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Advancing the Large-Scale, Combat-Ready, and Systems-Integrated Development of New-Domain New-Quality Combat Forces

推进新域新质作战力量规模化实战化体系化发展
PLA Daily (解放军报) 13 May 2026
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Analysts at the PLA Academy of Military Sciences' War Studies Institute, writing in an official venue tied to the Fourth Plenary Session of the 20th Central Committee, lay out the doctrinal rationale for scaling up, operationalizing, and integrating into joint systems what the PLA terms 'new-domain new-quality combat forces'—covering space, cyber-electromagnetic, deep sea, and unmanned domains—as a defined priority for the 15th Five-Year Plan period (2026–2030). The piece is analytically useful as a primary-source articulation of how PLA theorists define the conditions under which novel capabilities become operationally decisive: scale sufficient to affect battle outcomes, validation through combat-ready training and real-world operations, and full integration into the joint operational system. The explicit endorsement of overseas peacekeeping, maritime rights-protection, and counterterrorism operations as venues for tempering these forces signals institutional intent to use ongoing operational commitments as live training grounds for emerging-domain units.

Advancing the Large-Scale, Combat-Ready, and Systems-Integrated Development of New-Domain New-Quality Combat Forces

■ Zhang Wendou, Shi Shuai

The Fourth Plenary Session of the 20th Central Committee of the Party designated "advancing the large-scale (规模化), combat-ready (实战化), and systems-integrated (体系化) development of new-domain new-quality combat forces (新域新质作战力量)" as an important component of accelerating the development of advanced combat capabilities during the 15th Five-Year Plan period. This is a major scientific judgment and forward-looking strategic arrangement made by our Party on the basis of the objective laws governing combat capability generation and the profound changes in the form of warfare (战争形态), the mechanisms of victory (制胜机理), and operational modes (作战样式) under new-era conditions. It points the way forward for the development of new-domain new-quality combat forces, provides strategic traction for accelerating the generation of advanced combat capabilities, and holds important significance for advancing the modernization of national defense and the armed forces, and for seizing the commanding heights and initiative in future military struggle.

"All warfare is based on engaging with orthodox forces and achieving victory through unorthodox ones (凡战者,以正合,以奇胜)." Since ancient times, seeking the new and embracing change has been the cardinal principle of military strategists for seizing military advantage and the winning position in war. Developing new-domain new-quality combat forces is a key measure for breaking with convention and achieving victory through novelty in the current era. Its underlying logic is to employ new technologies, expand into new domains, and mine new mechanisms, so as to achieve a qualitative leap in combat capability and realize a disruptive reshaping of the form of warfare, operational modes, and the laws of victory—thereby gaining a significant asymmetric advantage in military confrontation. However, it must be recognized that new-domain new-quality combat forces are not inherently equivalent to advanced combat capabilities. Only after achieving a force scale capable of influencing the course of battle, passing the test of wartime practice, and possessing a mature and complete operational system can they truly become advanced combat capabilities with practical combat effectiveness and strategic utility.

Clausewitz noted that "numerical superiority is the most universal factor in victory." Accelerating the large-scale development of new-domain new-quality combat forces is a prerequisite for generating advanced combat capabilities; only by achieving the scale leap from "small detachment" to "main force" can a fundamental and decisive impact be made on the balance of power, the state of the struggle, and the battlefield situation. In the late stages of World War II, Germany developed and employed the V-1 cruise missile and V-2 ballistic missile—weapons of epoch-making significance at the time—but due to their small scale and incomplete technology, they failed to play a strategic role in reversing the course of the war. In the Sino-Japanese War of 1894–1895, the Qing Navy's Dingyuan and Zhenyuan were the top ironclad battleships in Asia, with armor, firepower, and tonnage clearly superior to Japan's main warships—but "two fists cannot beat four hands": two ace warships were insufficient to close the enormous gap in naval and overall military strength between China and Japan, and this was one of the important reasons for the total annihilation of the Beiyang Fleet.

"To have a strong army, one must have solid armor and sharp weapons, and conduct genuine selection and genuine training (欲得强兵,必须坚甲利器,实选实练)." Combat effectiveness is the core standard for testing whether new-domain new-quality combat forces can become advanced combat capabilities; without combat-ready training and employment, no matter how "new-type" a combat force may be, it cannot form advanced combat capabilities. In the 1960s, the reason our military's newly established surface-to-air missile units were able to achieve the unprecedented feat of shooting down enemy high-altitude reconnaissance aircraft was directly related to their adherence to the technical principles of the new equipment and their solid conduct of combat-ready training. We must fully recognize the critical role of new-domain new-quality combat forces in winning informatized and intelligentized warfare (信息化智能化战争), as well as the characteristics of high concealment, high complexity, and high intensity in new-domain new-quality confrontation. We must design operational scenarios and operational plans in a targeted manner, and through combat-ready adversarial exercises and training (实战化对抗式演训), identify problems, remedy shortcomings, mine potential, and enhance effectiveness. We must actively use overseas peacekeeping, maritime and aerial rights-protection operations, counterterrorism and stability maintenance, and other forms to put new-domain new-quality combat forces through tempering and refinement on the front lines of military struggle—finding gaps, gaining experience, and strengthening capabilities in actual combat.

"The talent needed for the halls of power is not the branch of a single tree (廊庙之才,盖非一木之枝也)." The systems-integrated development of new-domain new-quality combat forces is the key lever for multiplying and releasing advanced combat capabilities. Modern warfare is a contest of system against system (体系与体系的对抗); the characteristics of "platform-based combat supported by systems, tactical actions backed by strategic assurance (平台作战、体系支撑,战术行动、战略保障)" are increasingly prominent, and "no joint operations without systems integration, no victory without joint operations (无体系不联合、无联合不制胜)" has become a basic law. New-domain new-quality combat forces in space, cyber-electromagnetic (网电), deep sea, unmanned systems, and other domains must be deeply integrated into the joint operational system (联合作战体系), leveraging the system's information empowerment, network empowerment, and intelligent empowerment to provide strong support for situational awareness, command and control, and logistical support, thereby achieving a combat power multiplication effect of "1+1>2." In the Russia-Ukraine conflict, the reason certain advanced weapons provided by Western countries to Ukrainian forces were able to achieve major battlefield results is fundamentally that these weapons were backed by the powerful operational systems of Western countries, including command-and-control systems and satellite intelligence networks.

"Therefore, in the art of war, do not rely on the enemy not coming; rely on having the means to receive him (故用兵之法,无恃其不来,恃吾有以待之)." Throughout history, taking proactive action to seize the initiative in developing advanced combat capabilities has been a key factor in changing national power and supporting the rise of great powers. Some countries have become world powers precisely by seizing the historical opportunities presented by scientific and technological revolutions, industrial revolutions, and military revolutions—using new-domain new-quality combat forces as the lever to build military strength that leads the world, thereby providing strong security guarantees for the expansion of overseas interests. As the new round of technological revolution accelerates, strategic frontier technologies in artificial intelligence, biology, quantum science, and other fields are being applied ever more broadly to production, daily life, and the military domain; human existence and national security are increasingly extending into new spaces such as the deep sea, the polar regions, cyberspace, and outer space; and competition for interests and military struggle over emerging domains are intensifying. Seizing the era's window for overtaking on the curve (弯道超车), pressing forward with the large-scale, combat-ready, and systems-integrated development of new-domain new-quality combat forces, and accelerating the incubation, cultivation, and effective supply of advanced combat capabilities will provide strong support for our country to calmly respond to the dramatic reshaping of the geopolitical landscape and the accelerating evolution of the form of warfare.

(Authors' affiliation: War Studies Institute, Academy of Military Sciences)

Original Chinese
推进新域新质作战力量规模化实战化体系化发展 ■张文斗 师 帅 党的二十届四中全会将“推进新域新质作战力量规模化、实战化、体系化发展”作为“十五五”期间加快先进战斗力建设的重要内容。这是我们党基于战斗力生成的客观规律,以及新时代条件下战争形态、制胜机理、作战样式等深刻变化作出的重大科学论断和前瞻布局,为新域新质作战力量发展指明了着力方向,为加快先进战斗力生成提供了战略牵引,对于推进国防和军队现代化建设、抢占未来军事斗争制高点和主动权具有重要意义。 “凡战者,以正合,以奇胜。”自古以来,求新求变就是夺取军事优势和战争胜势的兵家圭臬。发展新域新质作战力量是当前时代背景下打破陈规、以新谋胜的关键举措。其底层逻辑是运用新技术、拓展新领域、挖掘新机理,使作战能力获得质的跃升,实现对战争形态、作战样式、制胜规律的颠覆性重塑,从而在军事对抗中获得显著的非对称优势。然而应该看到,新域新质作战力量并不天然等同于先进战斗力,只有在形成能够左右战局的力量规模、经过战争实践的测试检验、具备成熟完善的作战体系之后,才能真正成为具有实战功效、发挥战略作用的先进战斗力。 克劳塞维茨指出,“数量优势是最普遍的制胜因素”。加快新域新质作战力量规模化发展是形成先进战斗力的前提条件,只有实现从“小分队”到“主力军”的规模跃升,才能对实力对比、斗争形势、战场态势产生重大根本性影响。二战后期,德国研发并使用了V1巡航导弹和V2弹道导弹,这在当时是具有跨时代意义的全新武器装备,但由于规模小、技术不完善,没能发挥扭转战争局势的战略作用。中日甲午海战中,清军“定远”舰、“镇远”舰是亚洲顶级铁甲战列舰,装甲、火力、吨位明显优于日军主力舰,但“双拳难敌四手”,两艘王牌战舰并不足以抹平中日两国海军和总体军事实力的巨大差距,这也是导致北洋舰队全军覆没的重要原因之一。 “欲得强兵,必须坚甲利器,实选实练。”实战能力是检验新域新质作战力量能否成为先进战斗力的核心标准,不经过实战化训练和运用,作战力量再“新型”也形不成先进战斗力。上世纪六十年代,我军组建不久的地空导弹部队,之所以能够首创击落敌高空侦察机的战绩,与遵循新装备技术机理、扎实开展实战训练有直接关系。要充分认清新域新质作战力量在打赢信息化智能化战争中的关键性作用,以及新域新质对抗高隐蔽、高复杂、高强度特点,针对性设计作战场景和作战方案,通过实战化对抗式演训,查找问题、补齐短板,挖掘潜力、提升效能。要积极通过海外维和、海空维权、反恐维稳等多种形式,把新域新质作战力量放到军事斗争一线去锤炼打磨,在实战中找差距、得经验、强能力。 “廊庙之才,盖非一木之枝也。”新域新质作战力量体系化发展是倍增和释放先进战斗力的关键抓手。现代战争是体系与体系的对抗,“平台作战、体系支撑,战术行动、战略保障”的特点愈发凸显,“无体系不联合、无联合不制胜”已成为基本规律。太空、网电、深海、无人等新域新质作战力量必须深度融入联合作战体系,通过体系的信息赋能、网络赋能、智能赋能,提供强力的态势感知、指挥控制、后勤保障等支撑,实现“1+1>2”的战力倍增效果。俄乌冲突中,西方国家为乌军提供的一些先进武器,之所以能够在战场上取得重大战果,根本原因在于这些武器背后有西方国家的指控系统、卫星情报网络等强大作战体系支撑。 “故用兵之法,无恃其不来,恃吾有以待之。”纵观历史,主动作为抢抓先进战斗力发展先机是改变国家实力、支撑大国崛起的关键因素。有的国家能够成为世界性大国,就是抓住了科技革命、产业革命、军事革命的历史机遇,以新域新质作战力量为抓手,构建了领先全球的军事实力,为海外利益拓展提供强大安全保障。随着新一轮科技革命加速发展,智能、生物、量子等战略前沿技术越来越广泛地应用到生产生活和军事领域,人类生存和国家安全日益向深海、极地、网络、太空等新型空间拓展,围绕新兴领域的利益争夺和军事斗争更加激烈。抢抓弯道超车的时代窗口,紧前推进新域新质作战力量规模化、实战化、体系化发展,加快先进战斗力孵化孕育和有效供给,将为我国从容应对地缘政治格局剧变重塑、战争形态加速演进提供坚强支撑。 (作者单位:军事科学院战争研究院)