China is set to unveil an array of “new-generation” military hardware, including previously unseen weapons, during its September 3 parade commemorating the 80th anniversary of Japan’s surrender. This display, the most comprehensive since 2019, will highlight the advancements of the People’s Liberation Army (PLA), showcasing domestically developed systems, including unmanned and “intelligent” capabilities. The parade will emphasize the PLA’s advancements in deterrence through the presentation of air- and missile-defense assets, alongside strategic missile forces. Images from rehearsals suggest a focus on advanced missiles and unmanned undersea vehicles, further demonstrating China’s rapid military modernization.
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Ukrainian long-range strikes on Russian ammunition depots have significantly reduced their daily artillery shell expenditure from approximately 40,000 to 27,000-28,000 rounds. This success, exceeding 1700 kilometers in range, is attributed to increased Ukrainian deep strike capabilities utilizing unmanned systems. While the reduction is substantial, a slight increase in Russian shelling suggests potential resupply from allies or increased domestic production. These developments occur against a backdrop of ongoing Russian offensives in eastern Ukraine and previous ammunition supply shortfalls for Ukrainian forces.
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A Ukrainian National Guard brigade recently conducted a combined-arms operation using a large number of robotic and unmanned systems, including flying and ground robots, to assault Russian positions in Kharkiv Oblast. This technologically advanced operation, involving surveillance, minelaying, and explosive robots, highlights Ukraine’s innovative approach to warfare but also underscores the significant manpower disparity with Russia. The operation’s success, however, is tempered by the inherent limitations of robots in holding ground and their vulnerability to electronic jamming. Ultimately, the deployment of robots reflects Ukraine’s need to compensate for its smaller force size through technological innovation.
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John Q. Hosedrinker