Bilgepumps does Battlestar Galatica Deadlock for Navy Con 2/2

Second World War anti-aircraft fire is compared with modern close-in defence. Air-bursting medium-calibre guns could create a larger and more useful interception volume than solid shot.

The Type 31 discussion links medium-calibre air defence with developing 30 mm anti-torpedo fire, showing how gun systems may protect a task group in more than one direction.

Building a fragment barrier changes the design problem from aiming one gun precisely to sustaining enough guns and ammunition to fill an engagement volume.

Battlestar Galactica's flak screens prompt a look at how, without gravity, successive bursts could leave an incoming missile to cross multiple waves of fragments.

Chaff may serve as radar deception, a physical hazard to high-speed missiles, and a source of false returns that could make autonomous guidance overreact.

Stealth-sized radar returns may revive chaff as a decoy. Radar and infrared fusion would then begin another countermeasure cycle.

Gun and decoy layers may preserve scarce defensive missiles for later engagements after the first incoming salvo.

A speculative cruise missile carrying a torpedo becomes a way to force defenders to choose between their best anti-missile posture and their best torpedo-avoidance manoeuvres.

The torpedo-carrying missile becomes a procurement weapon as well as a battlefield one because it could force an opponent to restore bulges, strengthen hulls, or replace vulnerable ships.

No single platform is treated as the future of naval warfare. The proposed carrier-centred force combines aviation with escorts, cruisers, and unmanned systems.

Carrier-centred Pacific lessons are contrasted with the Atlantic, where the Royal Navy's ability to deter German sorties shaped events even when major fleet battles did not occur.

The game's stealth battlestars become an analogy for submarines: effective when hidden and launching the first strike, but disadvantaged once located and forced into a stand-up fight.

Science-fiction lasers lead into a procurement caution: a promising technical solution can consume decades and budgets while a less elegant layered defence may be available now.

The Strategic Defense Initiative and a laser-equipped Boeing 747 illustrate how compelling beam weapons can outrun the engineering maturity needed for deployment.

Fragments from an air-defence barrage could fall into the sea and force an incoming torpedo to approach below the debris field.

A useful defensive technology still has firing-arc, gravity, communication, and formation constraints that an opponent can exploit.

Destroying satellites could create cascading debris that attacks the communications and navigation infrastructure on which a networked fleet depends.

A deployable EMP weapon might disrupt incoming guidance systems, but the discussion stresses that poor control could disable the defending force's own electronics.

EMP's strategic value may lie in forcing costly hardening and exposing a military's dependence on civilian infrastructure rather than assuring a battlefield kill.

A fleet may survive an electromagnetic event aboard ship yet remain unable to deploy if civilian power, fuel transport, communications, and repair systems fail ashore.

The conclusion argues that fictional warfare can broaden military thinking, provided its ideas are tested against real engineering, operations, and the long history of failed weapon schemes.

The M247 Sergeant York testing anecdote shows how an anti-aircraft concept can fail when sensors and system integration cannot distinguish the intended target.

Sea Slug, Japan's Type 3 shells, and the unrotated projectile show how spectacular or clever air-defence schemes could reach service without delivering their promised battlefield effect.