Japan CGC Oki (PL-1) prior to transfer to the Malaysian Coast Guard

Army Recognition’s Navy News reports,

“According to information published by Kompas on July 8, 2024, the Indonesian Maritime Security Agency (Bakamla) has received a new patrol vessel from the Japanese government.”

I am a bit confused by this report. It says Indonesia “has received a new patrol vessel.” Then it says,

Construction will take place in Japan, and upon completion, the ship will be officially handed over to Bakamla by the Japanese government through JICA and Japan Marine Science Inc. (JMS).

Acompanying the article is a photo of the former Japan CG cutter Oki (above, previous name Nojima, the only ship of its class) which was transferred to the Malaysia Coast Guard in 2017. (One of three JCG vessels transferred to the Malaysia CG.) Their caption even includes the Malaysia Coast Guard name for the vessel, KM Arau, without any explanation.

They report these specifics about the vessel,

The vessel, with a capacity for 70 crew members, measures 85.6 meters in length and can reach speeds of up to 22 knots.

The length does not correspond to any Japan Coast Guard vessel I have been able to identify.

A December 20, 2023, from the Asia Pacific Defense Journal, “Indonesia to receive large patrol vessel from Japan as part of aid” reported Japan would build a new ship for the Indonesian Maritime Security Agency (BAKAMLA), but that is more than six-month-old news.

Could it be than Japan has already handed over an existing Japan Coast Guard vessel and is also building a new one, or is this just the result of not proofreading an AI written story?

In any case, that Japan is helping not only the Philippines but also Indonesia and Malaysia (as well as Vietnam and others) is significant.

That the Coast Guard has had a workforce shortage is well known. Steps have been taken to improve recruitment and retention, but I have not yet heard how successful the efforts have been.

In 2023 the Army, Navy, and Air Force also had workforce shortages. Their shortages were proportionately smaller, but the problems were similar, lower propensity to serve, fewer qualified young people and a recently implemented health records system, except that unlike the Coast Guard everyone knows the Army, Navy, and Air Force exist and are employment options.

Navy Times reports the Army, Air Force, and Marines are on track to meet or exceed their recruiting goals, the Navy expects to fall short, but is doing much better than in 2023 despite an increase of 5,000 in their recruitment goal.

“We are seeing significant increases year over year as you saw,” Allchin said. “Right now, we’re projecting a miss of around 4,200 for our active enlisted mission of about 40,600.”

 MHS Genesis, the military’s new electronic health record has apparently complicated recruitment.

“Before the health system rollout, Goodyear said, getting 100 new Marine Corps contracts took 154 applicants; now it takes 181 applicants.

“The number of medical waivers being submitted for applicants has more than doubled, creating processing delays.

“The average time in military entry processing for recruits has increased from 10 days to 35 days…With an average of 120 days in the delayed entry program compared with 162 days before MHS Genesis, the boot camp dropout rate has increased, he said, from 11% to 12%.

“…in the Air Force…service officials estimate between 3,000 would-be recruits and 4,000 would-be recruits in 2023 simply walked away from service amid long medical processing wait times.

…“Often, extended delays require these individuals to pursue a different career path based on the financial realities of life.”

CAM RANH INTERNATIONAL PORT, Vietnam (July 8, 2024) – Hospital Corpsman 2nd Class Renato Paredes from San Diego, mans the rails as U.S. 7th Fleet flagship USS Blue Ridge (LCC 19) moors Cam Ranh, Vietnam, July 8, 2024. As the 7th Fleet flagship, Blue Ridge is the oldest operational ship in the Navy and routinely operates with allies and partners in preserving a free and open Indo-Pacific. USCGC Waesche is moored in background left. (U.S. Navy photo by Mass Communication Specialist 2nd Class Adam Craft) 

The “USNI News Fleet and Marine Tracker: July 8, 2024” notes,

U.S. 7th Fleet command ship USS Blue Ridge (LCC-19) and the Coast Guard cutter USCGC Waesche (WMSL-751) pulled into the Vietnamese port of Cam Ranh Bay on Monday, according to the Navy.

“During the port visit, Blue Ridge and Waesche leadership will meet with the Vietnam People’s Navy, Vietnam Coast Guard, and Khanh Hoa leadership. Events during the visit include subject matter expert exchanges and community relations activities,” reads the statement.

“The Project 23550 Ice-class patrol ship “Ivan Papanin”, built for the Russian Navy at “Admiralty Shipyards”, went to sea for factory sea trials.
https://tass.ru/armiya-i-opk/21229221

We have a couple of reports that the first of four Russian Project 23550 ice class patrol vessels is conducting sea trials. Two are expected to go to the Russian Navy and two to the Russian Coast Guard.

• From The War Zone, “Russia’s New Combat Icebreaker Starts Sea Trials”
• Frome Army Recognition’s Naval News, “Russian Navy’s new Ivan Papanin Project 23550 combat icebreaker begins sea trials with Kalibr missiles”

We have talked about this class many times going back to 2016, most recently in a post, “Arctic Patrol Cutter, State of the Art–Revisited.”

Perhaps too much is made of the fact that these ships can carry two containers that might contain cruise missiles. The real story is that just about anything that can carry containers can also carry a variety of containerized weapon systems, offensive or defensive. The US has fired Tomahawk and Standard missiles from their Mk70 containerized launchers.  Even Iran has fired ballistic missiles from shipboard containers.

Russia already has a host of cruise missile launchers in the Arctic, aircraft, submarines, surface ships, and ground launchers. Should these ships receive containerized cruise missiles, they will only marginally improve Russian offensive capability.

Alternately, two containers on the stern might be used to house a towed array and torpedoes to give the ships an ASW capability.

These are probably excellent Arctic Patrol Vessel, but they are not impressive as warships, their defensive capabilities are lacking, having no AAW or anti-surface capability beyond a single medium caliber gun.

“The Project 23550 Ice-class patrol ship “Ivan Papanin”, built for the Russian Navy at “Admiralty Shipyards”, went to sea for factory sea trials. https://tass.ru/armiya-i-opk/21229221

Any reporting you may see to the contrary, these are not the first “combat icebreakers” in the Russian Navy or Coast Guard. They are just the latest in a long string including eight Ivan Susanin class, three American built Wind class, and the Puga laid down in 1938 but not completed until 1957. Even the icebreaker Krassin, completed in 1917, and now a museum ship, was armed with four 76mm during WWII.

The Russians may take advantage of these ships to more widely distribute their cruise missiles, but that is secondary to their primary purpose as patrol vessels.

Republic of Korea Coast Guard vessel KCG Taepyongyang (KCG-3016), U.S. Coast Guard Cutter Waesche (WMSL-751) and Japan Coast Guard vessel JCGC Wakasa (PL-93) patrol in formation during a trilateral exercise in the East Sea, June 6, 2024. Coast Guardsmen from Japan, Republic of Korea and the United States used the trilateral exercise as an opportunity to rehearse cohesion between the nations when operating together. U.S. Coast Guard missions in the Indo-Pacific focus on issues directly supporting and advancing our regional partners’ efforts to protect fish stocks, ensure safety of life at sea, support environmental response, and provide disaster relief. (U.S. Marine Corps photo by Cpl. Elijah Murphy)

It occurred to me that having moved Harriet Lane to Hawaii and a report that a second 270 might be on as well, is the balance of distribution of cutters changing? Have we really beefed up our Pacific presence?

Looking back before the changes started in 2008 with the commissioning of Bertholf, the Coast Guard had 12 WHECs, 13 WMEC270s, 14 WMEC210s, Alex Haley, Acushnet (decommissioned 2011), and Storis (decommissioned 2007), 42 large patrol cutters (WMEC and larger). Of those, 10 WHECs, 3 WMEC210s, Alex Haley, Acushnet, an Storis were in the Pacific, 16 large patrol cutters or 38%,

Currently there are 10 Bertholf class National Security Cutters, 13 WMEC270s, 9 active  WMEC210s, and Alex Haley for a total of 33 large patrol cutters. Of those, 6 NSCs, one WMEC270, and Alex Haley, a total of eight large patrol cutters are in the Pacific or 24%.

The first OPC and another WMEC270 are expected to go to the Pacific while NSC #11 will go to Atlantic Area. This will give us 35 large cutters with ten (29%) in the Pacific, if no additional 210s are decommissioned.

The four Eastern built OPCs are all expected to go to the Pacific, two in California and two in Alaska. They were expected to be finished first, but Austal may finish their first OPC before Eastern finishes all four.

How quickly the remaining 210s will be decommissioned (or placed in “in commission, special) remains a question. The current program of record plans to provide 36 large patrol cutters, 11 NSCs and 25 OPCs, but the original program of record would have provided 33 large patrol cutters. That is what we have now, so it is probably a floor we will try not to drop below. We can probably expect more 210s to be decommissioned on a one for one basis as the last NSC and new OPSs come online, especially since the new ships require more people than the 210s. All the 210s are now in the Atlantic so as the first OPCs are moved to the Pacific, we can expect a corresponding decrease in the number of Atlantic Area WMECs.

I think we will add a third WMEC 270 in the Hawaii. This would allow at least one to be deployed into the Western Pacific at all times. The current basing philosophy seems to recognize the advantages of basing at least three ships of a type together.

Looking ahead, assuming the fleet remains at a total of 33, by the end of 2028, certainly by 2030, the fleet will probably look like this, 11 NSCs, 13 WMEC270s, Alex Haley, and 8 OPCs or WMEC210s. (hopefully at least six 6 OPCs) with 6 NSCs, 3 WMEC270s, and 4 OPCs in the Pacific for a total of 13 or 39%, essentially the same relative distribution we had in 20 years ago but 6 fewer ships in the Atlantic and 3 fewer in the Pacific.

How the FRCs play into this. 

As we have noted in the past, FRCs have been doing some of the work 210s would have done in the past, particularly drug and migrant interdiction in the Caribbean. There are already more FRCs (57) than the 49 Island class WPBs they were built to replace, and we are on track to have at least 67 and probably more, so, numerically, to total fleet is about the same size now and will be growing. It has already grown in terms of tonnage and total billets afloat.

How does the distribution of FRCs look? I did a post on this in May.

The Coast Guard currently operates 55 FRCs throughout the United States and in support of U.S. Central Command. U.S. Coast Guard graphic. You might not recognize Puerto Rico (7) and Guam (3) which have been lumped together below Texas.

The Graphic above is a little out of date. two FRCs are now in Oregon. Disregarding PATFORSWA and WPC-1123, which was damaged by fire and probably will never be repaired, current totals, are 50 WPCs with 15 in the Pacific, 30%.

My projection of future homeports suggests ultimately Atlantic Area will receive three more FRCs and the Pacific Area nine more for a total of 62, with 24 (39%) in the Pacific. This is statistically identical to the distribution of large patrol cutters 20 years ago.

Is This Rational?

Broadly speaking, where we put our cutters and how they are distributed should be based on: (1) Where the people served are? and (2) Size of the areas being patrolled? But we also have to ask, (3) What is happening in those areas?

There are more people living on the Atlantic and Gulf coasts than on Pacific coasts. This does suggest that the Atlantic Area should have more assets, which is certainly the case. They have more pleasure boats, more sport fishermen. They may have more fishermen, but I feel sure they have fewer distant water fishermen. Many of these missions are near shore. This suggests more small cutters should be in the Atlantic.

On the other hand, the Pacific Area includes 84% of US EEZ and includes valuable commercial fishing, tuna in the Western Pacific and a wide variety of fishing of the Alaskan Coast. The distances are great. This suggests that more large cutters should be in the Pacific.

We are also trying to help our allies in the Pacific. Atlantic Area is also trying to grow capacity in Africa, but this is generally on a smaller scale and has historically been done by WMEC270s.

That Atlantic coast cutters are closer to the Eastern Pacific drug transit zones than Pacific coast cutters suggest more cutters in Atlantic Area. (This is why all of South America is considered part of the Atlantic Fleet’s operating area.)

The Alien Migrant interdiction problem in the Caribbean suggest the need for cutters in the Atlantic but these operations are relatively close to shore and have the advantage of nearby shore based fixed wing air coverage so the mission can generally be accomplished by smaller cutters. It is FRCs and WMECs that commonly do this mission now.

What we see is that, in terms of larger and smaller cutters, the Atlantic needs a large number of cutters but most can be smaller, while the Pacific needs proportionately more large cutters than the Atlantic and in fact probably more in absolute numbers, this is why in the past ten WHECs were assigned to Pacific Area while only two were assigned to the Atlantic.

The program of record really includes no medium sized patrol cutters, we will have only large cutters, 4,600 ton NSCs and 4,500 ton OPCs, and small patrol cutters, 353 ton FRCs. Contrary to what is said, we have no direct replacements for the WMECs since both NSCs and OPCs are definitely high endurance cutters.

We need a detailed fleet mix study that considers various alternatives to determine the best distribution of cutters and the most appropriate types for the mix of missions.

A new Fleet Mix Study has been completed, but it has not been made public, so we don’t know its recommendations or how complete the study of alternative was. The last Fleet Mix study, only considered NSCs, OPCs, and FRCs. At the time it was expected that OPCs would be much smaller than they turned out to be. I fear they may have similarly limited alternatives in the new study.

These decisions are complex. My feeling, informed by the results of the previous fleet mix study, is that building only 36 large cutters is not enough; that we need at least medium sized cutters (a modern MEC) in Guam and American Samoa; that we will not be able to build as many large patrol cutters as be need because OPCs have become too expensive and perhaps unnecessarily large for many missions.

We have contracts in place for up to 15 OPCs. That will give us 26 large cutters (NSCs and OPCs). It is not too late to contract for more than ten, perhaps as many as 20, truly medium sized cutters that would have smaller crews and perhaps more military potential, in this increasing hostile environment, than OPCs.

U.S. Coast Guard Cutter Harriet Lane returns to home port after 79-day patrol, April 9, 2024. (U.S. Coast Guard photo by Senior Chief Petty Officer Charly Tautfest)

Military.com passed along a Honolulu Star-Advertiser report that another Medium Endurance Cutter is expected to join Harriet Lane in the 14th District in FY 2025. (I suspect, ultimately there will be a third.)

This along with additional improvements in Coast Guard funding and infrastructure are still at the draft legislation phase, so we can’t assume too much, but it at least points to the intention.

There are other items,

The current draft of the spending legislation also includes $3 million to increase the presence of regional Coast Guard advisers as well as $1.2 million for the Coast Guard’s Indo-Pacific Workforce Support Project, which includes funds to increase housing, medical and child care access and capacity in Hawaii and Guam to support the service’s Pacific operations. It also calls for the service to acquire a new pier at its Sand Island base, expand facilities and come up with a report on infrastructure at Coast Guard Air Station Barbers Point.

It does appear from the report that politics regarding unrelated issues are getting in the way, but we have learned to expect that the budget will not be passed before the FY starts. (FY2025 will begin October 1, 2024.)

The post also notes that Harriet Lane is now on her second Pacific deployment.

The report does provide some insight into the difficulties of keeping a 40 year old cutter on patrol. The post talks about the Offshore Patrol Cutters and mentions that they are delayed, but they do not really explain how very long it is going to be before the 270s will be replaced. Right now, we don’t expect the last 270 to be replaced until 2038–14 years away, and it may end up being longer.

Covert Shore has an update on Houthi One Way Attack Uncrewed Surface Vessels (OWA-USV).

Comparisons are made to their Ukranian counterparts, but the Houthi systems are less sophisticated.

“Unlike the fully autonomous Ukrainian craft, Houthi USVs require a human pilot to navigate to the start line of the attack. After that the pilot transfers to another vessel. Consequently, these USVs retain a cockpit…The Houthis also rely on motherships, which tow the USVs on longer missions, pick up the pilots, and also provide command and control during the attack. This is a comparative weak point.”

If there is a terrorist attack on a US port using an OWA-USV, it is most likely to use this model. It will likely be improvised and could be anything from a personal watercraft to a yacht. It will probably look innocuous. Like the recent Houthi attack, it is like to have a crew of dummy figures to make it look populated.

Unlike the Houthi attacks on ships at sea, an attack on a port could be remotely controlled from shore.

These are effectively a poor man’s torpedo. As the post notes,

“USVs generally carry a larger warhead which detonates at or close up the waterline. They are also generally able to target weak points on a ship where this can have the biggest impact…”

In a port, the target may not be a ship. Other targets like a bridge, tunnel, or pipeline, may also be accessible.

A Marine Corps KC-130J Super Hercules aircraft with 1st Marine Air Wing, lands on a newly designated airstrip on the island of Peleliu, Republic of Palau, June 22. (Lance Cpl. Hannah Hollerud/Marine Corps)

We have heard a lot about operations of the Fast Response Cutters based in Guam and the arrival of a dedicated WMEC (Harriet Lane) for operations in Oceana, but really these surface units need eyes in the sky.

Barbers Point, HI, is the only Coast Guard Air Station in the Central and Western Pacific. The new C-130Js have got much longer legs, but it’s always good to have options.

I talked about some of the options for basing or at least temporary operations here. It looks like the US Military is adding some additional options.

The Air Force is reopening the World War II air base at Tinian. and improving facilities at YAP, Federated States of Micronesia. Defense News reports that the Marines have reopened an airstrip on Peleliu, Republic of Palau.

The Air Force has embarked on a program they call Agile Combat Employment concept that seeks smaller and dispersed overseas air bases.

Ultimately it seems the Coast Guard will need to base some fixed wing and perhaps helicopters West of Barbers Point, Hawaii.

We recently had a SAR case that highlighted the problem, a man overboard incident roughly 607 nautical miles south of Guam, reported 25 June.

“The U.S. Coast Guard, in a testament to international cooperation, also dispatched an HC-130 Hercules aircraft and crew from Air Station Barbers Point, Hawaii, to Guam, where they will stage. Due to the distance, the crew will observe mandatory rest and then proceed to the search area on the morning of June 27.”

In a SAR case, particularly a man overboard, prompt response is essential, but the tyranny of distance also effects our ability to maintain surveillance over vast areas of the US Exclusive Economic Zone and that of the Compact of Free Association nations that we are obligated to protect.

Perhaps the Air Force under the Agile Combat Employment concept could build the Coast Guard an air base in Western Pacific. It would be a win-win. The Coast Guard gets a base. The Air Force base will be maintained and have a cadre in residence to help in a contingency.

V-Bat from Martin UAV

Below is a news release. The total contract ceiling award amount is $198,106,876.21 over five years.

Compared to Scan Eagle, currently used on Coast Guard National Security Cutters, V-Bat system has a slightly smaller wing span than the ScanEagle (9′ vs 10’3″) and weighs about twice as much (88 lbs (40 kg) vs 44-48.5 lb. (22 kg)), heavier, but still easily handled. Payload can be as much as three times that of Scan Eagle. There is a skid under the nose to allows the V-BAT to be laid on the deck. Cruise speeds are similar. Dash speed is actually a little higher for the V-BAT (90 vs 80 knots).

There are a couple of things worth noting in this release that point toward a broadening of Coast Guard use of cutter based UAS.

While the contract is for “Contractor Owned Contractor Operated (COCO)” services, it includes service pilot and mission training which suggests that Coast Guard personnel will be learning to operate these systems and,

“Initially, the contract will be used to continue UAS capability on the national security cutter class; however, the contract can be used to support additional cutter classes in the future.”

USCGC Harriet Lane, after a change of homeport to Honolulu, completed her first Pacific patrol in April. As I noted, she apparently had no helicopter or UAS on board during a more than 70 day patrol, far from the nearest Coast Guard air station.

In 2020, V-BAT was successfully tested on Harriet Lane. V-BAT requires no catapult or recovery hardware. It should be possible to operate the system from any medium endurance cutter. Bear class 270 foot cutters, like Harriet Lane, could probably deploy with both a helicopter and more than one V-BAT.

V-BAT Vertical takeoff and landing UAV. Photo by Mass Communication Specialist 2nd Class Anderson W. Branch

Coast Guard awards contract to procure cutter-based unmanned aircraft system capability

Capt. Jason Ingram, Coast Guard Sector Key West commanding officer, presides over a change of command ceremony for USCGC Charles David Jr. (WPC 1107), in Key West, Florida, June 27, 2024. Chief Warrant Officer Adam Smith relieved Chief Warrant Officer Chad Barber as commanding officer ensuring continuity of leadership and operations aboard the cutter. (U.S. Coast Guard photo by Ens. Tabitha Martinez)

Below is a news release. I don’t normally pass along press releases regarding changes of command. They are well covered by Coast Guard News if you want to see them. I thought this was a bit unusual. USCGC Charles David, Jr. is a 154 foot patrol craft with a crew of 24. These are usually commanded by a Lieutenant or Lieutenant Command (O-3 or O-4). Command of one of these by a Chief Warrant Officer is an opportunity unique to the Coast Guard.USCGC Charles David (WPC-1107)