Complete directory
Explore every watch point in reverse video-date order, then in timestamp order within each video.
Modern destroyers and frigates reach cruiser size because added threats, roles, systems, power, and support demands consume hull volume.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
Twenty Arquebuse-class ships move France from small experimental batches to a coherent destroyer force for Atlantic and Mediterranean flotillas.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
Claymore and Branlebas add displacement, 450 mm torpedoes, and limited machinery protection, yet remain smaller than foreign destroyers as Jeune Ecole habits persist.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
France retained ample torpedo-boat production while reduced armour production and parts of its large-engine industry constrained major warship construction.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
British flotilla-defence doctrine paired destroyers, torpedo boats, and submarines with a battle fleet and cruisers, giving each force a distinct operational role.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
Construction across several French yards brought the force to fifty-five destroyers, providing the numbers needed for screening and flotilla warfare.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
Torpedo-boat yards shaped French destroyer choices while capital-ship and large-cruiser construction required renewed industrial investment.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
The smaller Voltigeur design matched Spahi's speed and armament with greater cruising range, exposing the importance of hull efficiency.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
An intermediate 65 mm gun was meant to balance hitting power and hull limits while avoiding two gun types, but France eventually used the other calibres too.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
Small changes in hull form and scale could alter destroyer range far more than a modest increase in coal capacity.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
Voltigeur and Chasseur move machinery forward and torpedo tubes aft while most of the later ships adopt fuel oil.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
Bouclier-era destroyers reach 700 to 800 tons with 100 mm guns, twin torpedo mounts, revised hulls, and performance closer to foreign peers.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
World War I additions of anti-aircraft guns, machine guns, and depth charges cut speed, while losses to UC-25 and U-15 illustrate submarine mine and torpedo tactics.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
Chasseur and Bouclier adopt turbines throughout, while differences in shafts, fuel capacity, and fuel quality still complicate performance comparisons.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
Parsons and Brown-Curtis turbines show how foreign designs, competing firms, and shared technical knowledge contributed to French naval modernization.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
The last prewar classes combine 100 mm guns and 30-knot speed with greater cruising range, but only eight ships are completed as dreadnought construction competes for resources.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
Compact destroyers can require more maintenance labour because crews must dismantle surrounding equipment before reaching machinery and systems.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
Battleship priorities and World War I interrupt an ambitious French fleet-destroyer design with 140 mm guns and a seven-torpedo broadside.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
Successive French destroyer bows move from a pronounced turtleback toward a shape resembling an Atlantic bow, with a different intended way of meeting waves.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
Earlier growth could have brought six 65 mm guns and more torpedoes, but fewer yards could have built the larger ships.
From Jeune Ecole Batch 2... The French Destroyers up to WWI ·
An opening clarification links Irish Naval Service naming traditions to the personnel shortage keeping one patrol ship out of service.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
Former imperial bases become a lesson in how geography and decolonization shape modern naval access.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A procurement question links technological overconfidence, declining production runs, missile depth, drone defence, and the return of layered gun systems.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
The contrast between mobile Panzer divisions and the infantry needed to hold ground shows why German battlefield skill did not remove logistical constraints.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
Second World War anti-aircraft layers provide a comparison for modern gun layouts, magazine depth, and the place of lasers in drone defence.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
The unused sister conversion illustrates why specialist roles often require more than one hull to remain reliably available.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A geometry question becomes a warning about exercise incentives distorting anti-aircraft design requirements.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A travel question points naval-history visitors toward Narvik's museum, mountain, and fjord setting.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A pirate-ship choice weighs tentative expectations about speed against sail handling, crew requirements, and the division of prizes.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A Royal Navy force-structure answer ties fleet growth to shipyard capacity, foreign orders, and the economic value of domestic construction.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
An unresolved refit dispute illustrates the distinction between completing contracted work and resolving every defect aboard a ship.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A shipbuilding question explains why automation can help yards but cannot replace steady orders, flexible workers, cranes, and industrial investment.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
The automation discussion separates people's ability to adapt to unfamiliar tasks from computers' speed in passing information during an attack.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
NATO's Naval Ship Code and classification rules turn ship design into detailed requirements for structure, certification, fire safety, and weapons arrangements.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
An Azur Lane ship-name prompt leads to a tentative explanation of why Gotz von Berlichingen would be an awkward modern naval namesake.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
China's frigate production anchors a discussion of why emergency-built ships need wartime endurance rather than peacetime longevity.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
The command choices compare modern warship design questions with crew life, mission risk, aviation capability, and national operating patterns.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A follow-up question distinguishes Type 31's Iver Huitfeldt ancestry from procuring the Danish modular equipment system.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A logistics answer reframes auxiliary numbers around forward commitments, fuel margins, and the operational freedom created by replenishment at sea.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
The famous 1939 battle is placed within a longer history of monitor fighting, ramming, grounding, and confused river navigation.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
Bismarck's possible refuelling options introduce German supply ships and the mechanics of passing a fuel hose astern.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A follow-up on replenishment connects early British experiments, American Pacific practice, and the strategic cost of losing fast oilers.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A drone-defence proposal compares offshore forts with shore systems and mobile air-defence ships, focusing on weapons, coverage, and resupply.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A clarified sea-fort proposal exposes the extra positions, resupply arrangements, and siting constraints created by an offshore gun belt.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A coastal-defence analogy explains why fortifications need protected flanks and reserves able to reinforce threatened sectors.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
The discussion separates useful defensive coverage from an impossible promise of perfect interception.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A naming question shows why Germany's twentieth-century history makes personal ship names unusually sensitive.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·
A Spanish shipbuilding answer uses the long S-80 submarine timelines to show why submarine yards need continuous practice.
From Bruships 243: Modern Navy & Naval History Questions Answered Live... ·