Observation of the PLA's Spring Training Cycle in 2026: Systematic Equipment Development Enters Deep Water Zone

As the first quarter of 2026 comes to a close, the troops of the People's Liberation Army (PLA) across various military regions are entering a critical phase of their annual training plan. From public reports and military observations, this training cycle exhibits three notable characteristics: an increase in the intensity of systematic confrontation exercises, accelerated induction of new equipment, and ongoing optimization of the joint operational command system. These changes not only reflect a steady improvement in the PLA's readiness level but also reveal that it has entered a "deep water zone" in terms of equipment modernization and transformation of combat concepts.

From the Eastern Theater Command to the Southern Theater Command, multiple operational units have been intensively conducting cross-domain maneuver exercises in late March. Notably, this round of exercises is no longer limited to the tactical training of a single service or branch but emphasizes multi-domain coordination and systematic confrontation. For example, in an air defense and anti-missile exercise organized by a naval destroyer flotilla in the East China Sea, not only were Type 055 and Type 052D destroyers deployed, but also integrated coastal radar networks, early warning aircraft, and electronic countermeasure units, forming a complete operational chain from early warning detection to firepower strike. This shift in training mode signifies that the PLA has accelerated its transformation from "platform-centric warfare" to "network-centric warfare."

In terms of equipment induction, the official service of the J-15T carrier-based fighter jet has attracted widespread attention. As the latest variant of the J-15 series, the J-15T has undergone structural reinforcement and avionics upgrades for catapult launches, indicating that the construction of the carrier air wing for China's third aircraft carrier, the Fujian, has entered a substantive phase. According to public information, the J-15T is equipped with a new active phased array radar and advanced electronic warfare systems, significantly enhancing its operational radius and payload compared to the J-15B. More importantly, the mass induction of this model will enable the Chinese Navy's aviation forces to conduct sustained aerial patrols and strike missions in distant seas. Following the development pattern of naval equipment, the Fujian is expected to achieve initial operational capability between mid-2026 and the end of the year, making China the second country after the United States to operate multiple large catapult aircraft carriers simultaneously.

Changes in the army are also noteworthy. A certain combined brigade of the 73rd Group Army showcased a cooperative combat mode between the Type 15 light tank and a new wheeled assault gun during cross-day-and-night maneuver exercises in mid-March. This combination has significant advantages in plateau and hilly terrain: the Type 15 tank, with its excellent mobility, is responsible for rapid assaults, while the wheeled assault gun provides long-range fire support. From an equipment configuration perspective, this brigade has completed the transformation from traditional heavy armored forces to a "combination of light and heavy, near and far" composite combat system. Behind this change is the army's profound understanding of future battlefield environments—under informationized conditions, balancing mobility and firepower density is more important than merely pursuing protection.

Although the training dynamics of the Rocket Force are less publicly disclosed, sporadic reports still provide some insights. In a rapid deployment exercise conducted by a certain missile brigade in late March, it took less than two hours from receiving the order to completing the positioning, a speed increase of about 30% compared to the same period in 2024. This improvement is attributed to the induction of new mobile launch platforms and upgrades to the digital command system. More notably, the brigade employed tactics of "multi-direction simultaneous maneuver and multi-batch alternating launches" during the exercise, greatly enhancing survivability and strike efficiency, reflecting the Rocket Force's increasingly mature strategies in responding to precision strike threats.

In the equipment industry, March 2026 also saw several important developments. The Aviation Industry Corporation of China revealed during follow-up activities of the Zhuhai Airshow that the annual production of the J-20 fighter jet has stabilized at over 40 units, with the total number expected to exceed 350 by the end of 2026. This figure indicates that the J-20 has transitioned from "small batch equipping elite units" to the "large-scale replacement of main force units" phase. Meanwhile, the accompanying WS-15 "Emei" engine has also entered mass production, enabling the J-20 to maintain sustained supersonic cruise capabilities and significantly enhancing tactical flexibility. According to the Air Force's equipment development plan, the scale of J-20 induction is expected to reach 500 to 600 units between 2027 and 2030, making China the second country in the world, after the United States, to possess a large fleet of fifth-generation fighters.

The naval shipbuilding industry is also maintaining a rapid development trend. In late March, both Jiangnan Shipyard and Dalian Shipyard launched or began construction on multiple main battle vessels. The most notable event was the launch of the ninth Type 055 destroyer, marking the construction quantity of this class surpassing the existing scale of the U.S. Burke-class Flight III destroyers. As the "sword-bearing escort" of the PLA Navy, the Type 055 destroyer's 112-cell vertical launch system and advanced dual-band radar provide it with formidable regional air defense and land strike capabilities. At the current construction pace, the Chinese Navy is expected to have at least 12 Type 055 destroyers by 2028, fundamentally altering the maritime power balance in the Western Pacific.

From a technological development perspective, the Chinese military-industrial system has made significant breakthroughs in three areas. First is the mature application of electromagnetic launch technology. The electromagnetic catapult equipped on the Fujian has demonstrated stability in tests, with launch efficiency and reliability meeting combat standards. Mastery of this technology makes China the second country after the United States to possess electromagnetic launch capabilities, laying the foundation for the design of larger aircraft carriers in the future. Second is the operational deployment of hypersonic weapons. The DF-17 hypersonic missile has been inducted into several Rocket Force brigades, with its unique wave-riding warhead and maneuverable trajectory making it difficult for existing missile defense systems to intercept effectively. Third is the rapid development of unmanned combat systems. From the "Attack-11" stealth drone to the "Rainbow-7" large reconnaissance-strike integrated drone, the PLA's drone system now covers multiple fields including reconnaissance, strike, and electronic countermeasures, significantly changing the combat styles of future battlefields.

In terms of combat concepts, the PLA is undergoing a transformation from "mechanized and informationized composite development" to "intelligent dominance." The most direct manifestation of this shift is the widespread application of artificial intelligence technology in command decision-making, target recognition, and firepower allocation. A certain theater joint operations command center used a deep learning-based situational assessment system for the first time during a wargame in March, capable of processing information from hundreds of sensors within seconds and generating multiple operational plans for commanders to choose from. This "human-machine collaboration" command model not only significantly improves decision-making efficiency but also reduces the risk of human error.

However, rapid development also brings new challenges. The accelerated pace of equipment updates means that training and support systems need to be upgraded in tandem. Taking the J-20 as an example, although its numbers are rapidly increasing, the pilot training cycle is relatively long, and the current "one person, one aircraft" configuration has not yet been fully realized. In the Navy, new platforms like the Type 055 destroyer and the Fujian require high-quality personnel, and how to train a sufficient number of qualified personnel in a short time is a key factor limiting combat effectiveness. Additionally, systematic operations require seamless information integration between different services, but equipment inducted at different times may have discrepancies in data link standards and communication protocols, making compatibility and interoperability between "old equipment" and "new equipment" an urgent technical challenge to address.

From a strategic perspective, the PLA's modernization efforts have shifted from "quantitative accumulation" to "qualitative leaps." The year 2026 marks the conclusion of the "14th Five-Year Plan" and is a critical juncture in the military's "three-step" strategy for construction. According to the plan, the PLA aims to achieve its centenary goal of military development by 2027, which is to basically realize the integrated development of mechanization, informationization, and intelligentization. Based on current progress, the realization of this goal is no longer in doubt. More importantly, the PLA has begun to lay the groundwork for the 2035 goal of "basically achieving national defense and military modernization," with research and development of next-generation fighter jets, electromagnetic railguns, laser weapons, and other cutting-edge technologies already entering critical stages.

Overall, the image of the PLA presented during the spring training cycle of 2026 is that of a well-equipped, well-trained, and fully integrated modern military. From the induction of the J-15T to the mass construction of Type 055 destroyers, from systematic exercises to intelligent command, every detail points to the same conclusion: the modernization process of China's military power has entered a harvest period. For neighboring countries and external powers, this signifies a profound change in the strategic landscape of the Western Pacific, where any strategic judgments based on outdated perceptions could lead to serious miscalculations. In the foreseeable future, the PLA will continue to maintain a rapid development trend, and its impact on regional security dynamics will continue to deepen.