Back to news

June 18, 2020 | International, Aerospace, Naval, Land

In War, Chinese Shipyards Could Outpace US in Replacing Losses; Marine Commandant

“Replacing ships lost in combat will be problematic," Marine Commandant Gen. David Berger writes in a forthcoming paper. "Our industrial base has shrunk while peer adversaries have expanded their shipbuilding capacity. In an extended conflict, the United States will be on the losing end of a production race.”

By on June 17, 2020 at 4:44 PM

WASHINGTON: The Commandant of the Marine Corps, Gen. David Berger, dismisses current Marine and Navy plans for amphibious ships as “obsolete,” and worries that in any conflict, China could replace damaged ships faster than the US in a draft operating concept obtained by Breaking Defense.

The warnings are the latest in a campaign waged by the reform-minded Berger to overhaul how the Marine Corps trains and equips to meet the challenges of China and other advanced nations, while working more closely with the other armed services and allies around the globe.

In the sharply-worded 22-page document, Berger rejects war plans anticipating a Cold War-style confrontation in which huge ships can creep close to shore free from the threat of precision-guided munitions being launched from batteries deep inland. He calls the current configuration of amphibious ships “the most obvious manifestation of this obsolete paradigm” in a draft document obtained by Breaking Defense.

In an unsigned draft of the unreleased report, “Naval Campaigning: The 2020 Marine Corps Capstone Operating Concept,” Berger underlines the need for new thinking about how the Marine Corps and Navy will fight an advanced Chinese military that can control islands, coastlines, and vast swaths of the sea with aircraft carriers, a swelling blue ocean fleet and long-distance precision munitions.

The old way of thinking “is also exemplified by our current amphibious warships and maritime prepositioning ships, which are large and built for deployment efficiency rather than warfighting effectiveness,” he writes. “These superb, multipurpose ships are extremely expensive—meaning we've never had the desired number.”

Berger also raises significant concerns about the United States' ability to replace any combat losses, even in a short, sharp conflict.

“Replacing ships lost in combat will be problematic, inasmuch as our industrial base has shrunk, while peer adversaries have expanded their shipbuilding capacity. In an extended conflict, the United States will be on the losing end of a production race—reversing the advantage we had in World War II when we last fought a peer competitor.”

The stark admission comes as the Navy's shipyards struggle under the disruptions caused by COVID-19, leading the service to order an emergency call up over 1,600 Reservists to fill labor shortages to do repair work on aircraft carriers and submarines in a desperate effort to get them back out to sea as soon as possible.

Berger takes care not to blame the Navy for building expensive, relatively slow amphibious ships to carry Marines across the globe.

“These issues should not be construed as a criticism of our Navy partners who built the fleet—to include the types of amphibious warfare and maritime prepositioning ships the Marine Corps asked for—that was appropriate to the security era within the constraints of finite resources.”

But that era is now over the Corps wants to build a more dynamic “inside force” of smaller ships that can operate within range of Chinese and Russian weapons and pack a potent offensive punch while offering more and smaller targets than the current amphibious fleet.

But these small ships won't replace their bigger cousins — they'll come in addition to them, creating new issues for both Navy budgets and the limited number of shipbuilders who can produce hulls for the sea service. The ships will also need ports to call home.

“One can think of basing forces and lots of smaller vessels in theater, but this raises the issue of where to put everything and doesn't seem to be a ready solution that replaces divestiture of large ships,” said Dakota Wood, senior research fellow for defense programs at The Heritage Foundation.

In recent weeks, the Navy met with shipbuilders to talk about plans for a new class of logistics ship that can operate under fire and resupply Marines deep within the range of enemy precision weapons. The Next Generation Medium Logistics Ship would resupply both ships at sea, as well as small, ad hoc bases ashore.

The ship fits within plans Berger has made to stand up several Marine Littoral Regiments designed to move fast and have their own integrated anti-air and possibly anti-ship weapons. The Corps and Navy are also looking to buy as many as 30 Light Amphibious Warships in coming years, which would be much smaller than the current amphibious ships.

The draft document doesn't include any those specifics. But Berger has already done that work in previous statements and documents, where he outlined plans: to rethink the role that large amphibious ships play in future; divest of M1 Abrams tanks; cut artillery units; slash helicopter squadrons; and reassess the role F-35s might play in future operations.

Berger has admitted he realizes he needs to undertake this transition within existing budgets, leading him to call for cutting tanks, helicopters, and even some end strength. But for the Navy, Wood said, “I think much of this will be added cost because it must maintain current capabilities (types of ships) while developing new capabilities. It does not have the luxury of getting rid of current before new replacements are ready.”

A significant omission in all of these plans is the absence of a larger, coherent naval strategy. The 30-year shipbuilding plan, due to Congress in February, continues to be missing in action. A major Navy force structure review was rejected by Defense Secretary Mark Esper earlier this year.

The force structure review, currently being taken apart by Deputy Defense Secretary David Norquist, is expected this fall.

The Navy's plans are in such a fluid state that Vice Adm. Stuart Munsch, head of the service's Warfighting Development office, cited Chinese attention as a reason to decline to give a progress report in a call with reporters earlier this month.

“I'm not going to divulge our intentions,” he said. “I'm very conscious that, if I say anything public, I'm an authoritative source and the Chinese will key on what I say, and likewise any kind of public-facing document that we put out as well.” Pressed to explain what the Navy's strategy for operating in a world with competing great powers looks like, Munsch said, “I'm not sure how you would see that keeping our intentions for warfighting classified is something you would want as an American citizen.”

While Berger continues to push out papers and strategies for pushing the Marines into the future, the Navy, which will provide much of the lift he needs, is still at the drawing board.

https://breakingdefense.com/2020/06/in-war-chinese-shipyards-can-outpace-us-in-replacing-losses

On the same subject

  • US must dominate in space to win future wars, Marine Corps’ Glavy says

    December 11, 2023 | International, Land

    US must dominate in space to win future wars, Marine Corps’ Glavy says

    The U.S. is not alone in its appreciation of space and the potential advantages it affords.

  • China-linked APT17 Targets Italian Companies with 9002 RAT Malware

    July 17, 2024 | International, C4ISR, Security

    China-linked APT17 Targets Italian Companies with 9002 RAT Malware

    Chinese hackers target Italian firms with advanced 9002 RAT malware. APT17 group launches sophisticated phishing attacks on government entities.

  • AIRBUS HELICOPTERS ET LA DGA SÉLECTIONNENT LA NOUVELLE SUITE AVIONIQUE FLYTX DE THALES POUR LEURS PROGRAMMES HÉLICOPTÈRES DE DERNIÈRE GÉNÉRATION

    June 17, 2019 | International, Aerospace

    AIRBUS HELICOPTERS ET LA DGA SÉLECTIONNENT LA NOUVELLE SUITE AVIONIQUE FLYTX DE THALES POUR LEURS PROGRAMMES HÉLICOPTÈRES DE DERNIÈRE GÉNÉRATION

    La suite avionique FlytX a été sélectionnée par Airbus Helicopters et la Direction générale de l'armement (DGA) pour équiper les futurs Hélicoptères Interarmées Légers (HIL) H160M. En parallèle, Airbus Helicopters et Thales poursuivent des études pour la potentielle intégration de FlytX sur le futur Tigre MKIII. Conçu à Bordeaux, ce cockpit facilite le pilotage gr'ce aux technologies les plus récentes en matière d'affichage. FlytX s'appuie sur des interfaces homme-machines tactiles, directes et naturelles. La charge de travail est ainsi réduite permettant aux pilotes de se concentrer sur leurs missions avec un niveau de sécurité optimal. Les hélicoptères militaires ont à assurer des missions de reconnaissance, d'appui feu, de surveillance ou de sauvetage dans un environnement de plus en plus saturé. Les pilotes doivent pouvoir observer leurs ennemis, esquiver les obstacles et réussir leurs missions tout en assurant le pilotage et en vérifiant les informations transmises par le système de bord. Entièrement tourné vers la mission, FlytX a été développé afin d'offrir une efficacité maximale. La technologie mise en œuvre dans la solution FlytX permet de réduire la charge de travail des pilotes afin qu'à chaque moment décisif, ils puissent se concentrer sur la réussite de leurs missions. Gr'ce à l'expertise de Thales dans le domaine de l'avionique, la solution offre une efficacité maximale en termes d'interaction hommes-machine. Ce cockpit permet un accès plus rapide aux informations associé à une représentation synthétique de l'environnement extérieur. Dotée d'une large zone d'affichage, cette avionique facilite l'interaction des équipages, englobant tous les systèmes avions, fusionnant les informations et rend ainsi les prises de décisions plus instinctives. Personnalisable et évolutif, ce cockpit du futur peut parfaitement s'adapter aux besoins spécifiques des équipages et de leurs missions. Entièrement connecté, FlytX est interfaçable, en vol et au sol, avec des applications du monde ouvert dans un environnement cybersécurisé. Les exploitants pourront ainsi accéder, dans un cadre entièrement sécurisé, à leurs propres systèmes et les faire évoluer librement. Conçu sur le Campus de Bordeaux, où Thales développe et produit des systèmes avioniques et aéroportés à la pointe de l'innovation mondiale, il regroupe sur plus de 60 000 m² 2 800 collaborateurs dont 80% d'ingénieurs et cadres. https://www.thalesgroup.com/fr/group/press-release/airbus-helicopters-et-dga-selectionnent-nouvelle-suite-avionique-flytx-thales

All news