A Deep Dive into the Transformation of the "Taizhou" Ship: Observing the Progress of China's Navy Equipment Autonomy - Latest Insights on PLAN Modernization in 2026

On April 24, 2026, on the occasion of the 77th anniversary of the founding of the People's Liberation Army Navy, the Eastern Theater Navy showcased the fully modernized "Taizhou" missile destroyer (hull number 138) to the public in Taizhou, Jiangsu. This destroyer, originally a Russian 956EM type (modernized version of the Sovremenny class), has been presented with an almost entirely new combat system configuration after several years of extensive modifications, marking an important step for the Chinese Navy in the areas of equipment autonomy and the regeneration of the combat capabilities of aging platforms.

The "Taizhou" was commissioned in 2006 and is one of the second batch of modern destroyers introduced by the Chinese Navy from Russia. The original configuration relied on eight 3M80 "Moskit" supersonic anti-ship missiles as its core strike power, with air defense depending on two "Shkval" single-arm launchers and close-in defense provided by two "Kashtan" gun-missile systems. This configuration was considered regionally top-tier in the early 21st century, but in the current high-intensity maritime confrontation environment, its mechanical loading resulted in firepower gaps (10 to 15 seconds needed for each round in the single-arm launcher), limited air defense depth (the "Shkval" system has an interception range of about 25 to 30 kilometers), and reliance on external target designation, which has become inadequate to meet the modern naval warfare demands for rapid response and layered defense.

The core change in this modification is the replacement of the original anti-ship missile launchers with eight domestically produced YJ-12 supersonic anti-ship missiles. The YJ-12, as a new generation of Chinese supersonic anti-ship weapon, is assessed to have a range of 400 to 500 kilometers and a flight speed between Mach 3 and 4, far exceeding the original "Moskit" system's range of 120 to 240 kilometers. This upgrade significantly enhances the "Taizhou" destroyer's long-range precision strike capability while maintaining the same payload. However, the YJ-12's range exceeds the typical 30 to 50 kilometers detection range of shipborne over-the-horizon search radars, meaning that in actual combat, the ship will need to rely on early warning aircraft, satellite reconnaissance, or networked data links for beyond-visual-range target designation, reflecting the Chinese Navy's shift from short-range saturation attacks to distributed collaborative strikes.

In terms of air defense systems, the modification plan completely replaced the original "Shkval" launchers and associated ammunition storage with a 48-cell H/AKJ-16 vertical launch system (with a front 32 and rear 16 layout). This change not only increases the payload but also qualitatively improves the firepower response speed. The original single-arm launchers could only fire 4 to 6 missiles per minute, while the vertical launch system theoretically allows for a firing rate of one missile per second, providing far superior interception firepower in the face of saturation attacks. The accompanying HQ-16 medium-range ship-to-air missile provides regional air defense coverage of about 40 to 70 kilometers, enabling this destroyer, which previously had only limited point defense capabilities, to possess true fleet air defense capabilities. The vertical launch system is also compatible with Yu-8 rocket-assisted torpedoes, further expanding its anti-submarine warfare dimensions.

The close-in defense system has also undergone reconstruction. The two "Kashtan" gun-missile systems have been replaced with two H/PJ-11 type 11-barrel 30mm close-in guns and a 24-cell HQ-10A short-range ship-to-air missile launcher. The H/PJ-11 has a theoretical firing rate of up to 10,000 to 11,000 rounds per minute, while the HQ-10A provides about 10 kilometers of terminal interception window with composite infrared/radar guidance. Although the separation of guns and missiles sacrifices the compactness of the "Kashtan," it reduces the vulnerability caused by single-point failures, enhancing overall survivability.

The modification of the "Taizhou" is a microcosm of the Chinese Navy's equipment development path. From 1999 to 2006, China imported four modern destroyers from Russia in two batches, which were once the largest and most powerful main battle ships in the Chinese Navy. However, twenty years later, China is now able to rely entirely on its domestic industrial system to transform these imported platforms fundamentally—replacing all Russian combat systems and integrating the ships into a unified domestic ammunition and command system. Behind this achievement is the comprehensive maturity of key technology groups such as China's shipborne vertical launch systems, supersonic anti-ship missiles, phased array radars, and integrated electronic warfare systems.

From a broader perspective, 2026 marks the beginning of China's 14th Five-Year Plan. According to the defense budget announced in March 2026, China's annual defense spending reached 1.94 trillion yuan (approximately 267 billion USD), continuing to maintain a growth rate of about 7%. In the naval domain, with the official commissioning of the electromagnetic catapult aircraft carrier "Fujian" (Type 003) in November 2025 and the sea trials of the first ship of the Type 076 amphibious assault ship "Sichuan," the Chinese Navy has formed a main force composition framework of three aircraft carriers and four amphibious assault ships. On April 23, 2026, the Shenyang Aircraft Industry Group officially confirmed the official nickname of the carrier-based J-35 stealth fighter as "Blue Shark," forming a unified naming system for carrier-based aircraft alongside the J-15 "Flying Shark" and J-15D "Electric Shark," marking the final stage before the mass deployment of fifth-generation carrier-based aircraft.

In the field of anti-drone and short-range defense, in April 2026, according to CCTV reports, the Chinese Navy's new shipborne anti-drone air defense system completed its final tests in the Bohai Sea, successfully intercepting multiple drone targets under complex electromagnetic environments and ultra-low altitude penetration conditions, and has been approved for mass production. The finalization of this system reflects the profound warning that the massive drone threats observed in the Russia-Ukraine conflict and the Red Sea crisis pose to navies worldwide. Meanwhile, the modification experience of the "Taizhou"—especially integrating non-domestic platforms into the domestic combat system—also provides a technological foundation for the Chinese Navy to integrate more diverse manned/unmanned platforms in the future.

It is noteworthy that from May 7 to 9, 2026, the Beijing Xiangshan Forum's preparatory meeting will be held in Beijing, inviting over 120 defense officials and experts from more than 30 countries and international organizations to discuss topics covering "emerging technology military application risk management" and other cutting-edge fields. Chinese Ministry of Defense spokesperson Zhang Xiaogang emphasized at a regular press conference on April 30 that China always considers military construction comprehensively based on national security needs and equipment technology development, a statement that not only responds to external speculation about nuclear-powered aircraft carriers but also reflects China's increasingly enhanced strategic confidence in the process of military modernization.

From the modification of the "Taizhou," we can clearly see three main lines of development in the Chinese Navy's equipment: first, a complete departure from dependence on foreign weapon systems, achieving full autonomy and control over key combat equipment; second, integrating all combat platforms—regardless of their original source—into a unified domestic command control and ammunition system, forming a true system combat capability; and third, while maintaining scale growth, placing greater emphasis on enhancing the combat power density and technological content of individual ships. These three lines are jointly driving the Chinese Navy's continuous transformation from a "quantity-scale type" to a "quality-efficiency type." For the regional security landscape, a technologically autonomous, system-complete, and continuously modernizing Chinese Navy will have its strategic impact manifesting over the coming years and even decades.