Somali authorities say 14 pirates were killed in the 10-day operation to free a Cameroon-flagged cargo vessel.
Published On 30 Aug 202630 Aug 2026
Turkish and Somali forces have freed a cargo ship held captive by pirates off the coast of Somalia’s semi-autonomous Puntland state, according to authorities.
In a statement on X on Saturday, the Somali Ministry of Defence said that “14 pirates” died in the operation to free the Cameroon-flagged MV Latuf.
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Four of their boats were also destroyed, it said.
The Defence Ministry said that “sustained pressure from the forces ultimately compelled the remaining pirates to abandon the vessel”, allowing the forces to take control of the ship.
The rescue operation was conducted under a defence cooperation agreement between Somalia and Turkiye, aimed at strengthening maritime security, protecting Somalia’s coastline and combating piracy, it said.
The Somali Defence Ministry did not provide details about any casualties or the wellbeing of the ship’s crew.
A local elder, Abdullahi Warsame, from the Jiifle community in the Godob Jiraan district of Puntland’s Nugal region, told The Associated Press news agency that the vessel and its crew had been freed.
The MV Latuf left the Turkish Port of Tekirdag in late July. It was hijacked on August 17 in waters off the coast of the Nugal region of Puntland, a semi-autonomous federal state in northeastern Somalia.
According to the Marine Traffic website, the cargo ship has continued its voyage to its reported destination in Dar-es-Salaam in Tanzania.
Piracy was rampant off the coast of Somalia in the 2000s, peaking in 2011, before being curbed by international naval deployments and new protection measures for commercial shipping.
But attacks have surged since April, with at least 15 attacks off the coast of Somalia this year, the highest since 2013, according to figures from the International Maritime Organization. At least five cargo ships have been held hostage, the last of which was seized on August 20 off the coast of Yemen.
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We now have our first look at the Ancillary Surface Craft (ASC), a new medium landing craft for the U.S. Marine Corps. Australia-headquartered firm Birdon announced last year that it would be supplying two of these vessels to the Marines to help the service further refine its concepts for future distributed island-hopping operations.
The Marine Corps Warfighting Laboratory (MCWL) released pictures yesterday of what appears to be the first ASC, based on the hull number (ASC-1), in Bayou La Batre, Alabama. The photographs of the vessel, also sometimes referred to as the Ancillary Surface Connector, were taken last week during a distinguished visitor day event. Marine Corps personnel, as well as representatives from the Australian Army and industry, were in attendance.
Representatives from the Marine Corps, Australian Army, and industry pose on the bow of ASC-1 during a distinguished visitor day event in Bayou La Batre, Alabama, on August 12, 2026. USMC
It is unclear whether or not the Marines have formally taken delivery of ASC-1 and when the second example might be set to arrive. TWZ has reached out to the Marines and Birdon for more information.
“The [distinguished visitor day] event provided an opportunity for senior leaders, Marines, allied partners and industry personnel to observe the ASC’s capabilities and discuss its potential to support distributed maritime operations and sustainment in contested littoral environments,” according to the caption accompanying one of the pictures. “The ASC is being developed through U.S.-Australian industry collaboration to support experimentation and inform future amphibious modernization.”
Another picture of ASC-1 from the distinguished visitor day last week, showing the vessel moored at a pier with its bow ramp up. USMC Emily Carroll
“The ASC is a significant step towards achieving a capability organic to the Marine Corps for maneuver in the littorals without reliance on large high value Naval assets,” it continues. “This craft, coupled with smaller landing craft, will demonstrate the capability needed by the Corps to maneuver medium, light, and ultra-light tactical vehicles from shore-to-shore and distribute all classes of supply to disbursed forces in archipelagic regions.”
The overall design of the vessel reflects what was seen in a rendering that Birdon released last year when it first announced that it would be supplying the two ASCs to the Marines. However, that rendering did show the vessel with at least two remote weapon stations armed with 30mm automatic cannons, at least one .50 caliber M2 machine gun on a traditional deck mount, and an angular mast structure on top of the pilot house, features that are not present in the images that have now been released of ASC-1.
There is a pole-like mast, as well as rotating maritime navigation radar and what looks to be a searchlight, on top of ASC-1’s pilot house. The actual vessel also has truncated catwalks around the pilot house, as well as an additional boxy structure with ventilation slats on top, compared to what is depicted in the rendering. It is very possible that Marine ASCs could gain additional features as time goes on.
The rendering Birdon included in its 2025 press release about the Ancillary Surface Craft, showing weaponry and other features not seen on ASC-1. BirdonA side-by-side comparison of the stern end of the ASC as depicted in the previously released rendering, at left, and as seen in one picture of ASC-1, highlighting many of the notable differences. Birdon/USMC
Birdon has previously said that the ASC can carry up to 40 troops and 54 tons of cargo in its open main deck area. The vessel is also reportedly 150 feet long and 30 feet across, with a bow ramp that drops down for loading and unloading right onto a beach.
“To ensure safe landings on uncharted beaches, Birdon worked with a specialist sonar company to develop and integrate an advanced forward-looking sonar system, allowing operators to detect obstacles and assess beach gradients well ahead of the vessel,” the company also said of the ASC in a press release last year. “The vessel is designed to beach and de-beach in gradients significantly shallower than existing landing craft can support, providing enhanced, safe amphibious operations capability.”
“Birdon’s ASC design also features a cutting-edge fuel delivery and transfer system that allows for efficient vessel-to-vessel or vessel-to-land fuel transfer, supporting extended operational range and flexibility in challenging environments,” the release added.
The ASC is broadly in line, at least in terms of general dimensions, with other existing medium landing craft designs on the market globally. As a point of comparison, the new Landing Craft Utility (LCU) 1700s that the Navy is in the process of acquiring from Austal are around 139 feet long and 31 feet wide, but have a higher stated payload capacity (350 combat-equipped troops or 170 tons of cargo). Birdon itself is also developing a new Landing Craft Medium (LC-M) for the Australian armed forces, renderings of which show a similar, but larger design compared to the ASC.
The first LCU 1700 landing craft for the US Navy, hull number 1710, seen under construction. Austal announced the formal delivery of this vessel just this week. AustalA rendering of the new Landing Craft Medium (LC-M) for Australian armed forces. Birdon
As noted, the Marines’ stated plan is to use the two ASCs to help with the development of its still-evolving expeditionary and distributed concepts of operations, collectively referred to as Expeditionary Advance Base Operations (EABO). A central aspect of EABO is to rapidly position and reposition relatively small units between what could easily be far-flung forward locations, especially small islands dotted across parts of the Pacific. These so-called ‘stand-in forces’ would be readily deployable as a deterrent ahead of a potential conflict, and then be better placed to act if needed. The distributed nature of the EABO concept would also create targeting challenges for opponents and, by extension, reduce the vulnerability of friendly forces.
As TWZ wrote after Birdon’s initial announcement about the ASC in May 2025:
“Not having to rely on large traditional Navy amphibious warfare ships to conduct these maneuvers in littoral environments, where established port facilities are also likely to be absent, is essential to the EABO concept. Depending on the exact distribution of Marine forces and the distance between operating locations in a particular area, vessels like the ASC-M could be used to move personnel and materiel between sites and/or act as ‘connectors’ between larger ships and the shore.”
In December 2025, the Navy did announce that it had selected Dutch shipbuilder Damen’s LST-100 design to be the basis of a new class of LSMs, and that it was hoping to accelerate the delivery schedule for those ships. However, the first LSM is still only now scheduled to arrive in 2029. At that time, the Navy also told us it was planning to buy at least one LSM of a separate design from Bollinger Shipyards, which could be based on the Israeli Logistics Support Vessel (ILSV) developed for Israel. The ISLV is itself a derivative of the open-ocean-optimized subclass of the General Frank S. Besson class Logistics Support Vessel (LSV) now in service with the U.S. Army as part of its obscure watercraft fleet, which you can learn more about here.
A rendering of Damen’s LST-100 design. DamenOne of Israel’s new Israeli Logistics Support Vessels. IDF
There may be a possibility for the Marine Corps to acquire more ASCs, or a further evolution of the design, depending on how experimentation with the initial examples proceeds. The partnership with Australia on this effort also underscores the potential for that country, as well as other U.S. allies and partners, to further leverage this work.
In 2024, Birdon announced another deal to provide a heavy landing craft, called the H260, based on a design the company had already been working on for the Australian military, to the Marines, at least for testing and evaluation. The current status of that effort is unclear. The Marines have already been using chartered stern-landing ships for years now to inform the LSM program and otherwise help refine littoral logistics requirements in support of EABO.
The first new ASC for the Marines has now been built, if not formally delivered, and will only help the surface further prove out its expeditionary and distributed operations vision.
Update: 1:02 PM ET –
The U.S. Marine Corps has confirmed the “technical acceptance” of the first ASC.
“Technical specifications validated during the acceptance process highlight the craft’s exceptional ruggedness and operational utility. Engineered for demanding ocean transits, the ASC is fully operational in Sea State 5 and designed to survive extreme conditions up to Sea State 7,” according to a release from the Marine Corps Warfighting Laboratory. “To ensure safe navigation through uncharted, very shallow littoral waters, the craft is equipped with advanced forward-looking sonar that enables maneuverability across the battlespace. Furthermore, it can transport up to 46 tons of cargo and 40 combat-loaded Marines while executing vital shore-to-shore maneuver, mobility, and sustainment.”
A view from ASC-1’s pilot house of the main deck area and the bow end of the ship. USMC Connor Taggart
The release also reiterates that the ASC represents a capability that would be complementary to the future LSMs, using its “very shallow draft to deliver logistical support to the ‘last tactical mile’ into landing sites beyond the reach of larger vessels, including shallow-gradient, unimproved, and unsurveyed shorelines where standoff would otherwise leave cargo stranded offshore.” ASC-type vessels and LSMs together will “give a Stand-in Force a route from an intermediate staging base to the beach without dependence on a port, a pier, or a causeway.”
“To support Expeditionary Advanced Base Operations (EABO), our forces must remain highly mobile and sustained without relying on fixed, vulnerable ports,” Col. Kenny Jones, Science and Technology Division Director at the MCWL, said in a statement. “This prototype allows MCWL to immediately execute hands-on experimentation, test tactical concepts, and put real hardware in the hands of Marines. By exploring the ASC’s traditional bow-first beaching physics alongside other experimental platforms, we are actively reducing programmatic risk and perfecting the requirements for the future naval fleet.”
“Following the technical acceptance of the ASC, the craft now moves into limited technical assessments (LTA) with Birdon America craft masters and engineers partnered with Australian Army crewing support and Marine Corps Warfighting Laboratory oversight and assessments,” the MCWL release adds. “Initially, the craft will be operated by a hybrid crew pairing Marines with seasoned contracted mariners. This approach ensures that American service members are thoroughly trained as the Marine Corps prepares for an expanded role in the independent operation of small surface craft.”
A ship came under attack in the Strait of Hormuz on Tuesday amid claims by Tehran’s top negotiator that the critically important sea route would remain closed. The unnamed vessel was sailing eastbound out from Persian Gulf when it was hit. File photo by Olivier Hoslet/EPA
Aug. 18 (UPI) — A ship transiting the Strait of Hormuz came under attack on Tuesday, sustaining at least one casualty, amid claims by Tehran’s top negotiator that the critically important sea route would remain closed pending the lifting of the U.S. naval blockade and the unfreezing of Iranian assets.
The British Royal Navy’s U.K. Maritime Trade Operations center said in an alert that the security officer of the ship’s owner had reported that the engine room of the vessel was struck by an unknown projectile while sailing outbound through Strait of Hormuz [from the Persian Gulf].
“The impact caused damage to the engine room and resulted in a crew casualty. The remaining crew are currently being assisted by the Omani Coast Guard. At present, no environmental impact has been reported,” said UKMTO which did not identify the ship.
It was not immediately clear if the affected crew member was injured or killed, or what type of weapon was used in the attack.
The incident coincided with comments by Bagher Ghalibaf, speaker of the Iranian parliament, vowing not to permit shipping to pass through the strait until the United States complied with terms set out in a cease-fire deal the two sides signed in June, including the lifting of sanctions preventing Iran from selling oil abroad.
“I want to state clearly that the Strait of Hormuz will not be opened until the American commitments stipulated in the memorandum of understanding… are implemented,” Ghalibaf said in an address carried on Iranian state television.
Sailings through the strait have remained drastically curtailed, as they have been since the war started on Feb. 28, despite the 14-point framework calling for it to be reopened to commercial vessels for the duration of the 60-day deal, which expired Monday.
The state-run Islamic Republic News Agency added the ending of all military threats and operations by the United States to Ghalibaf’s list of demands.
The U.S. Navy is currently enforcing a blockade preventing ships from entering or leaving Iranian ports.
Martin Luther King Jr. delivers his famed “I Have a Dream” speech from the steps of the Lincoln Memorial in Washington on August 28, 1963. The speech galvanized the nation’s civil rights movements and led to the passage of the 1964 Civil Rights Act, the 1965 Voting Rights Act and the 1968 Fair Housing Act. File photo by UPI | License Photo