Bruships 167: Tell me why, everything turned book – packing up, stacking up is all kalax want to do.

Not very well: the larger shells are attractive, but a four-gun ship is poorly suited to the salvo-ranging methods the Royal Navy relied upon.

She could have been a useful helicopter carrier for the amphibious group, provided she could be made ready and staffed in time.

The numbers supported full carrier air groups plus reserve, training, and maintenance needs; aircraft are never available all at once.

Condition and hull life can justify retirement, but selling or retiring capable ships after major investment can also create an avoidable force-structure shortfall.

Probably not; the speakers think another atomic attack was still likely before Japan accepted the available surrender terms.

It could prolong and complicate the war, but Japan would likely need the Philippines as the price of intervention and Spain would still be under severe pressure.

They are useful for illustration and exploration, but rigorous scenario testing needs a model that can be set up carefully and run repeatedly.

Probably not: integrated conventional power can support the weapons, while nuclear propulsion brings fleet-integration and port-access costs.

Build consistently for a strong second-rank fleet: modern capital ships, useful cruisers, and an early but sustainable transition into dreadnoughts and battlecruisers.

No single service plan proves that; services commonly ask for more than the minimum because budgets are negotiated through competing options.

Japan is more satisfied, but the treaty system contains much larger fleets and makes later naval rearmament and replacement programmes very different.

There was limited surprise; the war chiefly illustrated the risks of neglecting overseas fleet and defence requirements.

They supported shore operations and offered a smaller force for countering surface raiders than a carrier battle group.

Most likely helicopter carriers or amphibious ships, potentially with troop space, rather than modern strike carriers.

Yes, but the routes remain constrained by ice and difficult navigation; they cannot simply substitute for a canal system.

Kongo, chiefly because of her heavier guns, trained crew, and reliable fire-control and rangefinding systems.

About one Gannet per Skyraider, although the Navy would probably request more in order to obtain the one-for-one force it needed.

It was a notable early torpedo submarine, but slow, operationally limited, and not a convincing candidate for the first true submarine claim.

Not automatically; the naval and RAF programmes were institutionally separate and would require unusually effective inter-service cooperation.

Most likely Treasury pressure to save money rather than a technical or doctrinal objection to the aircraft.

The conversion cost and the Worcesters' existing employment made the Cleveland hulls the more practical ships to rebuild.

They could have carried substantial missile fits, but contemporary technology would likely produce hybrid gun-and-missile conversions rather than a clean modern VLS ship.

It preserved several collier compromises, but Langley's experimental mission could tolerate them so long as the ship remained safe and usable.

Possibly in years commissioned, but not necessarily in years actually operational or combat-effective.

Spain would gain naval aviation earlier and likely operate American equipment within a NATO-oriented security posture.

They would likely be heavily attacked or sunk, removing the basis for early carrier raids and sharply worsening the opening balance in the Pacific.

For Britain, its ASW focus can justify the extra capability; for the US, the ability to buy a much larger force is often the stronger argument.

It was a mixture, with commerce raiding prominent and the Caribbean the most important arena for fleet actions.

The extra firepower comes with serious topweight problems, and the study is better read as evidence against the arrangement than as a desired design.

Eventually perhaps, but not quickly: restarting the lost specialist infrastructure and skills would be a major programme, so existing barrels are the practical option.

The islands would likely remain a British imperial possession into the twentieth century, adding both regional influence and a new long-term defence commitment.

The added ships would make Japan's accepted treaty limit much harder to negotiate, because asking it to scrap them risks crossing a national red line.

Britain would be shocked and rearm heavily, but the immediate consequences could reach into North Sea control and the wider war before any post-war treaty was possible.

They would devastate the German fleet and spur Britain to build still larger ships, disrupting the entire later treaty framework.

Venice stood out, but the Ottomans, Spain, Barbary powers, and the Knights Hospitaller also formed a genuinely multipolar maritime environment.

Spain might develop a larger carrier arm, but it would remain a NATO-aligned capability rather than a tool for a separate expansionist policy.

They would give Britain a fast, heavily protected force able to catch German battlecruisers and inflict severe losses.

Yes, especially for his detailed warship illustrations and the breadth of his work as an artist, editor, and author.

Start with Gardiner's Frigates of the Napoleonic Wars and Winfield's British Warships in the Age of Sail 1793-1817.

They would improve overseas commerce raiding, but France would lack the battleships needed for Mediterranean confrontation.

They would add firepower for shore targets, but would require a larger ship and still would not make a monitor effective in fleet combat.

Yes in that counterfactual: reusing four stored triple mountings would give Vanguard twelve guns.

Once it is no longer vertical to the keel and hull structure, it is an angled box launcher rather than a VLS cell.

Very dangerous in economic warfare, because fast battlecruisers could conduct surface raids against British trade.

Its strength was a huge escort force whose anti-submarine work was essential to the Battle of the Atlantic.

Probably improved Lord Nelson-type ships at first, but the same advances in ranging, guns, and hulls would still press toward a dreadnought-like solution.

Batteries: a submarine can adapt different engines, but it cannot operate safely or effectively without workable, non-lethal energy storage.

Because recent missile-cruiser and Long Beach design work matched the new mission, while Alaska's gun-and-armor structure did not.

It was meant to improve access to southern ports and mineral exports, but the expected trade could not justify the construction cost.

It depends on the historian: either around 1689 and the Nine Years' War or around the post-Spanish-Succession settlement of 1714.

Submarine reactors face unique safety and buoyancy constraints, while surface ships vary mainly by power demand, reactor count, and hull arrangement.

Surface ships are unlikely to go beyond eight inches; anything larger belongs to science fiction rather than a likely naval programme.

No single book is identified; the change is linked to NATO-era standardization of British, American, and allied terminology.

The United States would be astonished and heads would roll because the submarine had penetrated several guarded maritime approaches undetected.

Roughly 27,000 tons for carriers, 40,000 for capital ships, and 15,000 for cruisers, with a larger carrier allowance than the historical treaty provided.

Yes. Royal Navy and other naval boy schools trained orphaned or disadvantaged boys for service and a skilled livelihood.

Yes, concepts continue to appear, but the gain in volume of fire must justify the accuracy and mounting complications.

Probably Super Hornets and Growlers, unless an Anglo-French naval aircraft was developed instead.

Promotion would be likely, but the prize money could make him wealthy enough to retire as a country gentleman or pursue politics.

No clear benefit is identified; the outriggers add structural complication and can undermine rather than improve stability.

Only through such an extensive redesign that it would effectively become a new carrier aircraft called Tornado.

Generally no; properly functioning cold ejection clears the ship, while an angled cell adds complications and does not cure a major launch failure.

Probably Hedgehog per attack, although depth charges were used far more often and likely caused more total sinkings.

Its subdivision and machinery arrangement are fundamentally different, giving a cruiser more internal separation than an enlarged escort.

Mostly amphibious operations and troop movement; the speakers find relatively few major stand-alone naval battles.

Long Beach was a large nuclear cruiser, but her roughly 15,500-ton displacement remained only about a quarter of a late-service Iowa-class battleship.

Only if navies again field a clear cruiser hierarchy; otherwise the name has little analytical value beyond a very large surface combatant.

It could be built with enough money, but geography, ice, locks, and existing railways make it very hard to justify economically.

Their value is the mobile base itself: it supports evolving aircraft, drones, maintenance, fuel, and weapons wherever a force needs them.

Some nuclear escorts are useful for sustained high-speed operations, but most escorts can remain conventional to keep the fleet affordable and flexible.

Potentially useful if perfectly installed, but unreliable adhesion could make the boat noisier and harder to maintain rather than stealthier.

It suits an existing willingness to ram, but developing a safe charge, spar length, and detonator would be extremely dangerous.

Small guns can use longer calibre ratios, but very large guns quickly become unwieldy; 45 to 50 calibres is the more practical historic balance for battleship weapons.

A slowdown could be worse than an immediate sinking, because it would expose Bismarck to a much stronger and better coordinated British interception.

Probably for basic operations, although they might need launch-weight limits and a detailed check of hangar and deck constraints.

The F-35 family shares expensive software and mission systems while using distinct structures for conventional, short-takeoff, and carrier operations.

The X-36 is used to illustrate how experimental agility and control research can feed concepts intended to succeed an already dominant fighter generation.

Launching under-fuelled aircraft and topping them off immediately adds tanker demand and slows strike generation, so buddy stores are better used to extend a package.

It pursued counter-projects, but the Soviet collapse and later Russian funding and governance problems left those responses arriving far behind the American development cycle.

Published Soviet theory was an important input, but American computing and broader engineering work were needed to turn it into an aircraft.

It could strengthen the case by making voyages longer, but regulatory and operating costs would still limit commercial adoption.