Patreon 38: Evaluating Type 26 Frigates against WW2 ship classes...

The Type 26 grew from the Future Surface Combatant into three national variants, so its role reflects changing requirements rather than one fixed 1990s design brief.

Royal Navy type numbers began as functional designations; Type 26 continues the anti-submarine-frigate lineage rather than simply being a renamed destroyer or cruiser.

It should be better, because considerable design effort went into improving the hull for the anti-submarine role.

The British Type 26 combines Sea Ceptor and Mk 41 launchers with a five-inch gun, sonar, and a mission bay intended to keep later options open.

A finite missile magazine gives a last-ditch gun layer a clear purpose, especially on an expensive escort that might face more incoming weapons than its missiles can engage.

Type 26's full-load displacement exceeds that of some Second World War cruisers, making each of the eight planned British ships a scarce premium asset.

Type 26 is preferred for ASW, FREMM for air defence and close-in weapons, with Constellation as a middle course.

Most pod systems are unsuitable for high speed, while high-speed alternatives are expensive, so conventional shafts remain the cheaper practical option.

The Type 26 mission bay gives later planners a choice between flexible payloads and more fixed capability, including a possible expansion of missile capacity.

Potentially. If an effective laser engagement were possible, the added heating might make the missile deviate, though the idea remains theoretical.

Australia retains the Type 26 hull concept but adds its own combat-system and radar choices, making Hunter a different balance of anti-submarine and air-defence capability.

Use a test barge, such as the Type 45 program's missile and radar barge, to conduct a full moving-platform trial.

A ship's VLS capacity is not always its everyday missile load; navies can carry a lower peacetime allowance and fill cells for a high-risk deployment.

City, Hunter, and Canadian Surface Combatant share a lineage, but displacement, crew size, radars, sonar, launchers, and expected missions diverge.

No. The plan is to keep the batches as similar as possible so they remain cheaper to build and support.

Its point-defence fit is adequate for its intended anti-submarine role because Royal Navy Type 45 destroyers provide the task group's area air defence.

For a smaller navy, a sizeable single class can simplify training, maintenance, infrastructure, and force generation more effectively than several specialized small classes.

A Royal Navy force model has Type 31s holding distant stations while Type 26s pair with air-defence destroyers and protect the carrier force or the strategic submarine mission.

Britain planned to move relatively recent Type 23 upgrades onto later Type 26s, using refurbishment and transfer to stretch a limited procurement budget.

No. They began as the same anti-submarine design; some were later changed by removing the towed-array capability to reduce costs.

StanFlex separates a ship's module positions from the weapons bought for them, making reconfiguration easier but usually accepting fewer weapons in a given space than a specialized fit.

No. They would cost far more to run than cutters or offshore patrol vessels, while the Navy needs its escorts for higher-priority roles.

Australia's wartime fleet leaned toward cruisers because vast distances demanded credible ships with range and presence, but the navy could not crew a large number of them.

Canadian construction rules, yard tooling, and the limits of FREMM's general-purpose balance complicate proposals to divide the surface-combatant program between different frigate types.

Type 26 rates especially highly for anti-submarine warfare because quieting, machinery rafting, hull form, and the entire design process all serve that mission.

The Canadian Surface Combatant is framed as a general-purpose frigate: anti-submarine-focused but equipped with enough missile and radar capability for a limited area-defence role.

The operating environment is difficult and navies are reducing technical and program risk before relying on the capability.

The wartime Royal Canadian Navy combined a small cruiser and escort-carrier element with a vast force of destroyers, frigates, and other escorts, becoming one of the world's largest navies by 1945.

The Merlin and Canadian helicopter discussion illustrates a distinction between long-range independent prosecution and an aircraft working closely with the ship's own sensors and drones.

Australian regional distances, Canada's Atlantic-Pacific balance, and Britain's global commitments create different demands for the Type 26 family.

Mk 41 launchers make Type 26 useful for land attack, though detaching scarce anti-submarine escorts can weaken the task group they were bought to protect.

Not at the time of the talk; most Chinese boats were relatively noisy conventional submarines, limiting their ability to sustain that kind of campaign.

The Second World War Town-class cruisers were powerful six-inch-gun general-purpose cruisers; the modern City class shares the name but serves through sensors, missiles, and anti-submarine work.

Britain's City-class name has a clear Town-class lineage, while Australian and Canadian choices must reconcile looser precedents with national and political meaning.

The Australian and Canadian versions resemble modern all-round Tribals: escorts able to handle air, submarine, and surface tasks while carrying more weight than their label suggests.

For the Royal Navy, the closer spiritual comparison combines Dido's broad fighting utility with Black Swan's anti-submarine purpose.

Watch the Type 83: it will probably be called a destroyer even if the difference from a cruiser is very small.

The British ship is an anti-submarine element of a carrier task group; Australian and Canadian ships add broader air defence so they can contribute usefully to allied groups.

Arleigh Burke destroyers inherited more anti-submarine responsibility after the Oliver Hazard Perry frigates left service, despite being designed around air warfare and broader destroyer tasks.

The decision remained open, though an LHD design could eventually be selected.

It could be a Type 31-derived mothership for distributed mine-warfare systems rather than a direct Type 26 substitute.

Primarily in the Littoral Strike Groups, with room for additional arrangements.

No. Its short range makes it a close-in weapon for this system, which begins with point-defence missiles such as ESSM and Sea Ceptor.

The video's rating method counts the number of substantial missile-launch positions, avoiding inflated comparisons based on quad-packing or hypothetical loads.

At least two turrets, ideally twins, would be preferable if power generation, ammunition supply, and the technology itself make that layout viable.

In theory some U.S. ships can, but in practice it is rarely exercised and most navies would need to reload in port.

Each navy's choice fits its own doctrine; in British service, Merlin is likely to concentrate on ASW-focused Type 26 while Wildcat supports more general-purpose escorts.

Probably not. They would normally operate as part of a carrier strike group, with occasional detached missions.

Carrier aircraft can be rearmed at sea more readily than a ship's VLS can be refilled, making the carrier a flexible source of repeated air-defence, strike, and anti-submarine sorties.

It is technically possible, but the conversion and a suitable naval aircraft would be prohibitively expensive compared with continuing to operate the F-35.

Britain had not yet fixed or cut a final F-35 total; the eventual number would depend on operational need, cost, perceived war risk, and political consequences.

Cammell Laird is the likely yard, but its dry dock and the carrier's British base facilities would all require costly expansion.

Two guns impose more maintenance, but their extra firepower and redundancy become important when a ship may fight alone and outnumbered.