昨天（3日）的阅兵式上，参阅的陆上无人作战方队，以陆军某部为主体抽组组建，受阅装备侦打突击无人车、无人战车、扫雷排爆无人车等先进无人作战 装备，展示了人民陆军转型建设的最新成果，为未来战场提供了全新的作战思路。 在阅兵训练场，陆上无人作战方队邀请战旗方队擎旗手将出自该部的8面战旗迎至方队，讲述着8面战旗背后的抗战故事。 1941年10月底，侵华日军对太行抗日根据地实施大规模"扫荡"，其中的重要目标之一就是位于太行山中段的黄崖洞兵工厂，这是八路军武器装备供给的重要 基地。八路军战士们以不足一个团的兵力，鏖战8个昼夜，成功抵抗敌军5000余人的疯狂进攻。 陆上无人作战方队 武继银：在黄崖洞保卫战中，司号员崔振芳在陡崖上孤军战斗，投出百余枚手榴弹，炸死敌兵无数，最终壮烈牺牲，接过血染的战旗， 就是血脉的赓续，作为"黄崖洞保卫战英雄团"的传人，传承好革命先辈们用鲜血凝聚的战旗精神，面对一切来犯之敌，敢于牺牲、敢于胜利。 乘载员陈帅，是该方队来自"河源西沟战斗第一连"所在部队的唯一一名代表。投入阅兵训练后，陈帅的成绩一开始并不理想，但他坚持跟学跟训，最终成功 逆袭，顺利参加阅兵。 陆上无人作战方队 陈帅：我始终坚信"河 ...

陆上无人作战方队接受检阅 其中"机器狼" "狼群出动" 网友：有点萌，但战斗力很"猛"！ 陆上无人作战方队接受检阅。人民网记者翁奇羽摄 九三阅兵中 相较于"机器狗" 新域新质作战力量 成为九三阅兵一大亮点 侦打突击、扫雷排爆 班组支援等无人战车 远程操控、自主行动、灵活编组 实现陆上有人无人 协同作战新突破 "机器狼" 是由四足机器狗加装上武器 或侦察设备进化而成 "机器狼"在侦察能力 打击能力、保障处置等 各方面都有提升 在今年的思想解读类融媒体片 《攻坚——矢志强军向一流》中 陆军最新有人无人协同作战 画面披露 展示了"机器狼" 和士兵协同作战的画面 用技术把战术推向新的高度 为智能化 无人装备点赞 （文章来源：人民网） 挂载步枪的察打一体"机器狼" 以精准火力实施压制 同时向"敌占区"快速机动 后方士兵保持紧密战术协同跟进 无人化作战的时代已经到来 有人无人协同作战 ...

● 新华社北京9月3日电 时间见证伟大。 1945年9月3日，中国人民取得了抗日战争的伟大胜利，宣告了世界反法西斯战争的完全胜利。 2025年9月3日，中国在天安门广场以一场盛大的阅兵宣告：中华民族伟大复兴势不可挡！人类和平与发 展的崇高事业必将胜利！ 凌晨 向着天安门 车灯如炬，划破夜幕。 数百台战车从阅兵集训点接踵而出，上万名官兵集结开拔。 不远处一个营区里，联合军乐团演奏员侯兵拿起银色的礼号。分散在京外各地的多个机场内，来自陆、 海、空三军的飞行员，在晨光熹微中登机待命。 他们向着一个举世瞩目的地方开进——天安门。 他们为了一个崇高光荣的时刻集结——接受党和人民的检阅。 拉开"中军帐"，态势监控系统将多分队、多路线、多队形机动的大军尽收眼底，实时更新最优路线、抵 达时间、沿途精准封控方案，为精确指挥部队提供支撑。 肉眼看不到的世界里，以中国卫星导航系统为支撑，一串串数据汇集、传输、呈现……这支曾靠小米加 步枪取得胜利的军队，已插上信息化智能化的翅膀。 站在人民军队奋进建军百年的历史节点前，这次阅兵训练从一开始就擦亮了实战的锋刃。 "阅兵动用上万人、上百架飞机、数百台地面装备，要实现整齐划一、精准协同、米 ...

Group 1 - The core viewpoint highlights the significant advancements in China's military technology, showcasing new equipment such as unmanned systems and advanced weaponry, reflecting the country's technological innovation capabilities [1][2][3] - The display of domestic military equipment at the recent parade symbolizes China's commitment to safeguarding national sovereignty and maintaining global peace [2][3] - The rise of China's defense technology industry mirrors the overall development trajectory of the nation, indicating a strong correlation between military advancements and national progress [3] Group 2 - Recent breakthroughs in artificial intelligence and robotics are accelerating the transformation of advanced technologies into practical applications, with a focus on creating a comprehensive ecosystem for smart products [4][6] - The report indicates that by mid-2025, China will have registered 439 large models across various industries, demonstrating the rapid growth of AI applications in sectors like healthcare, agriculture, and finance [7] - The industrial robot market in China is projected to reach sales of 302,000 units in 2024, maintaining its position as the largest industrial robot market globally for 12 consecutive years [7] Group 3 - The market for intelligent robotic dogs in China is expected to grow significantly over the next five years, with an annual compound growth rate of 37.5%, potentially exceeding 5 billion yuan [8] - The development of low-altitude equipment is advancing rapidly, with over 4 million units in operation and around 1,400 companies involved in the sector, emphasizing the trend towards unmanned, electric, and intelligent technologies [8] - The transition from technological breakthroughs to large-scale applications is evident, with AI expected to become ubiquitous across various industries, enhancing the practicality and intelligence of robots and unmanned services [8]

Group 1 - The article highlights the rapid evolution of modern warfare due to the integration of unmanned intelligent equipment, which is significantly changing military strategies and capabilities [1] - China's military is positioned at the forefront of this global military revolution, showcasing a variety of unmanned and counter-unmanned systems during the recent military parade, reflecting its strength and confidence in building a world-class military [3][5] - The development of Chinese drones is described as a remarkable achievement, supported by strong research capabilities and a complete industrial chain, leading to a significant display of military drones at the parade [5] Group 2 - Multiple new types of drones have attracted global military attention, featuring designs that emphasize stealth and increased payload capacity, indicating enhanced combat capabilities [7] - Ground unmanned equipment, including armed unmanned vehicles and engineering vehicles, demonstrates significant firepower, mobility, and battlefield awareness, capable of operating in harsh environments [9] - The combination of unmanned transport vehicles and drones allows for effective aerial reconnaissance and ground mobility, with robotic dogs assisting soldiers in various tasks [11] Group 3 - China's military has developed comprehensive countermeasures against enemy drones, including new vehicle-mounted laser and microwave weapons designed to neutralize threats effectively [13] - The integration of rapid-fire cannons and surface-to-air missiles in defense systems enhances the military's ability to intercept incoming threats, creating a robust air defense network [15] - New naval unmanned vessels are designed with advanced stealth features, enabling high-speed operations and covert underwater missions, showcasing the evolution of naval warfare capabilities [17][19]

以下文章来源于机器人技术与应用 ，作者唐 机器人技术与应用 . 传播企业信息和市场行情，交流业内创新成果，推动行业技术进步。宣传报道国内外机器人技术领域最新技术、 成果和信息，促进企业转型升级，搭建产学研交流平台。 2025年9月3日的天安门广场，在纪念抗日战争暨世界反法西斯战争胜利80周年的盛大阅兵中，无人作战群以三栖协 同之势揭开了未来智能战争的新篇章。 阅兵场上，装备方队无人作战群惊艳亮相。 陆上无人作战方队、海上无人作战方队、空中无人作战方队 依次通过天 安门，多型首次亮相的武器装备吸引了全场观众的目光。 三栖无人作战体系 此次阅兵首次公开展示了覆盖陆地、海洋和空中的 全域无人作战体系 。 ● 陆 上无人作战方队 展示了 侦打突击、扫雷排爆、班组支援 等三类无人战车。这些装备可远程操控、自主行动、 灵活编组，实现了陆上有人无人协同作战的新突破。 ● 海上无人作战方队 展示了 新型无人潜航器、无人艇和无人布雷系统 ，具备隐蔽布放封锁、自主探测识别、集群 组网攻击等作战能力，是海上作战的奇兵利器。 ● 空中无人作战方队 则由 新型察打一体无人机、无人僚机、舰载无人直升机 等组成，可隐蔽突击、广域覆盖、自 ...

Group 1 - The event commemorated the 80th anniversary of the victory in the Chinese People's Anti-Japanese War and the World Anti-Fascist War, held at Tiananmen Square in Beijing [2] - The military parade featured 23 equipment formations divided into 7 combat groups, including 3 formations of unmanned combat vehicles [2] - The unmanned ground vehicles demonstrated capabilities such as remote control, autonomous operation, and flexible grouping, marking a new breakthrough in land-based manned-unmanned collaborative operations [2]