“Ecuador combats Chinese fleet’s illegal fishing with Canadian satellite technology” –Indo-Pacific Defense Forum

Indo-Pacific Defense Forum reports,

The Ecuadorian government is using Canadian technology to monitor the Chinese fleet’s illegal, unreported and unregulated (IUU) fishing around the Galápagos Islands.  In early June 2022, the government detected 180 Chinese vessels near the islands’ exclusive economic zone (EEZ), fishing for large Humboldt squid and threatening the region’s biodiversity and economy.

The Ecuadorian Navy patrols to prevent illicit fishing in the protected zone. “As long as these vessels are far from the insular EEZ, more than 100 miles [more than 160 kilometers] away, we monitor them by satellite,” Ecuadorian Navy Rear Adm. John Merlo León, commander of naval operations, told Ecuadorian television network Teleamazonas.

Reportedly, Ecuador uses both space technology company MDA, based in Brampton, Ontario, to provice satellite tracking, remote sensing and the ability to synthesize large amounts of data and Global Fishing Watch, a Google-backed website that tracks commercial fishing and interprets vessel movements, including fishing in prohibited areas.

“GA-ASI Selected for Japan Coast Guard RPAS Project” –News Release

MQ-9B SeaGuardian. General Atomic photo.

Below is a news release from General Atomics Aeronautical Systems, Inc. The USCG has yet to select their own shore based unmanned air system. Note, there is as yet no indication Japan Coast Guard is purchasing this system. It appears more likely they are using contractor owned and operated systems as a step toward a more comprehensive JCG owned and operated system. UAS on USCG cutters are still currently contractor owned and operated. 

GA-ASI Selected for Japan Coast Guard RPAS Project

Japan EEZ Surveillance Using SeaGuardian® RPA Scheduled to Begin in October

SAN DIEGO – 06 April 2022  General Atomics Aeronautical Systems, Inc. (GA-ASI), the global leader in Remotely Piloted Aircraft Systems (RPAS), is pleased to be selected to support the Japan Coast Guard’s (JCG) RPAS Project. Operations will feature GA-ASI’s MQ-9B SeaGuardian® and begin in October 2022.

SeaGuardian will be used to conduct wide-area maritime surveillance to support JCG’s missions, which include search and rescue, disaster response, and maritime law enforcement. This project follows a series of successful JCG flight trials in 2020 that used SeaGuardian to validate the same JCG missions in accordance with Japan’s “Policy on Strengthening the Maritime Security Systems,” using unmanned aerial vehicles to perform maritime wide-area surveillance.

“We’re proud to support the JCG’s maritime surveillance mission with our SeaGuardian UAS,” said Linden Blue, CEO of GA-ASI. “The system’s ability to provide affordable, extremely long-endurance airborne surveillance with long-range sensors in the maritime domain is unprecedented.”

SeaGuardian features a multi-mode maritime surface-search radar with an Inverse Synthetic Aperture Radar (ISAR) imaging mode, an Automatic Identification System (AIS) receiver, and High-Definition – Full-Motion Video sensor equipped with optical and infrared cameras. This sensor suite enables real-time detection and identification of surface vessels over thousands of square nautical miles and provides automatic tracking of maritime targets and correlation of AIS transmitters with radar tracks.

SkyGuardian® and SeaGuardian® are revolutionizing the long-endurance RPAS market by providing all-weather capability and full compliance with STANAG-4671 (NATO UAS airworthiness standard). This feature, along with our operationally proven, collision-avoidance radar, enables flexible operations in civil airspace.

About GA-ASI

General Atomics Aeronautical Systems, Inc. (GA-ASI), an affiliate of General Atomics, is a leading designer and manufacturer of proven, reliable, Remotely Piloted Aircraft (RPA) systems, radars, and electro-optic and related mission systems, including the Predator® RPA series and the Lynx® Multi-mode Radar. With more than seven million flight hours, GA-ASI provides long-endurance, mission-capable aircraft with integrated sensor and data link systems required to deliver persistent flight that enables situational awareness and rapid strike. The company also produces a variety of ground control stations and sensor control/image analysis software, offers pilot training and support services, and develops meta-material antennas. For more information, visit www.ga-asi.com

“Saildrone Showcased Its USVs At Sea Air Space 2021 For The First Time” –Naval News

Saildrone is a company that provides Unmanned Surface Vessels, powered primarily by wind and solar. The Coast Guard has already been experimenting with some of the these to provide Maritime Domain Awareness.

Naval News reports on their presence at Sea Air Space 2021, including a new, much larger, 72 foot long class of saildrones.

Meanwhile the US Naval Institute News Service reports these “Uncrewed” surface vessels might be used for ASW, towing passive sensors.

“SEA CONTROL 219 – USCG COMMANDANT ADMIRAL KARL SCHULTZ” –CIMSEC

Coast Guard Commandant Adm. Karl Schultz visits with Coast Guard crews stationed in New York City. U.S. Coast Guard photo illustration by Petty Officer 1st Class Jetta Disco.

(I meant to cover this earlier, but perhaps still worth a listen)

CIMSEC’s Podcast “SEA Control,” had an interview with the Commandant, Dec. 27, 2020. You can find it here.

At first I thought I had heard it all before, but toward the end, there were some surprises.

He talked about  Arctic, Antarctic, and IUU. He talked about the Arctic Strategic Outlook and the IUU Strategic Outlook.

Illegal, Unreported, Unregulated fishing got a lot of attention. He related that it was gaining visibility and had become a national security issue since overfishing has created food security issues for many countries. He pointed to Coast Guard Cooperation with Ecuador in monitoring a fishing fleet off the Galapagos Islands. Internationally he sees a coordination role for the USCG.

Relative to the Arctic he mentioned the possibility of basing icebreakers in the Atlantic and the need for better communications.

He talked about the Tri-Service Strategy and the Coast Guards roles in it, particularly in less than lethal competition.

More novel topics started about minute 38 beginning with Unmanned systems. He talked about the recent CG experiments with unmanned systems and went on to note that the CG will also regulated Unmanned commercial vessel systems.

About minute 41 he talked about the Coast Guard’s role in countering UAS in the Arabian Gulf. He added that we have a lead role in DHS in counter UAS. “We are in the thick of that”

GA-ASI Concludes Successful Series of MQ-9 Demonstrations in Greece

He said the service was looking at MQ-9 maritime “Guardian” (minute 45)

When ask about reintroducing an ASW capability he said that while the Coast Guard was looking at it, the service would have to be cautious about biting off too much. (My suggestion of how the CG could have an ASW mission with minimal impact on its peacetime structure.)

He talked about balancing local and distant missions and concluded that the CG could do both (47), and that the Coast Guard was becoming truly globally deployable (48).

He noted that the first two FRCs for PATFORSWA would transit to Bahrain in Spring, followed by two more in the Fall, and two more in 2022. (49)

He noted technology is making SAR more efficient. “Hopefully we will put ourselves out of the Search and Rescue business.” 50

He talked about the benefits of “white hull diplomacy.” (52)

Asked about our funding for new missions he said it was sometime necessary to demonstrate the value of the mission first, then seek funding. (55)

He also talked about raising the bar on maintenance.

“Bangladesh, U.S. and regional organizations discuss shared maritime domain awareness goals” –IndoPacificDefenseForum

A report from IndoPacificDefenseForum about an aspect of the CARAT exercise with Bangladesh, with emphasis on Maritime Domain Awareness and Illegal, Unregulated, Unreported fishing.

There is no mention of the Coast Guard, but you can be sure Coast Guardsmen were involved and the vessel, seen in the distance, in the accompanying photo (above) is a former USCG 378, BNS Somudra Avijan, the former USCGC Rush, one of two Hamilton class now serving in the Bangladesh Navy.

A Reevaluation, Ruminating on Homeports While Playing the Red Cell, Part 2

This is the second part of a reexamination of where critical ports are in the US and where the cutters that might be needed to protect them are homeported.

Consolidated Target and Homeport List:

I have reproduced this listing from part 1. It has been changed slightly to reflect the move of USCGC Seneca from Boston to Portsmouth, VA. Again, we have 31 target ports or port complexes in bold  and 23 current or planned cutter homeports with the cutters in bold. In many cases a critical port is also a homeport for cutter(s).

CCGD1:

  • Bath, Me–Major Naval shipbuilder
  • Kittery, ME/Portsmouth, NH –Naval Shipyard: 2×270 (908, 909)
  • Boston, MA: 2×270 (905, 907)
  • Newport, RI Plan to add 2xOPC (919, 920)
  • Groton, CT–Submarine base
  • Hudson River complex, New York, NY/Elizabeth and Bayonne, NJ–a major cultural target, #3 US Port by tonnage, #3 Container port, #4 Cruise ship port (NYC) and #13 cruise ship port (Cape Liberty, NJ)

CCGD5:

  • Delaware Bay/River Complex–Strategic Seaport (Philadelphia), Wilmington DE/Cape May, NJ: 3xFRC (1119, 1120, 1135)
  • Chesapeake Bay Complex, VA–Base for aircraft carriers and submarines, Major naval shipbuilder, Strategic Port, #9 port by tonnage, #5 container port; plus water route to Washington, DC (major cultural target) and Baltimore, MD–#14 port by tonnage, #13 container port, #12 cruise ship port/ 7×270 (Portsmouth 901, 902, 903, 904, 906, 911, 912), 2×210 (Little Creek 626, 627)
  • Morehead City, NC–Strategic Seaport/Atlantic Beach, NC: 2xFRC (1127, 1128)
  • Cape Fear River–Strategic Seaport, Wilmington, NC

CCGD7:

  • Charleston, SC–#7 container port, #15 cruise ship port, Strategic Seaport/ 2xNSC (753, 754) Plan to add 3xNSC (758, 759, 760)
  • Savannah, GA–#4 container port, Strategic Seaport
  • Jacksonville complex, FL (including Kings Bay, GA)–SSBNs, Navy Base Mayport, #14 cruise ship port, Strategic Seaport/ Mayport, FL: 1×210 (617)
  • Port Canaveral, FL–#3 Cruise Ship port/ Cape Canaveral, FL: 2×210 (619, 621)
  • Port Everglades/Fort Lauderdale, FL–#11 container port, #2 Cruise Ship port
  • Miami, FL–#12 container port, #1 Cruise Ship port/ 6xFRC (1101 to 1106)
  • Key West, FL: 2×270 (910, 913), 6xFRC (1107 to 1112)
  • San Juan, PR–#5 Cruise Ship port, #15 container port/ 7xFRC (1113 to 1118, 1133)
  • Tampa, FL–#7 Cruise Ship port/
  • St. Petersburg, FL: 2×210 (620, 625)

CCGD8

  • Pensacola, FL–4×210 (615, 616, 624, 629)
  • Mobile, AL–major naval shipbuilder, #11 port by tonnage
  • Pascagoula, MS–major naval shipbuilder/ 2xFRC (1123, 1125)
  • Gulfport, MS–Strategic Seaport
  • Mississippi River Complex, LA–New Orleans #6 port by tonnage, #14 container port, +#10 Cruise Ship port; South Louisiana #1 port by tonnage; Baton Rouge #8 port by tonnage; Port of Plaquemines #13 port by tonnage.
  • Lake Charles, LA–#12 port by tonnage
  • Sabine Pass complex (Beaumont/Port Author/Orange, TX)–#4 port by tonnage (Beaumont), Strategic Seaport (both Beaumont and Port Author), It also has an LNG exporting terminal
  • Houston/Galveston/Texas City, TX–#2 port by tonnage (Houston),  #13 port by tonnage (Texas City), #5 container port (Houston), #6 Cruise ship port (Galveston)/Galveston, TX: 3xFRC (1136, 1137, 1138)
  • Corpus Christi, TX–#7 port by tonnage, Strategic Seaport

CCGD11:

  • San Diego, CA–Base for aircraft carriers and submarines, major naval shipbuilder (NASSCO), Strategic Seaport
  • Los Angeles/Long Beach/Port Hueneme, CA–A major cultural target, #5 port by tonnage (Long Beach), #9 port by tonnage (Los Angeles), #1 container port (Los Angeles), #3 container port (Long Beach), #9 cruise Ship port (Long Beach), #11 cruise ship port (Los Angeles), Strategic Seaport (Long Beach and Port Hueneme)/San Pedro: 4xFRC (1129 to 1132) Plan to add 2xOPC (915, 916)
  • San Francisco Bay complex,, CA–A major cultural target, #6 container port (Oakland), Strategic Seaport (Oakland and Concord)/Alameda, CA: 4xNSC (750, 751, 752, 755)

CCGD13:

  • Warrenton, OR: 2×210 Plan to add two FRCs (Longview, WA is a significant port, but it is 66 miles up the Columbia River, so unlikely to be a target)
  • Puget Sound Complex, Seattle/Tacoma, WA–Base for aircraft carriers (Bremerton), SSBNs (Bangor), and submarines, major naval bases, #8 container port (Seattle), #10 container port (Tacoma), #8 Cruise ship port (Seattle), Strategic Seaport (Indian Island and Tacoma, WA)/Port Angeles, WA: 1×210

CCGD14:

  • Honolulu/Pearl Harbor, HI–Major Naval base, including submarines/2xNSC (756, 757), 3xFRC (1124, 1126, 1134)
  • Apra, Guam–Submarine Base, Strategic Seaport/ Plan to add 3xFRC (1139, 1140, 1143)

CCGD17:

  • Ketchikan, AK: 2xFRC (1121, 1122)
  • Kodiak, AK: 1xWHEC, 1×282 WMEC Plan to add 2xOPC (917, 918)
  • Planned to be based in Alaska, ports have not been identified 4xFRC
  • Anchorage, AK–Strategic Seaport

The Present and Future Coast Guard Fleet: 

Bertholf class National Security Cutters: 

These ships are only based in three ports, all three of these are potential target ports.

  • Charleston, SC two NSCs now, three additional planned
  • San Francisco Bay Complex, CA, four NSCs
  • Honolulu, HI, two NSCs

That might suggest that these ports are well protected, but as I have said, these ships don’t spend any time on standby, and when they are in port they are usually down hard.

Honolulu is also a Naval bases and has three Webber class WPCs assigned, so it is about as well protected as any port could be with our current equipment.

The Webber class WPCs:

As I have noted, currently the Webber class are potentially the most important asset for port protection.

Of the 31 potential target ports, these nine have, or we know will have, two or more Webber class cutters assigned.

  • Delaware Bay/River Complex–Strategic Seaport (Philadelphia), Wilmington DE/Cape May, NJ: 3xFRC (1119, 1120, 1135)
  • Morehead City, NC–Strategic Seaport/Atlantic Beach, NC: 2xFRC (1127, 1128)
  • Miami, FL–#12 container port, #1 Cruise Ship port/ 6xFRC (1101 to 1106)
  • San Juan, PR–#5 Cruise Ship port, #15 container port/ 7xFRC (1113 to 1118, 1133)
  • Pascagoula, MS–major naval shipbuilder/ 2xFRC (1123, 1125)
  • Houston/Galveston/Texas City, TX–#2 port by tonnage (Houston),  #13 port by tonnage (Texas City), #5 container port (Houston), #6 Cruise ship port (Galveston)/Galveston, TX: 3xFRC (1136, 1137, 1138)
  • Los Angeles/Long Beach/Port Hueneme, CA–A major cultural target, #5 port by tonnage (Long Beach), #9 port by tonnage (Los Angeles), #1 container port (Los Angeles), #3 container port (Long Beach), #9 cruise Ship port (Long Beach), #11 cruise ship port (Los Angeles), Strategic Seaport (Long Beach and Port Hueneme)/San Pedro: 4xFRC (1129 to 1132) Plan to add 2xOPC (915, 916)
  • Honolulu/Pearl Harbor, HI–Major Naval base, including submarines/2xNSC (756, 757), 3xFRC (1124, 1126, 1134)
  • Apra, Guam–Submarine Base, Strategic Seaport/Plan to add 3xFRC (1139, 1140, 1143)

With four additional FRCs going to Alaska, I have to assume Anchorage, AK will be protected. Its geography protects it to a great extent. It is far up Cook Inlet. Kodiak’s position South of Cook Inlet pushes the US EEZ out, so it is much further than 200 miles from the edge of the EEZ to Anchorage. Homer, at the mouth of Cook Inlet, has been an Island class WPB in the past and may be a Webber class homeport in the future.

These seven potential target ports have, or we know will have, two or more Webber class cutters homeported within 100 nautical miles, offering some degree of protection.

  • Cape Fear River–Strategic Seaport, Wilmington, NC (WPCs from Atlantic Beach)
  • Port Everglades/Fort Lauderdale, FL–#11 container port, #2 Cruise Ship port (WPCs from Miami)
  • Mobile, AL–major naval shipbuilder, #11 port by tonnage (WPCs for Pascagoula)
  • Gulfport, MS–Strategic Seaport (WPCs for Pascagoula)
  • Lake Charles, LA–#12 port by tonnage (WPCs from Galveston)
  • Sabine Pass complex (Beaumont/Port Author/Orange, TX)–#4 port by tonnage (Beaumont), Strategic Seaport (both Beaumont and Port Author), It also has an LNG exporting terminal (WPCs from Galveston)
  • San Diego, CA–Base for aircraft carriers and submarines, major naval shipbuilder (NASSCO), Strategic Seaport (WPCs from San Pedro)

The following 14 potential target ports have no Webber class WPCs assigned or currently planned to be based within 100 nautical miles:

  • Bath, ME, –Major Naval shipbuilder
  • Kittery, ME/Portsmouth, NH–Naval Shipyard, currently homeport 2×270(908, 909)
  • Groton, CT–Submarine base
  • Hudson River complex, New York, NY/Elizabeth and Bayonne, NJ–a major cultural target, #3 US Port by tonnage, #3 Container port, #4 Cruise ship port (NYC) and #13 cruise ship port (Cape Liberty, NJ)
  • Chesapeake Bay Complex, VA–Base for aircraft carriers and submarines, Major naval shipbuilder, Strategic Port, #9 port by tonnage, #5 container port; plus water route to Washington, DC (major cultural target) and Baltimore, MD–#14 port by tonnage, #13 container port, #12 cruise ship port/7×270 (Portsmouth 901, 902, 903,904, 906, 911, 912), 2×210 (Little Creek 626, 627)
  • Charleston, SC–#7 container port, #15 cruise ship port, Strategic Seaport/ 2xNSC (753, 754) Plan to add 3xNSC (758, 759, 760)
  • Savannah, GA-#4 container port, Strategic Seaport
  • Jacksonville complex, FL (including Kings Bay, GA)–SSBNs, Navy Base Mayport, #14 cruise ship port, Strategic Seaport/ Mayport, FL currently homeport for 1×210 (617)
  • Port Canaveral, FL–#3 Cruise Ship port/ Cape Canaveral, FL: 2×210 (619, 621)
  • Tampa, FL–#7 Cruise Ship port/
  • Mississippi River Complex, LA–New Orleans #6 port by tonnage, #14 container port, +#10 Cruise Ship port; South Louisiana #1 port by tonnage; Baton Rouge #8 port by tonnage; Port of Plaquemines #13 port by tonnage.
  • Corpus Christi, TX#7 port by tonnage, Strategic Seaport
  • San Francisco Bay complex,, CA–A major cultural target, #6 container port (Oakland), Strategic Seaport (Oakland and Concord)/Alameda, CA: 4xNSC (750, 751, 752, 755)
  • Puget Sound Complex, Seattle/Tacoma, WA–Base for aircraft carriers (Bremerton), SSBNs (Bangor), and submarines, major naval bases, #8 container port (Seattle), #10 container port (Tacoma), #8 Cruise ship port (Seattle), Strategic Seaport (Indian Island and Tacoma, WA)/Port Angeles, WA: 1×210

Most likely future Webber Class Homeports: 47 of the planned 64 Webber class cutters have already been paired with their homeports as noted above (including six to go to Bahrain). Of the 17 remaining we know two will go to Astoria OR, and four will go to Alaska.  That leaves eleven to potentially protect other ports. Grouped two or three to a port, that means we will have no more than four or five additional Webber class homeports. In my view, the most likely additional ports are:

  • Kittery, ME/Portsmouth, NH (also within 100 nmi of Boston and Bath, ME)
  • New London, CT (to protect sub base at Groton, CT might also protect the Long Island Sound approaches to Hudson River complex, New York, NY/Elizabeth and Bayonne, NJ)
  • Corpus Christi, TX–#7 port by tonnage, Strategic Seaport
  • San Francisco Bay complex,, CA–A major cultural target, #6 container port (Oakland), Strategic Seaport (Oakland and Concord)/Alameda, CA: 4xNSC (750, 751, 752, 755)
  • Puget Sound Complex, Seattle/Tacoma, WA–Base for aircraft carriers (Bremerton), SSBNs (Bangor), and submarines, major naval bases, #8 container port (Seattle), #10 container port (Tacoma), #8 Cruise ship port (Seattle), Strategic Seaport (Indian Island and Tacoma, WA)/Seattle, WA: 1xWHEC, Port Angeles, WA: 1×210

Where we are naked: Potential target ports that likely will not have a Webber class within 100 nmiles:

  • Hudson River complex, New York, NY/Elizabeth and Bayonne, NJ)
  • Chesapeake Bay Complex, VA–Base for aircraft carriers and submarines, Major naval shipbuilder, Strategic Port, #9 port by tonnage, #5 container port; plus water route to Washington, DC (major cultural target) and Baltimore, MD–#14 port by tonnage, #13 container port, #12 cruise ship port/6×270 (Portsmouth 901, 902, 903,904, 911, 912), 2×210 (Little Creek 626, 627)
  • Charleston, SC–#7 container port, #15 cruise ship port, Strategic Seaport/ 2xNSC (753, 754) Plan to add 3xNSC (758, 759, 760)
  • Savannah, GA-#4 container port, Strategic Seaport
  • Jacksonville complex, FL (including Kings Bay, GA)–SSBNs, Navy Base Mayport, #14 cruise ship port, Strategic Seaport/ Mayport, FL currently homeport for 1×210 (617)
  • Port Canaveral, FL–#3 Cruise Ship port/ Cape Canaveral, FL currently homeport for 2×210 (619, 621)
  • Tampa, FL–#7 Cruise Ship port/ St. Petersburg, FL currently homeport for 2×210 (620, 625)

The Hudson River Complex is protected to some extent by geography, given the length of its approaches. WPCs at Cape May and New London would provide a degree of protection though both are a bit more than 100 nmi away.

The strong Navy presence in the Chesapeake Bay Complex, VA should provide a degree of protection. 

7th District has 8 of the 31 critical ports and 19 of the 58 Webber class homeported in the US (I understand they will get a 20th), but all are in three ports, Miami, San Juan, and Key West, which is not a critical port. Five ports have no Webber class within 100 nautical miles.

  • Charleston, SC–#7 container port, #15 cruise ship port, Strategic Seaport/ 2xNSC (753, 754) Plan to add 3xNSC (758, 759, 760)
  • Savannah, GA-#4 container port, Strategic Seaport
  • Jacksonville complex, FL (including Kings Bay, GA)–SSBNs, Navy Base Mayport, #14 cruise ship port, Strategic Seaport/ Mayport, FL currently homeport for 1×210 (617)
  • Port Canaveral, FL–#3 Cruise Ship port/ Cape Canaveral, FL currently homeport for 2×210 (619, 621)
  • Tampa, FL–#7 Cruise Ship port/ St. Petersburg, FL currently homeport for 2×210 (620, 625)

There are of course other considerations, but from the perspective of protecting ports we would be much better off redistributing all but three WPCs in Miami and three in San Juan to Charleston (which would also provide a degree of protection for Savannah), Jacksonville, Port Canaveral, and Tampa/St Pete. This would leave Key West without WPCs, but it does look like a good place for OPCs.

We would also have no Webber class within 100 miles of the Mississippi River Complex.

  • Mississippi River Complex, LA–New Orleans #6 port by tonnage, #14 container port, +#10 Cruise Ship port; South Louisiana #1 port by tonnage; Baton Rouge #8 port by tonnage; Port of Plaquemines #13 port by tonnage.

Fortunately it is protected to some extent by the long and relatively difficult passage up the Mississippi River before these ports can be reached. You are not likely to make it up the Mississippi with a ship without getting a pilot. Also Webber class at Pascagoula are only a little over 100 nautical miles from the mouth of the Mississippi.

HECs and MECs and OPCs, Oh My:

There are currently 29 WHECs/WMECs. They are to be replaced by 25 Offshore Patrol Cutters (OPCs). Because of the nature of their operations and scheduling, they are unlikely to respond to a threat from their homeport, but they may be employed locally off shore for fisheries, drug, or Alien Migrant enforcement. Where will they be based?

We could say 25 ships divided among eight districts means three ships in seven districts and four in one. That might not be a bad way to start, but in all likelihood the OPCs will be distributed much as the one remaining WHEC and 28 WMECs are now, but some changes are likely because of tendencies observed of late.

  • There will be a tendency to base in groups, so at least two and preferably three or more will be based together.
  • There will be a tendency to move closer to the drug transit zones in order to shorten transit.
  • There may also be a tendency to put some additional emphasis on the Western Pacific.

Breaking it down by district even though they are Area assets, I will note how many in the district and what percentage of the current WHEC/WMEC fleet that constitutes.

CCGD1: 4 or 13.8%

  • Kittery, ME/Portsmouth, NH 2×270(908, 909)
  • Boston, MA: 2×270 (905, 907)
  • (Newport, RI Plan to add 2xOPC (919, 920))

CCGD5: 9 or 31%

  • Chesapeake Bay Complex, VA 7×270 (Portsmouth 901, 902, 903, 904, 906, 911, 912), 2×210 (Little Creek 626, 627)

CCGD7: 7 or 24.1%

  • Jacksonville complex, FL  Mayport, FL: 1×210 (617)
  • Port Canaveral, FL–#3 Cruise Ship port/ Cape Canaveral, FL: 2×210 (619, 621)
  • Key West, FL: 2×270 (910, 913)
  • Tampa/St. Petersburg, FL: 2×210 (620, 625)

CCGD8: 4 or 13.8%

  • Pensacola, FL– 4×210 (615, 616, 624, 629)

CCGD13: 3 or 10.3%

  • Warrenton, OR: 2×210
  • Puget Sound Complex, Seattle/Tacoma, WA Port Angeles, WA: 1×210

CCGD17: 2 or 6.9%

  • Kodiak, AK: 1xWHEC, 1×282 WMEC (Planned homeport for 2xOPC (917, 918))

If we distributed the 25 OPCs in the same proportion we would have:

  • D1: 3
  • D5: 8
  • D7: 6
  • D8: 3
  • D11: 0
  • D13: 3
  • D14: 0
  • D17: 2

But we already know that two OPCs will be based in San Pedro, they probably represent a movement Southward from D13, and there is a good possibility they will be joined by a third OPC.

In the same vain I think we will see one or two fewer OPCs in D5. They might go to D7, but there is also a possibility they could go to PAC Area.

This is what I think we will ultimately see, with destination of three OPCs much less certain. Possible locations for these three are in parenthesis. It is going to be a very long time (Late 2030s) before we see the last three, so much can change.

  • D1: 3 (we already know two are going to Newport, RI. Probably the third as well.)
  • D5: 6 (presumably all in Portsmouth)
  • D7: 6 (+1 or 2) (Most likely in Key West and St. Petersburg, possibly Mayport or Charleston)
  • D8: 3 (presumably in Pensacola)
  • D11: 2 (+1) (We already know two are going to San Pedro, CA. Probably a third as well)
  • D13: 0 (+2) (If it happens, Port Angeles, WA)
  • D14: 0 (+2) (Honolulu)
  • D17: 2 (+1) (We already know two are going to Kodiak. A third is less likely here.)

Historically the Coast Guard has based two thirds of its large cutters in Atlantic Area and one third in the Pacific Area. If that were to be the case, PAC Area should get six OPCs in addition to the six NSCs they have now, and LANT Area should have 19 OPCs in addition to the five NSCs currently planned.

If you look at the distribution of the US EEZ, I think there is a strong case for more ships in the Pacific.

  • Total US EEZ: 11,351,000 km2
  • East Coast EEZ: 915,763 km2
  • Gulf Coast EEZ: 707,832 km2
  • Puerto Rico EEZ: 177,685 km2
  • Total LANT Area EEZ: 1,801,280 km2 15.9%
  • Total PAC Area EEZ: 9,549,720 km 84.1%

With the increased emphasis on IUU and capacity building in the Western Pacific, we may see up to eight OPCs going to PAC AREA.

Alternative Mission Set:

PAC Area has been very aggressive in the use of their resources for drug interdiction, sending FRCs down to the Eastern Pacific transit zones off Central and South America, but PAC AREA could have more cutter time for operations in the Western Pacific, without adding cutters, if LANT AREA took full responsibility for the Eastern Pacific drug interdiction effort. There are good reasons, that might be desirable.

  • East Coast ships, particularly those based in the South East, are generally closer to the drug transit zone than PAC Area ships.
  • Forth Fleet is the Naval component commander for SOUTHCOM. Fourth Fleet is part of LANT Fleet and is headquartered in Mayport, Jacksonville, FL.  SOUTHCOM is located in Doral, FL, part of greater Miami.
  • LANT AREA is the Coast Guard counterpart of LANT Fleet and so should be the primary point of contact between Navy and Coast Guard for the Eastern Pacific drug transit zone.

US Navy Fleet Organization

The Missing Class–Response Boat, Large–the WPB replacement:

All along, I have been saying our cutter are not adequately armed to have a high probability of being able to stop a terrorist controlled vessel. Currently the Webber class WPCs seem to be the most likely craft to be in a position to take on that role, but in many scenarios they simply would not be up to the task. In addition we know that about half the critical ports or port complexes will have no Webber class homeported there so that they might respond most rapidly in the case of an attack.

We still need to replace the 87 foot Marine Protector class WPBs. As we have discussed here and here, properly equipped, a vessel half the size of the Webber class could take on this job.

There were 74 Marine Protector class built. Wikipedia indicates there are 73 currently active and we know there is a proposal to decommission eight in the belief that their missions will be performed by Webber class and response boat, mediums. That would still leave 65.

Assuming we put two WPB replacements in position to protect each of the 31 critical ports, so that we could always have one either on standby or underway near by, it would only require 62. It the Webber class were better armed, and we only needed to protect those critical ports with no Webber class homported there, we would need no more than 34. If we also redistributed the D7 Webber class as suggested we would need only 26.

Networking Small Units

MARSS unveils new NiDAR C2 system

NavyRecognition reports a contract for a system that might have application for the Coast Guard.

“MARSS Group have announced an important new contract with the installation of NiDAR command and control system on a flotilla of Zodiac Hurricane RIB fast patrol vessels. The contract with Zodiac Milpro, is valued at over USD 2million and was for the supply and installation of an expeditionary version of NIDAR command and control system and the complete sensors package. The NiDAR X(eXpeditionary) is to be fitted to a flotilla of 11m Hurricane RIB fast patrol and intercept vessels for an undisclosed special forces unit.

“With NiDAR X installed, the RIB’s are transformed into a fully networked wide-area surveillance system, providing a shared situational awareness picture between each of the craft. NiDAR X is completely sensor agnostic so it integrates multiple sensors from each of the craft including; cameras, radar, sonar (optional) plus AIS, digital radio, tracker and transponder inputs to detect, identify and monitor unknown and known air, surface and underwater objects.

“…With the addition of these high-performance sensors and NiDAR, this flotilla of RIBs becomes a fully integrated tactical network able to monitor, detect and respond to threats over an area of some 200 nautical square miles.

200 square nautical miles is not a huge area, about 14×14 or 20×10, more likely a 16 mile diameter circle, but it might work for a station.

More information here.

Thanks to Lee for bringing this to my attention.