Live: What the Royal Navy's Type 83 Will Not Be: AKA Reality of Future Air Dominance System(FADS)

Deeper missile magazines, FADS, anti-submarine warfare, and land attack point toward a larger hull with substantial computing capacity.

A distributed-missile concept is tested against sensor vulnerability, rearming, diplomacy, and independent global deployment.

Type 83 is placed within an expected 12,000-to-15,000-ton generation, while larger American concepts reflect different expeditionary demands.

The York and Exeter cruiser example shows why a cheaper smaller design can fail when it must fill the same prime fleet role.

Limited British ground-based missile coverage may give Type 83 a land-defence burden alongside fleet air defence and global deployments.

VLS cells, NATO build standards, battle-staff space, command systems, uncrewed-system control, and redundancy all add volume.

The concept's 57 mm and 40 mm guns leave open the possibility of a 5-inch weapon and additional close-defence mounts.

Directed-energy weapons need power, while Chinook-sized aircraft and possible Osprey operations expand the aviation requirements.

Aircraft coordination, an estimated thirty-person command staff, and supporting missions add requirements beyond Type 83's weapons.

Extra generating machinery and already-running mirrored computers reduce the operational effect of individual failures.

Deleted generators and VLS space on Type 45 provide a warning against removing redundancy and growth margin from Type 83.

Type 26's ASW specialization and the modest dimensional changes in its export variants leave substantial redesign work for a FADS command ship.

Hunter's radar topweight and the reshaped Batch 3 Type 42 hull illustrate why a stretch affects more than length.

The reply is uncertain about the crew allowance, while clearly describing fuel as excluded.

Britain lacks the large amphibious assault force that would justify battleship-scale naval gunfire support.

It should be bigger, more powerful, and much more advanced because it belongs to a later technological and operational generation.

Only with major escort and protection costs; the near-term practical answer is to give key warships more missile space.

Usually it means short-term accommodation or maintenance access on a primarily uncrewed vessel. Supported task-force operations are more practical than independent global deployment.

Very little; the class largely predated him, and he later used it as an example of what not to do when developing the Crown Colony cruisers.

It was too expensive for patrol duties and not capable enough for frigate or destroyer duties.

Not in any simple sense. National requirements differ, while continuous shipbuilding is a stronger predictor of affordable, capable designs than a single NATO baseline.

Probably later than hoped unless Britain expands complex-warship yard capacity while extending Type 45 service.

Methods vary by ship and equipment, including refrigerants and seawater heat exchange, while designers also try to limit thermal detectability.

They draw on abandoned BAE concepts combining Harriers with destroyer functions; reviving that combination is judged here to be a poor direction.

Possibly, but partners should be chosen by capability and compatibility rather than limited to Europe, where national industrial priorities can also create difficulties.

It should inform planning without dictating it, because the ship's long development horizon will span several governments and potentially very different alliance conditions.

Yes, according to the reply, which recommends asking Kate Jamieson for them.

They work on both, but the resulting studies are not always adopted or even listened to by decision-makers.

No. Type 83 needs air defence and credible offensive capabilities, because a ship that can only defend itself is of limited use.

It is a substantial design, but 96 VLS cells may still be limited and its concept must adapt to Germany's renewed defence priorities.

Kraken can screen larger ships against drones, but scaling a small craft to carry major-warship sensors, weapons, and power systems turns it into a different vessel.

Global remote fleets move command, bandwidth, and survivability problems into shore facilities, satellites, or speculative submarine links.

Uncrewed escorts are most useful as sensors, decoys, and close-defence layers coordinated and supported by crewed frigates or destroyers.

A proposed frigate-centred screen combines several towed arrays with helicopter and UAV searches supported by local reloading.

The proposed escorts add close-defence weapons and could generate large radar or thermal signatures to draw attacks away from the force.

Port-access restrictions and the absence of a nuclear carrier weigh against British nuclear escorts in this assessment.

Very large Type 83 concepts need yards, logistics, skilled workers, and industrial networks capable of sustaining them.

Personal comparisons of health administration lead into an argument that naval investment can support skilled jobs, research, and civilian technology.

Project 18's proposed 14,000-ton hull, 144 VLS cells, and 10-to-12-ship program illustrate how operational needs and steady domestic production shape a future destroyer.

A drone-mothership option combines air-defence command, VLS capacity, aviation facilities, and a dock able to service larger uncrewed escorts while underway.

A 192-cell sketch allocates space to ballistic and hypersonic defence, land attack, close defence, and regular air defence before dedicated anti-ship or anti-submarine missiles are counted.

The discussion considers depth-charge-like gun ammunition against underwater drones, followed by active anti-torpedo defence.

They are examples of the required roles. By the 2040s, evolved or replacement missiles are expected, with their exact designs and partnerships still uncertain.

It is being rushed, but mainly to fill a capability gap and reset the frigate baseline after LCS and Constellation problems, not simply for an election.

No. Electronic warfare and signals collection should be built into warships across the fleet.

Its value depends on wider adoption, because a modular system needs enough users and modules to reach critical mass.

Not by itself; American political hurdles matter, but Britain and Australia also have constraints that make AUKUS a shared implementation problem.

The Royal Navy assigned number bands to broad roles, with 81-99 denoting general-purpose warships capable of air defence, land attack, anti-submarine work, and independent operations.

Some surge space exists, but using it would require investment, maintenance, staffing, and double shifts rather than simply assigning new hulls to empty slots.

Virginia remains in active production, while Britain is winding down Astute construction and focusing its submarine yards on Dreadnought.

Yes. At least 32 cells usually offer much more magazine depth and flexibility for relatively little additional system cost.

Frigates are generally optimized for ASW, destroyers for air defence and radar stability, while today's cruiser role is often performed by large destroyers and other independently deployed escorts.

A smaller battery is rejected in this assessment, which also considers the sixteen-cell older-design baseline insufficient.

To an extent, yes; the Burke's broad competence makes smaller US warships grow toward it or become unusually specialized to justify themselves.

It is interested, especially as expeditionary operations grow, but nearby ports currently reduce the need to push the capability as hard as the US Navy.

Common full-length cells distributed around the hull maximize loadout flexibility and retain weapons after local damage.

Build roughly a dozen as a bridge, cover part of the LCS gap, and use the time to develop the next frigate more deliberately.

Yes, alongside other practical gun and remote-weapon options that can complement future laser systems.

Not long; vessels around 300 to 400 tons are expected relatively soon.

Yes. Removing operators shifts demands into handling unexpected events, onboard computing, software updates, and protecting remote links.

No; the ships were designed around single 7.5-inch mounts, while the available 8-inch weapons used twin mountings that did not fit the arrangement.

Yes. They can fill the lower-tier sloop and escort-destroyer role around crewed auxiliaries and warships.

The brief comparison judges them broadly similar, then proposes nuclear base power with gas turbines for additional demand, subject to nuclear port-access restrictions.

Probably not; a mixed supplier base helps preserve independence and interoperability, particularly with Saudi forces.

Probably about six to nine months, broadly matching current Type 45 deployment patterns.

Unlikely in this assessment, because Britain is developing its own AESA radars. Fixed panels and their number of faces remain possibilities under discussion.

A larger ship would be welcome in this proposal, but 192 cells is the target considered realistically attainable.

The answer rejects forklift access in the pictured arrangement and notes that smaller ships do not normally carry forklifts.

They may be completing paperwork after changed voyages or waiting for limited berth space, not necessarily delayed by the oil purchase contract alone.

The suggestion is to ask about curry night and 'scran', without treating the answer as proof of service.

In the near term, the money is more likely to support the war in Ukraine than to finance a direct naval replacement program.

No. Warship categories are relative to the technology and role spectrum of their own era, so later growth does not retroactively turn earlier destroyers into frigates.

To maintain the state's ability to build ships and provide coastal security, presence, and naval capability.

Not sensibly; two propulsion architectures inside one class would create avoidable maintenance and training burdens.

They can use both, preserving redundant paths and different cable properties against damage.

The title is overstated, but Alfred can reasonably be credited with the first professionalized English navy rather than the later Royal Navy as an institution.

No. Submarines cannot replace surface ships in escort, formation defence, presence, and visible power-projection roles.

No. FDI is France's light frigate; its planned large frigate and air-defence destroyer successors are the relevant comparisons.

Such a carrier is unlikely to be attractive because air-wing coordination appears to reach practical limits near 96 to 98 aircraft, achievable on smaller 100,000-ton hulls.

The illustrative menu starts at 12,000 tons, with 15,000 tons as its second-smallest option. The separate fleet recommendation is roughly twelve ships.

Richard Woodman, Douglas Reeman, and Patrick O'Brian are suggested, with Alan Evans also mentioned tentatively.

Not necessarily; future air wings will mix crewed aircraft and very different drones, and loyal wingmen may change missions without requiring every carrier to become a supercarrier.

Yes; India's larger planned destroyer force makes a strong case for Britain, with wider global commitments, to consider more ships.

That is the expectation expressed here, but no project or timetable is supplied.

It needs one when maritime trade and sea access are central to its economic and national security.

Automation can reduce crew demand, but demographic and family policy will also affect the future recruiting pool.

The closing interpretation connects concentrated housebuilding and land banking with a conflict between business incentives and national needs.