Patreon 15 - Washington’s cherry trees: the G3 and N3 classes

Michael Clapp, who was technically a captain because commodore was then an appointment rather than a permanent Royal Navy rank.

The encounter is explained through German orders, the psychological effect of Renown's aggressive approach, and the risk that a few lucky hits could overturn a paper comparison.

Because HMS Hermes was expected to provide the spotting-aircraft support for them.

The evidence is inconclusive, but prominent admiral names were plausible because the Royal Navy repeatedly reused them for capital ships.

Changing hull and armor arrangements preceded the wartime experience that shaped the next British capital ships.

No; triple turrets offered a more workable balance of weight, reliability, aiming, and maintainability with contemporary technology.

Britain had useful triple-mount experience, and the G3's 16-inch work directly informed the Nelson-class armament.

British treaty policy paired a high aggregate carrier allowance with low per-ship limits so the Royal Navy could spread aviation across more hulls.

The design narrative connects Dogger Bank, Jutland, and Beatty's influence to demands for more speed, armor, and gun power.

The turret rings made it technically possible, but ammunition storage and the scale of the conversion made the proposal difficult.

Different senior leadership would probably have produced a more conventional capital-ship layout.

A comparison of British and French quad mounts shows how canal limits, cramped machinery, and reliability eroded paper savings.

Yes; the last two R-class orders becoming Renown and Repulse are cited as evidence of that regret.

Rewriting the official Jutland account around Beatty's reputation encouraged misleading design assumptions.

Contemporary design figures show four 32-knot G3 battlecruisers ordered in 1921 before treaty negotiations stopped construction.

The Nelson design demonstrates how triple turrets and a short armored citadel traded firing arcs for thicker protection.

The Nelson layout protected vital spaces efficiently but restricted forward and aft fire when a battle refused to follow the expected geometry.

Not directly; later 16-inch concepts would probably have restored an aft turret rather than repeat the all-forward layout.

The 15-inch gun was proven, and increasing the bore to 16 inches still produced a substantial gain in firepower.

It was considered, but contemporary systems could not provide enough trusted power for the required capital-ship speed.

A compact technical profile sets the Nelson class's 23-knot machinery against nine 16-inch guns and heavy concentrated armor.

Probably not; roughly 20 knots is offered as a more realistic frequent service speed.

The US Navy's required armoured share of the waterline exposed a weakness in extreme citadel economies, and later British designs moved toward broader belt coverage.

A proposed Nelson redesign moves one turret aft to make the ship more adaptable in fast-changing Mediterranean actions.

All-forward batteries saved protected length but exposed a ship to losing much of its firepower in one damaged area.

No; they could operate in the North Atlantic, though the G3 and N3 designs likely would have been better seakeepers.

The placement of Nelson's command spaces made the shock of firing the main battery a practical headquarters problem as well as a structural one.

Because moving the bridge too far aft would make ship control less satisfactory despite the structural savings.

Because it cheaply protected the steel deck, resisted salt water, and provided a practical working and ceremonial surface.

The two designs used nearly equal displacement for sharply different combinations of speed, armor, and gun caliber.

The G3 design was ready first and new battlecruisers were a more urgent requirement than replacing the existing battleship force.

A counterfactual carrier-supported Force Z uses several older battleships to show how visible fleet numbers can compel a larger enemy response.

Probably for many operations, though a faster N3 that retained its armor and heavy guns offered a useful compromise.

Treaty limits barred a simple substitution, and Britain had already given up the G3 programme before the settlement was complete.

A cross-section reveals alternating air, steel, and liquid layers backed by compressed-air counter-flooding measures.

The G3 combined battlecruiser speed with battleship protection, but its machinery and center-turret arrangement limited firing arcs and future use.

A study finding that Royal Navy ships rarely fired aft is qualified because its evidence came from the Grand Fleet's North Sea engagements.

Keeping 48,000-ton G3s in service might have made their size the legal baseline for interwar capital ships and enlarged every navy's design margin.

Battleship procurement connected shipyard employment and public prestige with the Navy's role as the shield of empire.

Nine 18-inch guns promised British superiority but risked setting a new baseline that rival navies would immediately exceed.

They shared technology and experience, especially during the Second World War, but did not generally adopt a common ship-design process.

Fifteen-inch guns could fire much faster, while very large calibers imposed severe shell-handling, machinery, and barrel penalties.

Before radar, visibility and fire control often made the 8-inch gun's extra range less useful than the 6-inch gun's higher volume of fire.

They posed difficulties, but a 6-inch quad was much more feasible than quadruple 14-, 15-, 16-, or 18-inch mounts.

Treasury-Admiralty funding disputes curtailed the work even though the treaties did not directly ban gun development.

Treaty conversion could have produced four large, fast British carriers and established senior carrier commands a decade earlier.

M3 was an earlier design iteration in the sequence that eventually produced the N3 battleship proposal.

The G3 suited a mobile fight, while the N3 became more attractive in a fleet action where armor and heavy firepower outweighed agility.

Possibly, but the actual negotiators did not fully develop that kind of construction-and-employment mechanism.

It would probably have been about the same overall size, with a different British secondary and anti-aircraft battery.

About 72 aircraft in all, illustrated as 36 Swordfish, 18 Fulmars, and 18 Skuas.

Broadly the same kind of value as Nelson and Rodney, but in a larger and more heavily armed form.

Older carriers would support the main fleets and overseas stations, with Hermes and Eagle likely concentrated on the China Station.

They would likely have operated like Hood, moving around the world to intercept major enemy surface threats.