Complete directory
Explore every watch point in reverse video-date order, then in timestamp order within each video.
The opening distinguishes the carrier a navy wants from the industrial, infrastructure, and operational constraints that determine what it can actually build and use.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
The first design question is whether a carrier answers a real security need strongly enough to justify its opportunity cost.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
A maritime economy may need expeditionary reach to protect shipping lanes and the undersea cables that carry global data.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Energy-import dependence makes sea routes targets for wartime interdiction and for coercion below the threshold of declared conflict.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Global political ties can become military obligations, and alliance value depends on members contributing usable forces instead of merely meeting spending metrics.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Large maritime borders, exclusive economic zones, strategic depth, and vulnerable fixed air bases can strengthen the case for a mobile carrier.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Supercarriers, fleet carriers, light carriers, LPHs, and LHDs differ most usefully in how many aviation missions they can perform at once.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
A continuous four-fighter combat air patrol requires alert aircraft, relief cycles, and maintenance reserves far beyond the number currently airborne.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
For a smaller power, an LHD can combine troops, vehicles, landing craft, helicopters, and limited fighter aviation in one useful allied package.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Fighter, strike, anti-submarine, early-warning, and rescue requirements must be counted together before they can determine carrier size.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
A viable carrier air group needs slack for repairs, accidents, combat damage, and human error because some aircraft will always be unavailable.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Combining CAP, strike, ASW, AEW, and rescue roles quickly produces a roughly sixty-aircraft fleet-carrier requirement before optional missions are added.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
A carrier must preserve its minimum air-group capacity even as later generations of aircraft become larger and more demanding.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
STOBAR, CATOBAR, and STOVL decks trade aircraft weight, launch tempo, recovery method, airframe stress, deck heat, and ship-system complexity.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Early landing-weight limits, longitudinal deck wires, rolling recoveries, and accelerator terminology reveal how modern carrier systems grew from experimental practice.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
British STOVL, French CATOBAR, and Russian STOBAR choices connect different national priorities to different pools of allied experience.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Long-lived carriers may need new launch aids, drones, and steadily upgraded or replacement aircraft without abandoning the original deck concept.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Gas turbines, nuclear power, and steam plants differ in catapult support, global endurance, fuel capacity, task-group logistics, cost, and political acceptability.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Changing propulsion or catapult requirements after a carrier contract is underway lets technical disruption and contract renegotiation drive costs sharply upward.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
A carrier designed to lead a task group, task force, or fleet needs personnel, communications, and headquarters spaces sized for that command level.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Because carriers spend more time managing conflict and showing presence than fighting, their peacetime roles should influence layout and appearance.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
The Italian carrier Cavour carries more onboard air-defence weapons because a smaller air group and thinner escort screen may leave it needing a stronger inner layer.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Missiles and guns improve the last line of defence but consume weight, crew, ammunition, maintenance, money, and flight-deck safety margin.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Interwar Anglo-American competition focused on improving ship quality, unlike the fleet-number challenge that made the Anglo-German race more threatening.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Months away from home demand resilient medical, recreation, sanitation, training, and diplomatic facilities that a locally operated carrier may not need.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
A carrier group needs enough escorts to survive maintenance cycles and casualties while still assembling a credible deployment.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Carrier procurement fails when governments buy the minimum visible capability while ignoring its replacement aircraft, escort generations, and real security environment.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
The Queen Elizabeth class may serve to 2069 or later, making long-term adaptability more important than the conflicts and aircraft visible when it was designed.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Britain's STOVL carriers could pair with future LHDs to spread aviation and amphibious capacity, but the force still has to match the country's global maritime interests.
From So You Want to Build an Aircraft Carrier: Design! Part 1 or 3 ·
Anthony Clayton's survey is a practical English-language introduction to French naval history from 1870 to 1999 before moving into narrower French studies.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
French naval aviation has alternated between unified and divided structures because land-based patrol and sea-based air power answer different operational needs.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
France pursued seaplanes early because aviation promised a new way to compensate for weaknesses in its capacity to build major warships.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
France planned two experimental Normandie-class conversions, but treaty allocation, weak postwar finances, and Béarn's machinery left the navy with one slow carrier.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
France spread reconnaissance aircraft across a seaplane transport, cruisers, battleships, and colonial vessels to compensate for its thin carrier force.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
Béarn and Charles de Gaulle show the availability risk created when France concentrates fixed-wing carrier aviation in one hull.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
Béarn's speed limited carrier operations, while France's fall dismantled an Anglo-French trade-protection system built around complementary bases and forces.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
American and British carriers let France rebuild naval aviation for Indochina and other expeditionary missions while linking maritime air power to army support ashore.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
France accepted older or licensed aircraft when necessary while directing procurement toward an industrial base that could expand for national security.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
French flotille and escadrille numbering gives a practical guide to carrier, fighter, maritime-patrol, helicopter, support, and anti-submarine roles.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
Second-hand carriers taught France that flight decks, internal layouts, and shipboard routines have to fit national strategy, missions, and personnel needs.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
Carrier design must account for national habits and acceptable living conditions because accommodation and daily routine affect retention.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
Clemenceau and Foch gave France national carrier foundations, while Aquilon and Alizé programs rebuilt aviation expertise through licensed production and allied testing.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
French carriers added complementary capabilities to NATO strike groups, although national systems sometimes made technical integration harder.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
The contemporary force separates carrier aviation, maritime patrol, helicopters, and support units while preserving a meaningful distinction between flotilles and escadrilles.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
French carrier squadrons provide visible, reversible presence that reassures allies, warns opponents, and manages crises without the permanence of a new air base.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
Rafale M embodies French industrial independence, while Hawkeye shows pragmatic reliance on foreign specialist equipment and the tactical cost of active radar emissions.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
France tailored naval aviation to national needs, but political and financial choices left the fleet with too little carrier depth for reliable availability.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·
Aéronavale.org and French-language squadron histories provide a route from this broad overview into unit-level research.
From French Naval Aviation: A Quick Historical Overview & Introduction to it's Squadrons ·