Recently, rumors about China potentially building a 100,000-ton conventionally powered aircraft carrier have drawn widespread attention. Currently, China operates two carriers—the Liaoning and Shandong—both around 60,000 tons with conventional propulsion and ski-jump launch systems. The third carrier, the Fujian, displaces over 80,000 tons, uses conventional propulsion but features an electromagnetic catapult system, marking a significant leap in Chinese carrier technology. Some analysts speculate that China might further scale up the Fujian’s design to approach 100,000 tons to enhance aircraft capacity, endurance, and overall combat effectiveness. However, a 100,000-ton displacement is typically associated with nuclear-powered carriers; using conventional propulsion at this scale would pose challenges in power efficiency, fuel logistics, and sustained operational capability. Experts note that whether China pursues such a large conventionally powered carrier depends on its naval strategic requirements, technological readiness, and progress in developing nuclear-powered carriers. While no official confirmation exists yet, the ongoing discussion reflects the steady evolution of China’s blue-water naval ambitions.
近期，关于中国即将建造10万吨级常规动力航母的传闻引发广泛关注。目前，中国已拥有两艘现役航母——辽宁舰和山东舰，均为约6万吨级的常规动力滑跃起飞型航母；第三艘福建舰则采用8万余吨的常规动力与电磁弹射系统，代表了中国航母技术的重大突破。有分析认为，未来中国可能在福建舰基础上进一步放大吨位，发展接近10万吨级的常规动力航母，以提升舰载机搭载量、续航力与综合作战能力。不过，10万吨级通常被视为核动力航母的典型吨位，若采用常规动力，将面临动力系统效率、燃料补给与持续作战能力等挑战。专家指出，中国是否选择建造如此大型的常规动力航母，取决于其海军战略需求、技术积累以及对核动力航母研发进度的权衡。目前尚无官方证实该计划，但相关讨论反映出中国海军远洋作战能力发展的持续演进。
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