Starting off Franco-Italian Battleship race... come see what a Francisco Caracciolo might have done

A game hull for K3 exposes the tension between historical design ancestry and classification by armour, speed, and displacement.

A K3-inspired design shows how armour thickness, displacement, and a 30-knot requirement pull against one another.

A Bismarck-like ship with a destroyed forward turret and heavy list shows why remaining afloat does not mean remaining combat-effective.

A deliberately enhanced Bismarck separates historical specifications from the extra tonnage needed for greater range, subdivision, loading systems, and dual-purpose guns.

Comparing 15-inch and 18-inch guns explains why the jump in calibre reshapes barrels, chambers, loading gear, and turret layout.

No single ratio applies because powders, charges, guns, shells, and required range differ; each firing problem has its own charge arrangement.

A K3 counterfactual explores how exceptionally powerful British capital ships could have altered arms-limitation bargaining.

An AI-controlled charge becomes a clear lesson in using superior gun range instead of entering an opponent's effective envelope.

The K3 is interpreted as a Renown-like fast capital ship scaled to triple 18-inch turrets, shaping how an imagined modernization should look.

A game ship survives the loss of its entire 18-inch ammunition supply, exposing a basic limit in the simulation's damage model.

Side-by-side profiles of HMS Nubian and USS The Sullivans show how superstructure and gun layout distinguish British and American destroyer forms.

The planned Italian fast battleships become a case study in balancing 28 knots, eight 15-inch guns, protection, range, and secondary armament.

The planned Italian class combines 28-knot speed, oil-fired geared turbines, and long range in a demanding fast-battleship package.

Six-inch and four-inch guns, eight torpedo tubes, a twelve-inch belt, and later radar form the historically anchored core of an imagined modernization.

The 35,000-ton treaty ceiling is identified as the pressure behind fitting many 14-inch guns into quadruple mounts.

The French Normandie and Lyon concepts frame a response to fast British super-dreadnoughts through quadruple turrets and different machinery choices.

The proposed French battleship's twenty-four 5.5-inch guns, six 4.7-inch guns, and layered deck protection show how much design weight lay outside the main battery.

A fleet action shows why rapid-firing secondary guns and destroyer screens mattered in the age of the torpedo.

The uncompleted Italian class is presented as a possible trigger for a faster Mediterranean capital-ship competition.

A faster Italian battleship threat could have changed which British capital ships were selected for treaty-era carrier conversion.

An exaggerated Atlanta-style design shows how many rapid-firing five-inch guns can suppress destroyers through volume rather than single-shot power.

Not reliably: mines laid far away can be evaded, while laying them close enough to trap the battleship exposes the minelayer to point-blank main-battery fire.

A comparison of 14-inch and heavier batteries weighs rapid salvo volume against the difficulty of decisive hits and mechanical reliability.

Historical displacement, speed, armour, guns, and cruising range anchor an Alaska-class reconstruction before deliberate departures are added.

An Alaska-versus-Bismarck scenario uses weight of fire to explain why raider designs expected to face superior numbers.

A closing aside connects Italian wartime powder-bag and shell problems to corruption in government contracting and uneven manufacture.