继"特种兵式旅游"之后，这个暑期，"窝囊旅游"又在年轻人中悄然走红。 所谓"窝囊旅游"，指的是以最小的体力消耗感受旅游乐趣，比如坐电梯爬山、躺平式漂流、缓降式蹦极等。 在这其中，黑科技为实现"窝囊旅游"提供了更多可能性。今年以来，包括泰山、黄山、武功山、峨眉山、八达岭长城等在内的多个景区都引入了外骨骼机器人设 备。借助"穿在身上的机器人"，游客可步履轻盈地征服陡峭山路。这一"登山外挂"也让外骨骼机器人从医院、养老院里的小众概念走进大众消费视野，加速渗透进 日常生活之中。 软件层面，人工智能大模型的进步，为外骨骼机器人装上了"聪明的大脑"，加快了产业落地的速度。"AI技术贯穿于迈步机器人产品的训练、评估与决策全流 程。"陈功表示。比如，基于临床大数据的AI算法可以辅助个性化训练方案制定，通过多模态传感器感知运动意图，实时调整助力强度与步速；结合生物力学模型分 析步态数据，则可以量化评估康复效果。"这些应用使康复训练精准度提升30%以上，患者主动参与度提高50%。"陈功说。 场景爆发：从医疗康养 到大众消费的拓展 这并非偶然的"出圈"事件，而是技术突破与场景应用深度共振的结果。记者多方采访发现，近年来，人工智能、 ...

继"特种兵式旅游"之后，这个暑期，"窝囊旅游"又在年轻人中悄然走红。所谓"窝囊旅游"，指的是以最 小的体力消耗感受旅游乐趣，比如坐电梯爬山、躺平式漂流、缓降式蹦极等。 在这其中，黑科技为实现"窝囊旅游"提供了更多可能性。今年以来，包括泰山、黄山、武功山、峨眉 山、八达岭长城等在内的多个景区都引入了外骨骼机器人设备。借助"穿在身上的机器人"，游客可步履 轻盈地征服陡峭山路。这一"登山外挂"也让外骨骼机器人从医院、养老院里的小众概念走进大众消费视 野，加速渗透进日常生活之中。 这并非偶然的"出圈"事件，而是技术突破与场景应用深度共振的结果。记者多方采访发现，近年来，人 工智能、柔性驱动、轻量化材料等核心技术的成熟，叠加人口老龄化、智能制造、户外经济等多重需求 驱动，外骨骼机器人产业迎来了爆发前夜。在政策支持、资本涌入与企业创新的合力推动下，这个曾经 的"小众黑科技"赛道，正加速迈向商业化落地的黄金时代。 技术跃迁：从"机械铁架" 到"智能肌肉"的进化 在深圳市第二人民医院的康复治疗部，一名脑卒中患者正在借助一款外骨骼机器人进行康复训练。这副 犹如"钢铁盔甲"般的设备，不仅可以通过机械结构和动力系统给患者提供支撑力 ...

Core Viewpoint - The exoskeleton robot industry is at a critical commercialization point, requiring breakthroughs in human-machine collaboration, lightweight materials, endurance, and cost control to achieve widespread consumer application [1][4][5]. Group 1: Industry Overview - Exoskeleton robots are wearable devices that enhance mobility for both individuals with disabilities and healthy users, with applications expanding from industrial and medical fields to consumer markets [2][3]. - The exoskeleton robot market is projected to experience rapid growth, with an estimated annual compound growth rate of 47.7% from 2025 to 2028, reaching a global market size of $5.8 billion by 2028 [3]. - In China, the exoskeleton robot market is expected to reach 4.2 billion yuan by 2025, with an annual compound growth rate of approximately 50% from 2023 to 2028 [3]. Group 2: Technological Challenges - Key challenges include the need for high-performance, low-power chips to enhance the robots' capabilities, as well as the development of lightweight and flexible materials to improve market acceptance [4][5]. - Battery technology is critical, with current endurance typically lasting only a few hours; advancements are needed to achieve a desired endurance of one to several days while reducing battery weight [5]. Group 3: Market Dynamics - The commercialization of exoskeleton robots is currently supported by innovative business models, such as rental services in tourist areas, which can help drive industry growth [5]. - Policy support is significant, with various government initiatives aimed at promoting the application of exoskeleton robots in sectors like elderly care and rehabilitation [6]. Group 4: Investment and Collaboration - Investment activity in the exoskeleton robot sector is increasing, with companies like Shanghai Aoshark Intelligent Technology and Youlong Robotics securing substantial funding to enhance R&D and expand production [7]. - Collaborative efforts among companies, academic institutions, and research organizations are fostering innovation in the development of exoskeleton technologies [7]. Group 5: Future Outlook - The exoskeleton robot is anticipated to become a core technology that benefits humanity, moving beyond a futuristic concept to practical applications in daily life [8].

Group 1: Industry Overview - The exoskeleton robot industry is at a commercialization critical point, requiring advancements in human-machine collaboration, lightweight materials, battery life, and cost reduction to achieve broader market acceptance [1][6]. - The demand for exoskeleton robots is increasing across multiple sectors, indicating a key period for technological innovation, product iteration, and expansion into new application areas in the coming years [1][4]. Group 2: Technological Developments - Exoskeleton robots have evolved from heavy, cumbersome designs to lightweight models weighing as little as 1.8 kg, incorporating AI algorithms for precise gait recognition, significantly enhancing user experience [3]. - Companies like National Technology are developing high-performance microcontroller chips to improve human-machine interaction and efficiency in exoskeleton robots [6]. Group 3: Market Applications - Exoskeleton robots are being tested in various fields, including outdoor sports, industrial applications, military, emergency rescue, and elderly care, showcasing their versatility and potential for widespread adoption [4][8]. Group 4: Investment and Funding - The exoskeleton robot sector is experiencing a surge in investment, with companies like Shanghai Aoshark Intelligent Technology and Youlong Robotics securing significant funding to accelerate product development and market entry [9][10]. - The industry is projected to grow rapidly, with an estimated annual compound growth rate of 47.7% from 2025 to 2028, potentially reaching a global market size of $5.8 billion by 2028 [10]. Group 5: Policy Support - Government policies are actively promoting the development of exoskeleton robots, with initiatives aimed at integrating these technologies into healthcare and rehabilitation services [8].