Video

Key Frigates of Today & Tomorrow 2: T54, Istanbul & Gorshkov vs Thaon di Revel, Tamandare & Chungnam

Study Key Frigates of Today & Tomorrow 2: T54, Istanbul & Gorshkov vs Thaon di Revel, Tamandare & Chungnam, a Dr. Alex Clarke video from 18 Sept 2026, with 43 time notes. Topics include Admiral Gorshkov Class Frigates…

Date
Runtime1:39:20
Guide points43 time notes

Time notes

  1. 4:20
    Why the Type 054 family developed incrementally

    The Type 054, 054A and 054B reflect a steady Chinese frigate program shaped by anti-submarine and presence missions.

    Chapter
  2. 5:30
    The Type 054's diesel propulsion tradeoff

    Combined diesel and diesel machinery is weighed against acoustic demands and the range needed for Chinese patrols.

    Notable Point
  3. 7:25
    Pakistan's Type 054 purchase and the Chinese equipment ecosystem

    Pakistan's move from Type 053 to Type 054 ships illustrates the equipment ties that come with a frigate purchase.

    Notable Point
  4. 8:28
    What a long Type 054 production run buys

    Repeated Type 054 construction reduces unit cost and trains shipyard workers while building on the Type 053.

    Notable Point
  5. 10:26
    Type 054 missile cells and a balanced weapons fit

    The stated 32-cell and 48-cell Type 054 fits lead into a personal preference for larger frigate magazines.

    Notable Point
  6. 12:22
    Close-in defenses on the Type 054

    HHQ-10 and HPJ-11 address close-in defense problems comparable to those of RAM and Goalkeeper.

    Notable Point
  7. 14:07
    Type 054B range, helicopter and presence role

    The Type 054B's stated range, size and Z-20 helicopter are tied to a less provocative presence mission.

    Notable Point
  8. 15:21
    How Type 054 frigates may support layered task groups

    A possible larger Type 054 is placed within a forecast of longer-range, layered task-group operations.

    Notable Point
  9. 16:19
    The Istanbul class and Turkey's shipbuilding capacity

    Turkey's coastal operating areas favor numerous relatively compact frigates, while construction across three Turkish yards expands domestic capacity.

    Chapter
  10. 18:54
    Istanbul's 76 mm gun and close-in defenses

    The first ship's imported 76 mm gun gives way to a Turkish-built weapon, alongside 25 mm and 35 mm defenses.

    Notable Point
  11. 21:37
    Istanbul's 16 air-defense cells

    A 16-cell air-defense magazine draws criticism despite quad-packed missiles and a strong anti-ship fit.

    Notable Point
  12. 24:15
    Why land-based fighter cover can leave gaps

    Aircraft must leave station to rearm, making a frigate's own air-defense magazine relevant near friendly airbases.

    Notable Point
  13. 25:00
    Istanbul's missile loadout tradeoffs

    A proposed 32-cell Istanbul would combine longer-range missiles with more quad-packed rounds than the existing 16-cell arrangement.

    Notable Point
  14. 25:21
    Istanbul's sensors, helicopters and UAVs

    Seahawks, UAVs and electronic systems accompany Istanbul's weapons, putting the magazine-depth criticism in context.

    Notable Point
  15. 27:17
    Istanbul's range and Turkish combat systems

    The stated cruise range sits alongside Turkish radar, fire-control and combat-management work.

    Notable Point
  16. 29:06
    Why Russia built the Gorshkov frigates

    Project 22350 takes on presence functions as older Russian surface combatants age.

    Chapter
  17. 30:34
    Project 22350 cells and gas-turbine delays

    The stated 16 strike and 32 air-defense cells sit beside a construction history disrupted by turbine supply.

    Notable Point
  18. 33:19
    Gorshkov strike and air-defense missile options

    Oniks, Kalibr and Zircon provide strike options, while S-350-based air defense demands respect from opponents.

    Notable Point
  19. 34:31
    Russian missile development and the loss of technical continuity

    Economic disruption and gaps in engineer training help explain the long path from late Cold War studies to service entry in 2019.

    Notable Point
  20. 37:07
    Gorshkov's ASW fit and proposed enlarged variants

    Helicopter and towed sonar give the existing frigate an ASW role; far larger missile fits belong to proposals.

    Notable Point
  21. 39:26
    Gorshkov and the move from test beds to a ship class

    The distinction between isolated experimental ships and a production class shapes the assessment of Gorshkov's stealth features.

    Notable Point
  22. 40:23
    Gorshkov port visits and naval presence

    Port visits give the frigate a visible diplomatic role alongside its combat tasks.

    Notable Point
  23. 43:36
    Why frigate specifications need a mission context

    ASW work, self-defense and national missions matter more here than a simple ranking of frigate specifications.

    Chapter
  24. 44:24
    Why frigate propulsion choices differ between navies

    Patrol endurance, industrial ambitions and comparisons with allies produce different machinery priorities.

    Notable Point
  25. 49:11
    Frigate, light frigate and OPV design priorities

    A role-based distinction separates ASW-led frigates, presence-oriented light frigates and lower-threat OPVs.

    Notable Point
  26. 51:04
    Why the Italian PPA is treated as a light frigate

    Italy's PPA designation is compared with the Thaon di Revel class's size, propulsion and light-frigate role.

    Chapter
  27. 53:58
    PPA Full and Light weapon fits

    The Full fit carries heavier weapons, while Light variants reserve space for equipment they do not yet carry.

    Notable Point
  28. 56:09
    PPA modular spaces and the proposed EVO

    Adaptable mission spaces and a proposed 64-cell EVO variant show the PPA family's possible growth.

    Notable Point
  29. 58:43
    PPA task-group support and patrol presence

    Speed, helicopters, boats and towed sonar let the PPA serve patrol routes and supplement a task group.

    Notable Point
  30. 1:02:16
    The PPA's 127 mm gun and Vulcano ammunition

    The Leonardo/Oto Melara 127 mm gun's ammunition choices shape its reach, cost and value beside smaller mounts.

    Notable Point
  31. 1:06:06
    Building Tamandare frigates in Brazil

    Brazil's requirement for domestic construction connects the new frigates to shipyard skills and facilities.

    Chapter
  32. 1:07:54
    Tamandare's combat fit and CAMM magazine

    A roughly 3,500-ton frigate carries Brazilian anti-ship missiles and extensive systems, but only 12 CAMM rounds.

    Notable Point
  33. 1:09:00
    Planning a frigate for conflicts its navy hopes to avoid

    Optimistic planning assumptions can underestimate threats that arise during a ship's service life.

    Notable Point
  34. 1:11:58
    Brazil's Blue Amazon and its new frigates

    The scale of Brazil's Blue Amazon helps explain the frigates' patrol and blue-water purpose.

    Notable Point
  35. 1:12:52
    Missile depth and protection for Brazilian amphibious ships

    A hypothetical larger CAMM load raises a conditional question about protecting Brazil's amphibious ships.

    Notable Point
  36. 1:15:58
    Tamandare's missile capacity and future growth

    Launch capacity chosen during construction may constrain a Brazilian frigate for decades.

    Notable Point
  37. 1:18:16
    South Korea's Chungnam frigate lineage

    The Chungnam class follows successive Korean frigate programs as domestic shipbuilding capacity develops.

    Chapter
  38. 1:20:45
    Chungnam's weapons fit and 16-cell question

    The Korean frigate combines a broad weapons and sensor fit with a 16-cell missile magazine.

    Notable Point
  39. 1:24:33
    What an eight-missile Chungnam headline says

    A headline about eight incoming missiles is checked against the article's fuller claim and the ship's 16 physical cells.

    Notable Point
  40. 1:26:43
    Checking warship claims across reports and languages

    Conflicting reports and translations can change how a new ship's specifications appear to readers.

    Notable Point
  41. 1:30:00
    Comparing naval designs in their own context

    Mission, equipment access and industrial capacity are better guides to a design than assumptions about national ingenuity.

    Notable Point
  42. 1:32:45
    QuestionHow do you see frigate programs developing: more joint programs or more independent projects?Answer

    Both approaches have a place, with a confident domestic shipbuilding industry making joint development easier.

    Q&A
  43. 1:34:21
    QuestionDo you think the number of frigates and navies as a whole will grow?Answer

    The tentative expectation is growth as governments reconsider earlier assumptions of lasting peace and the risks of feeling weak under pressure.

    Q&A