Video
Rise of the Frigate Navies: Why so many nations are going Frigate and why others want them as well!
Study Rise of the Frigate Navies: Why so many nations are going Frigate and why others want them as well!, a Dr. Alex Clarke video from 30 Oct 2026, with 60 time notes. Topics include Anti-Submarine Warfare, Frigates…
Time notes
- 0:00Why the frigate label covers radically different shipsChapter
The frigate label spans small escorts and cruiser-sized proposals, while its reputation for economy shapes how politicians and the public understand a fleet.
- 3:47How wartime construction made frigates the cheaper optionNotable Point
The modern frigate's economical reputation began with a construction compromise that let more civilian yards build capable convoy escorts.
- 5:09Type 26 shows why a primary mission is not an exclusive missionNotable Point
Type 26 combines an anti-submarine design priority with weapons and aircraft useful for air defence, surface warfare and shore support.
- 7:14Uncrewed escorts push crewed frigates into cruiser functionsChapter
Crewing, coordination and firepower demands are pushing large frigates toward the leadership role once associated with cruisers.
- 9:29Pacific distances make missile magazine depth a design problemNotable Point
Long Pacific supply lines and difficult missile replenishment help explain the attraction of larger surface combatants.
- 11:26Frigate fleets already outnumber destroyer fleetsNotable Point
Far more countries operate frigates than destroyers in this fleet-count comparison, putting the apparent rise of frigate navies in perspective.
- 12:59Frigate-built hulls, sailing rates and overseas cruisingChapter
The frigate name moved from hull form toward the smaller rated ships used for cruising and overseas presence.
- 14:33American heavy frigates and the limits exposed in 1812Notable Point
Heavy frigates offered useful fighting power, but they could not replace a battle fleet in the War of 1812.
- 16:28Gloire, Warrior and the frigate's move into the battle lineChapter
Single-deck ironclads retained the frigate name while gaining the armour and fighting power of battle-line ships.
- 18:41Torpedo boats, destroyers and the return of old ship namesNotable Point
Cruiser growth created room for smaller combatants, while the frigate name nearly returned for very different ships.
- 19:38River-class frigates bring sloop capability to more shipyardsChapter
The River class combined greater escort capability with machinery and construction practices accessible to civilian yards.
- 21:22Why destroyer escorts and frigates overlapNotable Point
Different national names and design ancestries make a universal boundary between frigates and destroyer escorts difficult to sustain.
- 24:28Would calling battlecruisers frigates have persuaded Congress?Notable Point
A counterfactual naming question explores whether the prestige of America's original frigates could have helped win support for battlecruisers.
- 25:35Fast-frigate conversions and the Type 12 familyChapter
Postwar frigates emerged from destroyer conversions and new designs that combined submarine hunting with useful secondary capabilities.
- 28:00American Cold War frigates as submarine huntersNotable Point
Brooke, Perry, Bronstein, Garcia and Knox illustrate the American frigate's anti-submarine role within a larger fleet.
- 28:43Why gunfire and missiles need different measures of air defenceNotable Point
Missile kill probability and the disruptive effects of anti-aircraft gunfire offer different measures of protection against attack.
- 30:09Fleet size sets the limits of specialisationNotable Point
A specialist frigate depends on other ships being available to cover the tasks its design gives lower priority.
- 31:24Type 45 and the argument for a general-purpose missile batteryNotable Point
The criticism of Type 45 links its missile capacity and lack of Mk 41 launchers to assumptions inherited from a much larger NATO fleet.
- 33:26Arleigh Burke dominance and the burden of smaller allied fleetsNotable Point
A versatile destroyer force raises the threshold for a new American frigate, while allied reductions increase the work the fleet must perform.
- 40:08Type 23 outlives its Cold War task-group assumptionsChapter
Type 23's long service and expanding duties show what happens when a specialist escort loses the larger fleet assumed by its design.
- 43:36New names and the proposed command-vessel successorNotable Point
Global combat ship and command-vessel terminology illustrate how a new programme name can obscure continuity with the frigate role.
- 45:19Replacement indecision can erode the industry needed to build shipsNotable Point
Repeated replacement studies kept Type 23 in service while deferred orders weakened the shipbuilding capacity needed for its successor.
- 47:42NFR-90's cancellation left usable design workChapter
National withdrawals ended the common programme, but its studies continued to influence later European frigates.
- 49:39Why a Pacific-range F100 adaptation can become a new shipNotable Point
The Álvaro de Bazán and Hobart examples show why a sound existing design can require extensive changes for a different operating range.
- 51:30Strong sensors and shallow magazines answer different problemsNotable Point
Dutch and other European frigates introduce the difference between precise sensing, sustained missile capacity and overseas presence.
- 53:50Horizon and FREMM show what multinational cooperation preservesChapter
Horizon and FREMM connect shared design work with national choices over missile capacity, guns and external appearance.
- 55:44French and Italian FREMMs occupy different places in their fleetsNotable Point
The comparison links French and Italian frigate design choices to the national presence each navy expects those ships to provide.
- 58:25General-purpose FREMMs complicate the single-mission definitionNotable Point
Modern frigates retain their name even when they combine broad combat functions and land-attack capability.
- 59:49LCS speed and competing designs weaken the economy argumentChapter
The LCS critique begins with an unclear purpose for high speed and the decision to produce two designs despite seeking economies of scale.
- 1:01:43Unlimited requirements undermine an affordable frigateNotable Point
A hypothetical all-purpose tank illustrates how demanding every capability creates weight, cost and deployment problems.
- 1:04:45StanFlex and the risk of inventing ship and modules togetherNotable Point
Developing a new hull and new mission systems together compounds risk, while failure can make the next programme excessively cautious.
- 1:13:42A frigate navy depends on how the fleet is organisedChapter
Japan, South Korea, India and Singapore illustrate why possessing frigates does not by itself make a navy frigate-centred.
- 1:16:03Singapore's geography shapes its frigates and submarinesNotable Point
The Singapore Strait makes local sea control, submarines and nearby air support central to Singapore's naval requirements.
- 1:18:48Six ships and the difference between fleet size and availabilityNotable Point
Singapore's six-ship groups introduce the maintenance and deployment arithmetic behind a much smaller continuously available force.
- 1:19:37Singapore's large corvette replacements support an uncrewed forceChapter
The growth from small Victory corvettes to much larger replacements is explained through command and support for uncrewed assets.
- 1:23:40Chinese and Russian frigates answer different fleet problemsChapter
China's numerical fleet support and Russia's dependence on deployable presence ships give their frigate programmes different purposes.
- 1:27:03Germany's endurance frigates and the limits of patrol armamentChapter
Germany's varied commitments introduce a large patrol frigate whose endurance exceeds the combat protection expected for a dangerous strait.
- 1:28:36Brandenburg and Sachsen expose the missile-magazine problemNotable Point
Modernisation can increase missile capacity, but the German examples still raise questions about sustained air defence.
- 1:29:55An urgent German replacement schedule creates integration riskNotable Point
The MEKO A200 discussion asks whether familiar components can be integrated safely on a compressed replacement timetable.
- 1:32:00MEKO's scalable modularity could connect two programmesNotable Point
MEKO's design approach is presented as a possible way to reuse selected equipment choices between larger and smaller German ships.
- 1:33:20One frigate label can cover Germany's different naval missionsNotable Point
Germany's common frigate designation can avoid implying that Baltic, Atlantic and global deployments form a simple hierarchy of importance.
- 1:34:45A Baltic conflict cannot assume spare allied forces elsewhereNotable Point
Strong NATO geography and air presence do not remove the need for a viable Baltic force during simultaneous conflicts.
- 1:37:34Why later air-defence upgrades can run into design limitsNotable Point
The return to Germany's large patrol frigates focuses on the difficulty of adding stronger protection after the original design is fixed.
- 1:38:42Type 83 and the consequences of an occupied shipyardNotable Point
The Type 83 discussion offers an industrial explanation for the relationship between cancellation, delay and continuing Type 45 service.
- 1:39:47Why Britain divided the Type 26 and Type 31 requirementsChapter
One replacement struggled to reconcile independent presence duties with the need for affordable task-group numbers.
- 1:41:23Follow-on frigates depend on a continuing production lineNotable Point
Possible CCV platforms are considered against Type 31 delays and the desire to keep an existing shipbuilding line active.
- 1:41:59Japan's 13DDX as a possible American design starting pointNotable Point
The Japanese smaller-destroyer concept is proposed as a closer match to American requirements than another overburdened frigate.
- 1:42:44More frigate orders need a credible production timetableNotable Point
An order added to the end of a slow production run can promise a larger fleet without providing ships when they are needed.
- 1:43:48An uncrewed group still needs a substantial support shipNotable Point
A frigate coordinating uncrewed systems needs space for computing, weapons, people and maintenance as well as the vehicles themselves.
- 1:44:39Damage control combines people, redundancy and supporting systemsNotable Point
Different survivability approaches place different demands on crew size without removing human responsibility for damage control.
- 1:46:25Flexible crewed ships and specialised uncrewed escortsNotable Point
Broader duties strengthen the case for flexible launchers on crewed ships, while uncrewed vessels take on narrower tasks.
- 1:47:18American frigate requirements include endurance and diplomacyChapter
An ASW leader, a presence ship and a small air-defence destroyer need different design priorities.
- 1:49:29Constellation and the pressure to reproduce a smaller BurkeChapter
A flexible parent design and reliance on familiar standards can produce extensive redesign while eroding the intended saving.
- 1:51:34A useful frigate conserves destroyer service lifeNotable Point
Smaller escorts can take routine missions while remaining useful members of a larger task group.
- 1:53:38Why requirements creep persists after a design should closeNotable Point
Competing incentives can keep frigate requirements open even after the agreed design should be ready to build.
- 1:56:55French medium frigates and the deterrent value of being seenNotable Point
A medium frigate can protect trade, join a task group and provide a recognisable national presence abroad.
- 1:58:53Frigates, destroyers, corvettes and deployment enduranceChapter
Mission focus and the ability to deploy independently offer useful distinctions, with national naming practices retaining the final say.
- 2:01:23VLS capacity links mission breadth to time on stationNotable Point
The proposed missile-cell counts express design preferences for distant operations, where rearming interrupts combat availability.
- 2:04:12A proposed convoy group combines two frigates with numerous USVsNotable Point
The closing force-design proposal keeps crewed frigates at the centre of a much larger uncrewed escort screen.
- 2:05:20From ASDIC escorts to uncrewed submarine-hunting groupsChapter
Cooperative submarine hunting connects wartime escort pairs with helicopters, towed arrays and future uncrewed systems.