US President Donald Trump is not expected to have a phone call with Taiwanese leader Lai Ching-te any time soon, despite saying earlier that he would be . Two people familiar with the matter said there had been no movement towards arranging such a conversation, which was reliant on the American leader’s willingness to take the initiative. Three other sources said the US believed that a call with Lai could derail in Washington in September and the detente reached between the two presidents in May.
The contemporary discourse on drone-driven warfare rarely suggests the end of maneuver, but it highlights an between tactical movement and force survivability in a hypertransparent environment. Against this backdrop, the Chinese People’s Liberation Army’s sustained commitment to amphibious armor invites examination of how a high-end force intends to bridge that gap in the contested littoral space. The recent discovery of a built on China’s , successor to the Type-05 series, shows that Beijing is not pivoting away from the littoral zone in the face of drone proliferation. Instead, China’s defense industrial base continues to develop specialized variants that transform the platforms and the that field them into a self-contained breaching ecosystem. This continuous hardware evolution signals a permanent pillar of China’s force design.
The gap between Western tactical theory and physical reality is where China’s strategic calculus operates. The amphibious architecture of the People’s Liberation Army (PLA) departs sharply from global military patterns. While Western powers abandoned or refrained from developing high-speed tracked amphibious concepts—most notably with the of the Expeditionary Fighting Vehicle—Beijing has bucked the trend. By mastering and mass-producing a high-speed planing hull, and developing variants that include a and an , Beijing is showing a willingness to sustain intense defense industrial focus on a specific geographic contingency.
My humble (dumb) suggestion: a Submarine APC. Don't need speed or armor if you're swimming underwater.Article on the tradeoffs inherent to speed vs armour in the context of networked systems.
PLAN Marine corps do have underwater motorized scooter capable of carrying multiple divers. These are niche equipment for special forces in infiltration, mine clearance, beach landing site survey and marking etc.My humble (dumb) suggestion: a Submarine APC. Don't need speed or armor if you're swimming underwater.
My humble (dumb) suggestion: a Submarine APC. Don't need speed or armor if you're swimming underwater.
This also isn't taking into consideration of mass produced ground combat drones either, which can be rapidly organized and inserted into drop zones far faster than conventional ground units either and thus enable greater sustained combat action on the frontlines.Cost and practicality.
Submarines are expensive and big and have significant limitations on water depths and ground conditions that they can operate on. How much utility is a submarine troop lander that can’t get troops closer than half a km from the beach due to a shallow gradient beach?
Additionally, the whole point of amphibious IFVs is to get armour and heavy weapons ashore to support your troops. If you want to carry that internally, you are looking at Typhoon sized subs as disposable landers, who are liable to have to drop off even further out. If you go the other way and make mini subs that can also go ashore and work as IFVs, that further increases unit cost and size of each vehicle so you can bring fewer of them in each LPD/LHD/LHA but need more of them to get the same number of troops ashore. It’s a vicious cycle.
The PLA’s choice of going with IFVs for shore assault is actually an acceptance that losses are likely and probably going to be fairly high. The underlying strategy behind this approach is to minimise the impact of each loss. With things like a Zubr, it’s a high risk high reward game where you are betting that the heavy armour and point defences of those beasties can prevent the bulk of incoming fire from causing damage and tank what damage that it does take. The fact that the PLA has them and even has production capability to make more but hasn’t tells you how they assess the likelihood of that strategy paying off.
Also, I think it’s interesting that the first operational deployment of laser DEW on a PLAN warship is on a 071, and the PLAN is building a brand new batch of 071s, so I would not be surprised if the PLAN intends to use 071s as drone defence for the swimmers and will build their new batch of 071s as such.
So obviously DEW as standard, which together with the 76mm main gun, would provide a decent amount of ranged anti-drone capability. They could also add in some microwave anti-drone swarm arrays for masses of smaller FPV class drones, as well as jammers and any number of smaller anti-drone micro missiles and interceptor drones for terminal defence. Hell, they could even modify the design and build the new batch from the start with the outer most decks empty to function as ablative spaced armour and moving all critical systems and cabling/piping as far from the outer decks as feasible etc.
Having 071s move up just behind or even alongside the swimmers would also make them the ultimate munitions magnet as opfor defenders are highly likely to target fixate on the ‘big prize’ and focus all firepower on the now empty 071s with skeleton crews, high automation and designed to take a beating, so the swimmers are all but ignored on the most vulnerable and perilous part of their journey.
This also isn't taking into consideration of mass produced ground combat drones either, which can be rapidly organized and inserted into drop zones far faster than conventional ground units either and thus enable greater sustained combat action on the frontlines.