Complete directory
Explore every watch point in reverse video-date order, then in timestamp order within each video.
Trials of the 1926 MLC prompted a requirement to land a 12-ton tank across a beach, while heavier vehicles were initially expected to use a wharf.
From Genesis of the Stomach Churners: Motor Landing Craft & Landing Craft Mechanised... ·
British Assault Landing Craft and Mechanised Landing Craft became Landing Craft Assault and Landing Craft Mechanised under shared Anglo-American wartime terminology.
From Genesis of the Stomach Churners: Motor Landing Craft & Landing Craft Mechanised... ·
A propulsion proposal by Fleming prompted competitive trials whose best ideas were combined into the platoon-sized Landing Craft Assault produced in thousands during the war.
From Genesis of the Stomach Churners: Motor Landing Craft & Landing Craft Mechanised... ·
Mobile naval basing and Royal Marines requirements gave the Navy reasons to keep funding landing craft as committee work developed into formal training.
From Genesis of the Stomach Churners: Motor Landing Craft & Landing Craft Mechanised... ·
The mature LCM reached about seven and a half knots, carried a 16-ton tank, and was incorporated into early plans for twelve-craft amphibious ship groups.
From Genesis of the Stomach Churners: Motor Landing Craft & Landing Craft Mechanised... ·
Great Western and Southern Railway works developed construction methods distinct from shipyards and became important builders of wartime LCMs.
From Genesis of the Stomach Churners: Motor Landing Craft & Landing Craft Mechanised... ·
At Narvik, an LCM delivered a French Hotchkiss H39 while the tank fired during the landing. The action was an early Allied combined-arms amphibious assault under enemy fire.
From Genesis of the Stomach Churners: Motor Landing Craft & Landing Craft Mechanised... ·
Small numbers of interwar landing craft served in several early campaigns and suffered heavy losses while providing the design foundation for wartime expansion.
From Genesis of the Stomach Churners: Motor Landing Craft & Landing Craft Mechanised... ·
Landing craft remain the overlooked link that lets naval and air superiority deliver troops ashore before an opponent can exploit delay.
From Genesis of the Stomach Churners: Motor Landing Craft & Landing Craft Mechanised... ·
Falmouth's defenses illustrate how forts protect naval anchorages by making attack too costly or forcing an enemy to assemble overwhelming strength.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
The practical distinction is ownership and purpose: a noble or royal residence becomes a fort when the state maintains it as a national military asset.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Henry VIII's coastal forts protected ships while communications were slow, and Falmouth's paired defenses forced an invader to plan separate supported landings.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Small, self-contained Martello towers offered a durable coastal strongpoint whose logic reappeared in British World War II pillboxes.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
A fort left in an army's rear can shelter troops, threaten supply lines, and force the attacker to detach men or halt for a siege.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Strong seaward defenses encouraged an attacker to approach Portsmouth overland, while steamships made a sudden raid less dependent on wind and tide.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Heavier fixed guns, dispersed shelters, radar stations, and fighter airfields formed a coastal-defense system extending beyond a single fort.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Britain relied chiefly on fighter interception and shipborne missiles after its limited Bloodhound network, leaving modern coastal defence without a large land-based area layer.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Repeated upgrades kept old forts useful, while modern coastal defenses can combine concealed troops, remote weapons, and prepared missile positions.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Oscarsborg's sinking of Blücher delayed the attack on Oslo; a fully alerted and staffed Norwegian defense might have inflicted much heavier German naval losses.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Britain's invasion defenses combined beach obstacles and local troops with mobile reserves, air power, naval intervention, and attacks on an invader's supply chain.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
The historical record overrepresents landings judged likely to work, while plans deterred or canceled by cost leave no battle to remember.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
World War I veterans, improvised obstacles, local demolitions, and SOE stay-behind plans were intended to slow an invader long enough for mobile forces to respond.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Germany needed air and sea control long enough to sustain a landing, while Britain's layered defenses bought time for mobile forces and the fleet to cut the invasion off.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
German defenses ranged from wooden obstacles and captured guns to strong port positions, leaving an attacker room to choose a less fortified coast and bring its own harbor.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Ramsay's planning after Dunkirk challenges the claim that Dieppe first revealed the requirements for the Normandy assault.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Operation Jubilee was far larger than ordinary commando raids, yet its short preparation left the assault without the heavy naval fire and mine clearance its target demanded.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
The short timetable left too few minesweepers to clear operating space for cruisers and battleships, restricting naval gunfire support to eight destroyers.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Land-based airfields could cover Normandy, while carriers would consume scarce swept water and obstruct the landing fleet for little additional benefit.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Loose shingle compounded the raid's planning failures by impeding Churchill tanks and making it harder for landing craft to reach usable ground.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
A comparison of dozens of raids shows sharp differences between focused reconnaissance or demolition missions and politically driven operations launched without enough preparation.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
The War of 1812 offers possible precedents, but any claim of uniqueness depends on how beachhead and US ground forces are defined.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Overlord paired specialized engineering armor, mine clearance, battleships, cruisers, escorts, transports, and artificial harbors on a scale meant to overwhelm the Atlantic Wall.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
A sudden expansion of obstacle-clearing and mine-clearing vehicles can signal that an army expects real combat rather than merely preserving a specialist skill.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
The critique of Dieppe centers on an artificial timetable, inadequate fire support, and lessons that professional amphibious planners had already identified.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Germany could contest the Channel with S-boats and disrupt Exercise Tiger, but it lacked the forces for repeated commando-style raids on Britain.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Two ambitious planners encouraged each other's ideas while giving too little attention to objections about implementation.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Known limits on fire support and mine clearance already gave planners grounds to delay Dieppe.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Japanese defenders moved inland to reduce the effect of American naval bombardment and make each advance more costly.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
A politically imposed one-month schedule denied Jubilee the support its scale required, helping produce nearly 6,000 Allied killed, wounded, or captured.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
New Zealand's 8th Brigade Group landed with Allied shipping and engineering support against a Japanese garrison too small to deny the islands.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
A recently arrived Japanese garrison tried to defend flat atoll beaches against carrier aircraft, three battleships, heavy cruisers, tanks, and Marine battalions.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Very low island terrain affected the behavior of heavy shells during bombardment.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Japan used interlocking caves, armored doors, internal communications, disciplined fire, and delaying beach troops to turn Peleliu's ridges into a costly inland fortress.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Early beach defenses tried to pin Allied bombardment ships for Japanese naval and air counterattack; after relief ceased to be credible, inland systems instead tied down troops and time.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Marine accounts can preserve lived experience faithfully while remaining bounded by where the author stood, what they knew, and what they later remembered.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Exhaustion and surprise could briefly disrupt capable defenders, giving a mass charge time to reach them.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Former phosphate workings, armored doors, angled cave entrances, and internal routes let Peleliu's defenders shelter and move under bombardment.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·
Troops often valued a destroyer's direct, readily available gunfire even though a battleship could deliver far heavier blows against selected targets.
From Coastal defenses in WWII: Why did they fail to stop so many amphibious operations? ·