Still Trying to deal with the Inadvertently Created Super Bismarck

The stream opens by turning a viewer's counterfactual into a design contest between a heavily modernized Queen Elizabeth type and the earlier super-Bismarck model.

Fitting fifteen 16.5-inch guns forces compromises among armour, underwater protection, machinery, range, secondary guns, and hull balance.

Once the main battery and basic protection fit, the remaining displacement and deck space must accommodate the modernized ship's secondary and anti-aircraft weapons.

The fifteen-gun Queen Elizabeth derivative has theoretical volume of fire, but an early hit destroys its main tower and leaves it unable to exploit that advantage.

Potentially as a convoy escort; an early type would not beat a modern battle fleet, but a later Lord Nelson-like ship could handle a Panzerschiff-type opponent.

The failed first duel sends the design back to the yard, where a wider hull and a stronger main tower must be balanced against machinery efficiency and forward weight.

The ship-design comparison tries to model Bismarck at the best level German industry could plausibly support rather than handicapping the opponent.

Retaining all five triple turrets preserves the fifteen-gun battery, but it crowds the refit and leaves the modeled hangar doors without a practical aircraft-launch arrangement.

The game's turtleback model makes the German battleship extraordinarily hard to sink, raising a warning about translating simulated resilience directly into history.

A conversion that removes a turret may be preferable when it frees weight for fire control, protection, and a more accurate ship.

A reported zero-aim bug makes the first duel unusable as a precision gunnery test and explains why Harpoon is reserved for accuracy-focused work.

A lone British-German capital-ship duel is usually a sign that the Royal Navy's wider operational advantages have broken down.

The first duel becomes a lesson in ammunition endurance when Bismarck expends its main-battery shells before destroying the badly damaged British ship.

The larger gun was available and would have made Dreadnought more powerful, but adopting it traded the proven Lord Nelson turret shortcut for possible cost and schedule delay.

Combining superfiring turrets with 14-inch guns would have made the first Dreadnought resemble an Orion-era ship years early and widened Britain's opening lead.

Removing the central turret and adding a secondary fire-control position produces a far more effective ship, although closing the range too early still creates danger.

An 18-inch-gun Argincourt would likely provoke American and Japanese replies and make later treaty limits far harder to negotiate.

Cruisers might plausibly move to 9.2-inch guns, while 12-inch battleships would lose credibility if a cruiser could approach their firepower.

Fleet oilers matter so much in the Pacific that losing them can be more damaging to operations than losing a carrier.

A second counterfactual turns the 18-inch concept into a 28-knot, twelve-gun design whose hull form, gun length, protection, and loading system must fit one displacement budget.

A way to share UAD designs is still being investigated; the game is useful for quick visual experiments, while Harpoon remains the tool for accuracy-focused testing.

German naval radar suffered from bespoke, one-off procurement choices rather than a consistent production approach.

The stream uses Yamato and Musashi to underline the destructive potential of 18-inch shells once they strike a target.

Severe flooding, list, machinery damage, and ammunition loss should destroy combat effectiveness well before a battleship finally sinks.