Complete directory
Explore every watch point in reverse video-date order, then in timestamp order within each video.
The Yamato counterfactual shifts attention from extra battleships to the shipyards, turbines, workforce, carriers, and training base they would imply.
From Chiefs of Staff of the Axis Navies – Comment Response 1/4 ·
Carrier numbers and pilot training are treated as parts of the same naval aviation system rather than competing priorities.
From Chiefs of Staff of the Axis Navies – Comment Response 1/4 ·
A final question tests whether Japan’s war in China reduced its ability to prepare for the later conflict with Britain and the United States.
From Chiefs of Staff of the Axis Navies – Comment Response 1/4 ·
The introduction frames post-1980 amphibious development as adaptation to different national missions rather than the invention of entirely new ship types.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
A First World War landing image becomes a lesson in the organization needed to clear troops and stores from a beachhead.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
A landing force that cannot confront common legacy armour such as the T-55 risks arriving with too little combat power for the likely threat.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
The Algerian San Giorgio derivative shows how one ship can combine troops, tanks, landing craft, medical support, and meaningful self-defence.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
The Canberra class can carry a far larger force than a small LPD, but that capacity does not make it suitable to enter a threat area alone.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
A heavily armed helicopter assault ship is feasible, but fixed-wing operations and missile exhaust create harder deck-layout conflicts.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
A modern amphibious force can remain viable without accepting a head-on assault against a prepared near-peer shore.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
India's Mark IV landing craft illustrate why small, armed connectors remain useful alongside larger amphibious ships.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
A helicopter assault can put troops ashore quickly, but heavy equipment still depends on the slower ship-to-shore lift.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Landing far from a defender may give warning at the beach, yet still create a strategic problem the defender cannot solve in time.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
A question on the Falklands LPDs leads to the command, communications, and helicopter capacity later ships improved.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
The South Korean-built Makassar design shows why a versatile medium LPD appeals to several regional navies.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
The Italian parent design combines a well dock, vehicle lift, and a useful helicopter deck in a compact hull that has influenced export and replacement projects.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Operational control changes only after the landing force has enough ground, supplies, and supporting arms to continue as a land task force.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
The Philippine Navy's Tarlac-class LPDs sit within a varied collection of landing ships and craft suited to moving forces around an island state.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
A single capable ship cannot guarantee an available force, while three major amphibious hulls plus logistic ships can sustain readiness through maintenance cycles.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
The same carrier can serve inside an amphibious formation without becoming an amphibious ship unless it actually carries and lands the force.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Ships and landing forces require specialist training, because amphibious operations demand closely practised maritime and land coordination.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
The Tarawa class's four 5-inch guns gave a helicopter assault ship a versatile way to support and protect a landing.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
The stream's contemporary forecast tests interim American or British boats against production constraints and a later Australian build programme.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Singapore's four Endurance-class LPDs combine troop and vehicle lift with a practical regional humanitarian-response role.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
The Royal Navy links amphibious forces to crisis response and disaster relief so their value is visible before a major war begins.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
The Army supports amphibious and riverine operations, but specialist engineering and logistic knowledge matters more than an amphibious label on an untrained brigade.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Capital-ship status is relative to the navy: a large amphibious hull can be its most important operational and prestige asset.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
The Dutch Karel Doorman combines long-range transport, aviation, medical, command, and replenishment functions in a North Atlantic-sized hull.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Amphibious ships can use commercial construction in non-critical areas while retaining military survivability, medical, and disaster-response functions where they matter.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
A small navy may rationally buy more amphibious capacity than it immediately needs when the alternative is early replacement or emergency expansion.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
A workable well dock can still impose handling costs when its internal volume does not translate into easy manoeuvring room.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
A Huntington Ingalls concept reused the volume of an amphibious hull for an exceptionally large missile battery and aviation support.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Commercial cargo and vehicle carriers can become wartime transport, and an ordinary car carrier could even support a small surprise move against a port.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
The LCAC is a fast and useful connector, but its value depends on whether the route and beach remain sufficiently controlled.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Falklands examples challenge the idea that amphibious forces are inherently light infantry that wait for armour to arrive later.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Modern vehicles, aircraft, stores, and command facilities make both small and very large amphibious ships purposeful choices rather than mere prestige projects.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
The distance from ship to shore is constrained by the need to land repeated waves fast enough to sustain the operation.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
A lost landing craft and the loss of Sir Galahad show both the taxonomy of amphibious lift and the need to absorb casualties.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Autonomy changes how an underwater weapon searches, but navies can still treat the threat as an extension of mine warfare.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
A mix of ship-to-shore craft gives an amphibious force more options because sea state, beach slope, and recovery all impose limits.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Submergence offers covert insertion, but useful troop capacity demands a huge submarine whose survival depends heavily on keeping its stealth intact.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Al-Faw and the opening Afghanistan campaign show that sea-based landings can use ports, peninsulas, or long helicopter routes rather than a classic assault beach.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Bow-on LST delivery remains possible, but grounding a valuable transport on an uncertain beach can remove it from every later movement.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Modern machinery eases some handling problems while replacing them with much larger weight, fuel, and sustainment demands.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
A clearly labelled counterfactual uses helicopters, modern armour, landing craft, and naval guns to reveal what limited the historical campaign.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
True medium landing ships are uncommon, while smaller LPDs and troop-carrying craft now cover much of the old LSM and LCI design space.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Modular pontoons, bridging equipment, Mexeflotes, and protected fuel storage help a landing force move beyond the first assault waves.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·
Mines, artillery, submarines, air attack, and an armoured counterstroke threaten different links in the amphibious system.
From Patreon 33: Amphibious ship development from 1980's to modern day. ·