costly and capable submarines.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
A costly submarine threat and the task group's defensive needs explain the investment in a specialist ASW frigate.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Rafted machinery, hull shaping, and accumulated operational experience provide the basis for identifying Type 26 as an ASW specialist.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
The British, Canadian, and Australian Type 26 variants adapt one ASW-centered design to different assumptions about task-group support and coalition service.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Type 26 is meant to coordinate a task group's ships, aircraft, and uncrewed systems as well as hunt submarines with its own sensors.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Standing NATO maritime groups can operate under an escort's command and later add ships to a carrier group's screen.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
The flight deck, mission bay, sonars, computing spaces, and quiet propulsion plant reveal how deeply ASW shapes the Type 26 layout.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
FREMM offers an adaptable base design, while Constellation shows how national substitutions can turn small interface changes into a major redesign.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Different hose and power-connection positions can make a similarly sized replacement unit require rerouting, with repeated changes adding up across a ship.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Type 26 concentrates on ASW, while FREMM accepts a lower peak in that specialty to remain useful across a wider set of missions.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
A useful core hull, adaptable mission fit, and credible independent capability made FREMM attractive to navies with very different patrol and combat needs.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
The Italian FREMM fit introduces a wider design lesson: limited magazines expose earlier threat assumptions, while overlapping gun arcs and redundant layers keep defensive options available.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Shivalik, Nilgiri, and the planned Project 17B form an iterative frigate family shaped by India's need to operate without assuming allied support.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
An estimated 8,000-ton Project 17B provides a starting point for examining the Indian frigate family's missiles, guns, and ASW weapons, alongside proposals for a heavier fit.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
A gun can cover every bearing without rotating continuously; AK-630, Goalkeeper, and an Oto Melara 40 mm system illustrate why traverse limits matter when switching targets.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
A possible Merlin fit leads into the doctrine, onboard computing, and industrial learning needed for India to field an independent ASW helicopter capability.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Type 26 prioritizes ASW, FREMM balances several missions, and the Nilgiri family couples combat capability with growth of India's national naval industry.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
The Mogami program began in 2015 as a compact destroyer effort and settled into a light-frigate role that supplies deployable wartime mass.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Combat equipment, deployment endurance, and expected support distinguish the three categories in this comparison.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Sixteen Mark 41 cells, Type 17 missiles, mine equipment, torpedoes, a helicopter, and a five-inch gun give Mogami broad utility without turning it into a larger frigate.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Mogami's Type 17 missiles sit within a Japanese effort to develop domestic weapons through successive designs while continuing to use and adapt American systems.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
The enlarged Mogami doubles Mark 41 capacity to 32 cells, opening different Japanese and Australian choices about domestic missiles, quad-packing, guns, and close defence.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Japan can field affordable Mogamis in numbers because larger Aegis ships cover the top tier and steady yard work lowers the cost of replacing the rest of the force.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Naming a Type 31 after HMS Campbeltown recalls a destroyer's deliberate wartime sacrifice, an association that draws a personal objection.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
The British Type 31 fit emphasizes short-range missiles and medium guns, making it a final defensive layer around a carrier or amphibious ship.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Polish and Indonesian interest reflects Arrowhead's large hull, moderate crew needs, and room for national weapons and later upgrades.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
British yards can build faster, but changing requirements and too few follow-on orders force slow production that protects workforces at a higher unit cost.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
The Iver Huitfeldt lineage contrasts StanFlex's rapid in-service module swaps with MEKO's more commercially successful design-stage customization.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
FDI's distinctive silhouette supports French overseas presence and export efforts alongside its combat role.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
One FDI hull supports markedly different French, Greek, and Swedish missile magazines, ranging from compact Aster fits to mixed CAMM, Aster, and strike-length cells.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
The French FDI program averages about 700 million euros per ship including development; the orders described total 13 ships with different national gun fits.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Sweden can use its FDI-derived frigates as principal Baltic combatants, while France demonstrates how an in-service ship can strengthen diplomacy and export campaigns.
From Key Frigates of Today & Tomorrow: Type 26s, FREMMs & Nilgiris vs Mogami, Type 31s & FDIs ·
Metacentric height needs a practical rule of thumb for historians and full calculations for engineers, whose design work can affect lives.
From Guadalcanal, HMS Africa, Spy Ships, Metacentric Height & Cruiser build Ticonderoga: 5 in 1 Live ·
Cruiser standards concern hull scale, subdivision, redundant systems, and independent deployment rather than a fixed weight of armour.
From Guadalcanal, HMS Africa, Spy Ships, Metacentric Height & Cruiser build Ticonderoga: 5 in 1 Live ·