Bruships 221: Naval History Questions Answered Live...

Ship curries and cookbooks preserve naval identity, while pastry distribution reveals differences between officers and ratings.

Barbecue is contrasted as an Australian naval tradition and an occasional US Navy event, with individual ship rubs suggested by analogy with Japanese curries.

The Soviet Union was not yet at war with Japan and lacked forces positioned to occupy the home islands, although a longer war could have created an opening in Hokkaido.

Visible production is encouraging, but the programme is assessed as roughly a decade late, with continued funding still a concern.

Attend an open day, speak directly with the academics, and use their advice to align preparation with what the department actually expects.

The analogy suggests more guns at the cost of flight-deck space, although a proposal for multiple hangar openings is challenged because the Venator already has them.

The assessment is conditional on operational experience and follow-on construction, with range and travel time remaining constraints on the drones.

The initial response expands into a wider rebuild with protected command spaces and revised gun positions, provoking objections about existing secondary bridges and three-dimensional fire coverage.

The critique centres on a carrier-task-force requirement, repeated design changes and the capabilities that a proposed replacement would actually need.

A conditional deterrence argument explains why a fleet could need reserves for a prolonged conventional Pacific war.

The example recalled is a Norwegian ruling that placed the handler below the mascot in rank, preventing responsibility from being assigned on the basis that the handler commanded it.

The favourable assessment concerns the hull, power and crew-support systems; the criticism centres on attaching weapons programmes that did not deliver the intended capability.

Ships had backup generators early, but they were fixed in place until machinery became compact enough to be genuinely portable.

Its power supply was considered adequate; the criticism concerns an overly ambitious weapon requirement compared with Japan's smaller, more focused railgun project.

Guided ammunition would be expensive because its electronics need protection; a simple unguided projectile is expected to be much cheaper.

Reducing the Zumwalt ship order removed much of the expected market for its guided gun ammunition.

The comparison depends on the missile; the prices can approach each other, while the expectation of a cheap shell makes its cost especially controversial.

No; nominal caliber does not overcome different chamber, projectile-length, and barrel requirements between naval and land artillery.

It is described as considerably cheaper because of production scale, but no exact price is given.

It would give the US Navy a much larger scout-cruiser force and a wider design lineage, though some period proposals combined high speed and heavy guns with very low freeboard.

The consulting account identifies incompatible government requirements as the problem: the companies had been directed towards different air-warfare, ASW and general-purpose roles.

The existing three-part screen could not support itself safely; stronger destroyer pickets and east-west covering forces with close transport protection would have offered better warning and mutual support.

The answer challenges that assumption by citing only one known submerged submarine-on-submarine kill.

The categories overlap because aircraft and escorts cue one another; effective ASW combines wide-area patrol aircraft, persistent ship sensors, and helicopters for prosecution.

The comparison is accepted for the narrow categories being discussed, with Dreadnought's ramming kill as the named example.

The idea is treated sceptically because protecting a nuclear package from the railgun's electrical and electromagnetic environment would compound difficulties already faced by guided rounds.

The French PA6/PA9 alternatives offered the weakest case, while Chatfield's small carriers diverted effort from a more capable light-fleet design.

Dr. Clarke expects little legal action, while a viewer raises DoD protection for shipwreck survivors; the exchange debates enforcement and possible official defences without establishing that the strike was lawful.

Great Lakes warships from the War of 1812 are the main suggestion, with Paraguayan monitors added later; the exchange does not establish a measured record.

The Arsenal belongs on a naval-history itinerary; an inexpensive Charles River overview is a practical introduction, while a heritage volume is stronger on reuse than operational history.

They are judged worn enough to make further service extension undesirable, without a detailed condition survey.

The emphasis is on the Gannet's dependable British equipment and availability; consideration of the Viking for CVA-01 is recalled tentatively, while the S-2 receives no separate assessment.

A stern launcher would conflict with approaching Harriers and helicopters; the bow position gave pilots better warning of launcher activity and a less troublesome place to manage debris.

The tentative answer favours continuity in the Yugoslav Navy and doubts it in the Croatian Navy; no specific examples are supplied.

The estimate is decades for whole hulls printed aboard ship, with small components and modular elements considered more practical earlier applications.

They exceeded their publicly narrow design scope but proved surprisingly ready for carrier work, suggesting designers anticipated broader use; their real weakness was limited growth space.

Printing replacement components aboard ship requires a stable process and enough electrical power.

A larger original design would have made the extension unnecessary by providing substantially more length, beam, displacement, and flexible internal space from the start.

The oxidizers are dangerously reactive and difficult to manage aboard a submarine, with the Japanese Long Lance experience illustrating how oxygen makes surrounding materials far easier to ignite.

Crossing-the-line ceremonies stand out to outsiders, but they apply to anyone new to the equator and temporarily let experienced senior ratings direct even high-ranking officers through the ritual.

Informal mess customs provoke disagreement about hygiene and changing expectations aboard ship.

The participants disagree over the immediate constraint: freshwater production is raised, while Dr. Clarke identifies water-heating capacity in the example being discussed.

They could give humanity overwhelming power, but the replies disagree about its benefits and warn against trusting high command with it.

The disruption is judged more manageable for Italy because its production line is active, and later replacement ships could incorporate desired changes.

The replies distinguish possible informal interest from an official purchase, and use an imagined shipyard visit to question whether publicity would produce action.

Cost, aggregate treaty tonnage, and readiness cycles encouraged more hulls of smaller size, even though growing modern mission requirements favour larger destroyers.

A proposed common SSBN and SSGN fleet connects development costs, missile-tube inserts, and resilience when a submarine is unavailable.

It was worth investigating and might have produced a useful weapon if engineers could achieve a rapid cyclic rate and reliable automatic loading.

Cadre crews on reserve ships are proposed as a way to retain experience, support families, and train reservists.

The practical comparison is between initial operation and maturity after experience, personnel development, revised procedures and repeated crew cycles; formal criteria vary by programme.

The ramming analogy is rejected for deep-operating modern submarines. A separate argument attributes the symbolic appeal of large guns to their immediately visible scale.

Only if he deliberately investigated the opponent, although his interest in accurate songs and reputation makes that research plausible.

The angled deck entered essentially from the beginning because Forrestal's design matured just as the concept was being adopted across carrier aviation.

A derivative is considered viable, but the claimed loss of construction jigs would reduce the benefit of reusing the design; no detailed restart estimate is provided.

Naval drones also grow as range, saltwater protection, sensors, and multiple missions accumulate, so they may require large decks rather than preserving small carriers.

The drone comparison separates disruption of electronic links from misleading the information used by either a computer or a person.

The example is suspiciously consistent information: an experienced person may question it even when each individual reading appears acceptable.

The example's 500-1,000-metre range is too short for the wide-area naval scouting role being proposed.

An explanation of ocean scale shows why concentrating merchant ships can reduce exposure while making escort practical.

A Portsmouth visit exposes mistaken assumptions about Victory's size and Belfast's light-cruiser classification.

General-purpose damage control is hard to automate because casualties are unpredictable, power can be lost and repairs require access, tools and adaptability; no deployment date is given.

Powered assistance is considered as a way to give a sailor greater strength while keeping human judgement at the scene.

The participants remain sceptical: a controlled display alone does not establish the independent capability needed for practical shipboard work.

Reduce the ground-force allocation and use the released capacity for a stronger fighter complement, including better fighters such as the TIE Defender.

Rolls-Royce and GE recur in naval propulsion choices, with machinery supply tied to the platform's industrial origins.

The corrected armament of eight 10-inch guns is judged difficult to fit within 143 metres once barrel dimensions and ammunition are considered; a substantially larger ship is suggested.

A demanding boarding mission could justify them; otherwise the suggested alternative is a smaller specialist team supported by cross-trained sailors.

A worked watch calculation uses almost the whole Leander crew before providing senior command and engineering staff.

Historical marine gunnery duties provide a comparison for deciding whether a fictional detachment can also operate the ship's weapons.

Star Trek's Intrepid-class complement prompts a comparison with the cooks, medical staff and senior specialists needed aboard a long-range ship.

The fictional specification clarifies marine duties but still leaves questions about classification and the amount of equipment fitted.

HMS Hermes fits the wartime design requirement: she was ordered and laid down during World War I as a carrier, though she was completed after the war.

The torpedoes would help, but reliable spotting, reconnaissance, and radio reporting could matter even more by locating the High Seas Fleet and improving British information.

The game example lets a player accelerate later hull research, illustrating how technology progression simplifies ship development.

Cruiser functions already exist in large destroyers and frigates; the suggested explanation for avoiding the name concerns its associations with imperial power.

A mine-carrying insert is conceivable; the preferred alternatives use submarine torpedo tubes or aircraft to avoid diverting an SSBN or SSGN.

The assessment is broadly favourable for their original roles, with qualifications about age and sensor performance in the Falklands; the missiles are not given identical combat records.

An initial 8-inch weapon is expected because larger-gun manufacturing capacity is limited.

Captain Coward was conspicuously ill-named because he was known for aggressive action, while Captain Manly Power offers another memorable historical name.

Yes, when the aggression creates a disadvantage without a worthwhile gain, especially in a peacetime encounter that could escalate.

The larger, roughly 28,000-ton proposals appeal for their additional aircraft and layered missile defence, though they remained proposals rather than the eventual Invincible configuration.

A replacement is expected, but its identity is left open. The subsequent Japanese-frigate suggestion belongs to a wider discussion of regional procurement and ASW needs.

No example is identified in the live operator check; a possible conversion is not evidence of an operational variant.

It is considered possible, with doubt that an extension alone would necessarily have avoided the gap.

A settlement remains possible. Moving into GCAP would require agreement with partners whose industrial shares are already allocated.

The recalled disagreements concern participation and financial contributions, without establishing final negotiating terms.

The exchange does not establish that conclusion. Financing, delivery timing, operational requirements and technology security can produce different procurement paths, and the contract details remain unclear here.

Hermes remains the suggested purpose-built answer, with Argus relevant as a conversion and Vindictive judged less successful.

They are praised as a practical conversion of surplus gun and tank hulls into protected infantry transport, with several different vehicles sharing the Kangaroo name.

No timetable is given. Export is considered possible, with technology leakage the principal reservation.

The episode is treated as part of a recurring pattern of promotion and removal, rather than analysed through particular officers or verified allegations.

Sea King was already marinized, compatible with existing Sikorsky experience, and ready for the naval ASW mission, while Puma fit an RAF and Anglo-French procurement path.

Less immediately than his personal power suggests, because he would arrive without a fleet or political base and would probably rebuild covertly before confronting Palpatine.

The preference rests on ease of marinisation, because a VLS cell does not completely isolate the weapon from the shipboard atmosphere.

A near-term J-35 role is doubted, but the technical explanation is unclear and should not be treated as a demonstrated aircraft-ship incompatibility.

It depends on what the applicant brings to the programme.

Operational visibility requirements explain the broad change; joint F-35B arrangements are a further consideration for distinctive naval markings.

Japan gains a battleship advantage large enough to alter Russian decisions, including whether to send the relief fleet, provided reports of Nagato are believed.

She was domestically built in Japan, in contrast to the earlier foreign purchases discussed.

The proposed response combines available guns and emerging propulsion technology instead of assuming an immediate copy of Nagato.

A future purchase is considered possible, with the reservation that sensitive technology could become accessible through Pakistan's other international relationships.

Russia's experience in high-north operations remains relevant; difficulties and commitments elsewhere do not settle what it can do in Arctic conditions.

They are judged useful, with Mexeflote offered as a modern relative of the same ship-to-shore lighter concept.

Yes. People were crushed by supports or moving ships and dragged under hulls; such deaths contributed to demands for safer yard procedures.

The forecast favours a conventional successor drawing on Trieste; carrier size and aircraft arrangements would depend on future fleet choices and F-35B experience.

The Imperium has greater mass and logistical reach in this comparison. Ultimate victory remains disputed, with a united Necron force or temporary wider alliance among the alternatives proposed.

Adaptations against daemons and other warp-related entities are described, making a simple Chaos-versus-Tyranids solution less convincing within the scenario.

Chinese equipment could help, but useful modernisation would also require missiles, facilities, training, funding and enough skilled personnel to operate the force.