The 18in Gun HMS Agincourt and UAD video comment response (Long Patrol)

An imagined modernised Queen Elizabeth-type battleship carries six 18-inch guns into a simulated duel with a Bismarck analogue.

The concentration of forward armament constrains the available internal arrangement; moving funnel and machinery spaces helps, but a real hull would need tailored changes.

This report credited larger guns, but four-inch batteries have been effective in other engagements and cannot be judged from one display alone.

Most would probably have been replaced, transferred, or relegated because the Royal Navy was already moving toward much heavier-gun ships.

Not necessarily; equipment choices such as radar can change the simulation, so one battle's accuracy should not stand in for historical rates.

An operational British 18-inch battleship could have influenced Hood's armament, the Nelson class, and the calibre allowances negotiated into later naval treaties.

A two-knot advantage does not automatically let a battle line cross an opponent's T, while three or four knots offers more tactical freedom.

Troubridge's freedom was limited by direction from London, while Arbuthnot acted with less effective supervision and might have benefited from senior intervention.

Fleet roles matter, but combat is untidy: secondaries address likely secondary threats when escorts are absent or cannot keep them away.

The simulated Agincourt records 25 per cent main-gun accuracy and displaces about 39,000 tons, around 5,000 tons above the quoted Queen Elizabeth-class figure.

A German battleship inspired by Baden and Bayern uses triple 14-inch guns because UAD's 1916 technology set does not yet offer the historical 15-inch calibre.

The choice balances rapid engagement, shell effect, mounting availability, expected targets, and whether a navy can afford specialised weapons.

The Royal Navy receives roughly two-to-one or four-to-three superiority to represent the numerical advantage expected in a battleship action.

The limiting factor is the lack of a suitable upper-deck mounting, not the existence of the 4.5-inch gun itself.

No; some French proposals were at least as plausible as the unbuilt super-ships commonly explored for other major navies.

Yes; its 9.2-inch and six-inch armament, speed, and protection form a package designed to defeat cruiser-sized opponents.

Trial figures may exceed normal sea-going performance, so tactical planning should use the speed expected in service.

They were strong, but the construction method added weight and made savings elsewhere in the ship more valuable.

Yes. Tiger's layout, machinery, and six-inch armament fit a purpose of engaging enemy battlecruisers more closely than the earlier distant-station role.

In this model, heavier shells tend to worsen barrel wear, accuracy, or displacement, so standard shells give a more reliable compromise.

A 30- or 32-knot Tiger would pressure later battlecruisers to become faster and widen the competition over speed.

No; it is largely build-your-own, but near-equivalent components can still illustrate the important design choices without exact replicas.

Not really; each side wanted favourable concentration, with Germany seeking an isolated British force and Britain seeking to exploit its overall numerical superiority.

No. Torpedo ranges in the early dreadnought period were too short for that manoeuvre.

Concentrating triple turrets forward can let designers organise the hull efficiently around known machinery, magazine, and armament zones.

After Hibernia sinks, the simulation leaves the chain of command and the successor flagship unclear.

An all-forward battery can let a ship turn onto an enemy's stern while keeping its own guns bearing, but it also creates firing-arc limits and vulnerable blind spots.

Replacing an internal torpedo chamber with deck mountings recovers hull space but leaves exposed explosives that require careful siting and protection.