"十五五"期间，我国将重点开展6G标准研制与产业研发。2030年具备6G规模组网能力，面向个人用户 衣食住行及工作等全生活场景，提供更加定制化、沉浸化、智能化的应用服务，预计到2035年，将实现 6G规模化商用部署，有望培育形成万亿元级的6G产业及应用。 广东低空经济激活千亿市场 来源：央视财经 近期，中国在6G、低空经济与海洋科技领域取得系列突破：超300项6G技术前瞻布局，千亿级低空市场 深度融合，无人艇实现精准作业，硬核科技绘制发展新蓝图。 我国已形成6G领域关键技术储备超300项 据介绍，目前我国已完成第一阶段6G技术试验，形成超过300项关键技术储备。 无人机运输药品、无人机植保、无人机送外卖……在广东的各大城市，无人机的应用场景正在变得越来 越丰富。广东作为低空经济发展的省域排头兵，其低空经济规模已经超千亿元，汇聚了超过1.5万家相 关企业。应用场景的加速落地离不开当地完善的产业链，涵盖核心零部件、智能制造、飞行试验、运营 服务、检测认证等多个环节，占全国低空经济产业链企业的30%以上，位居全国第一。 去年5月，广东省下发《推动低空经济高质量发展行动方案》，明确提出到2026年，低空经济规模超 3 ...

Group 1 - The event "Chain on Hunan, Xiang Create Future" was held in Zhuzhou, focusing on enhancing the industrial ecosystem, business environment, infrastructure, and leading enterprises development [3] - Hunan New Wing Intelligent Technology Co., Ltd. has made significant progress in the low-altitude economy sector, achieving over 1 million flight operations with its logistics drone, the Ark 40, which can carry 10 kg over a distance of 20 km [4] - Hunan Saderet Satellite Technology Co., Ltd. produces over 150 satellites annually using a modular approach that simplifies satellite manufacturing, significantly reducing R&D costs and time [6] Group 2 - The return of local talents has revitalized the county economy, with successful entrepreneurs like Li Hui and Tan Jianguang establishing businesses in Zhuzhou, benefiting from the supportive local business environment [10][11] - Zhuzhou is building a modern industrial system focusing on three advantageous industries (rail transit, aviation power, advanced hard materials) and three strategic industries (electronic information, new energy, high polymer materials) [13] - The continuous optimization of the business environment in Zhuzhou includes policy guidance, financial support, and service guarantees, creating a supportive ecosystem for investors [13]

第三创业板50ETF在泰国证券交易所上市，自登陆欧洲主要市场以后进一步拓展东南亚，该基金主要覆 盖人工智能医药以及新能源，也显示了海外投资者对我国核心科技资产的信赖。 周末消息，和讯投顾贺梦怡表示，11月投放专项债5,000亿，投资方向主要集中在数字经济、集成电 路、新能源电池、智能制造、农产品仓储物流、数字化升级、低空经济、电网、水利等区域。 第二提醒人形机器人行业存在过热风险，目前行业内已经有超过150家的人形机器人厂家，并且半数以 上为初创以及跨行企业。 ...

Core Viewpoint - The G60 Science and Technology Innovation Corridor in the Yangtze River Delta is undergoing significant development, with a focus on becoming a world-class innovation hub and enhancing regional integration and collaboration in technology and industry [3][4]. Group 1: Policy Initiatives - A series of important policy measures were announced to support the construction of the G60 Science and Technology Innovation Corridor, aiming to upgrade it to a "world-class" level and create a high ground for industrial innovation [3]. - The new policies include 23 measures focusing on building a technology innovation source, creating world-class industrial clusters, and sharing technological resources, with financial support of up to 50 million yuan for key projects in cutting-edge fields [3][4]. Group 2: Financial Support - The "Financial Support Work Plan for the G60 Science and Technology Innovation Corridor" was released, proposing 20 specific measures across key areas such as technology finance, green finance, and digital finance [4]. - The plan aims to provide comprehensive financial services for science and technology enterprises, supporting the integrated development of the Yangtze River Delta and the construction of Shanghai as an international science and technology innovation center [4]. Group 3: Regional Economic Performance - The GDP of the nine cities in the Yangtze River Delta is projected to reach 9 trillion yuan in 2024, accounting for approximately 1.1% of the global economy, ranking 17th globally [4]. - The region's R&D investment intensity is 3.77% in 2024, surpassing the national average by 1.08 percentage points, with a significant number of high-tech enterprises and national-level specialized "little giant" companies [4]. Group 4: Collaborative Initiatives - Strategic cooperation agreements were signed between the G60 Joint Office and various research institutions and financial organizations to enhance collaboration and resource allocation for technological innovation [5]. - A global talent service matrix was established to focus on the entire lifecycle of talent acquisition, development, retention, and utilization, promoting synergy between talent and regional development [5]. Group 5: Innovation and Development - The G60 Science and Technology Innovation Corridor initiated the construction of industry-academia-research-finance collaborative bodies in three key areas: new materials, new energy vehicles, and low-altitude economy [5]. - The release of a scientific instrument selection manual aims to promote the domestic production and application of scientific instruments, enhancing the local industry [5][6].

南都讯 记者陈栋 11月28日，第十四届中国创新创业大赛低空经济领域专业赛颁奖活动暨低空产业对接 会在珠海国际航展中心举行。据悉，活动现场股权投资总额超亿元、上亿元的项目落地签约，并首次实 现港澳应用场景需求与境内项目承接的深度跨界融合，为大湾区低空经济协同发展注入强劲动能。 本届大赛以"创聚湾区 逐梦低空"为主题，是该项国家级赛事连续第二年落地珠海。赛事自启动以来， 吸引全国536家企业与团队踊跃参与，覆盖珠三角、长三角、京津冀等主要产业集聚区，并延伸至香 港、台湾地区，更首度迎来英国、加拿大、日本等国际项目参赛，初步构建起具有国际视野的低空经济 创新交流平台。 经过激烈角逐，星逻智能科技（苏州）有限公司与深圳市千帆智能航空有限公司分获"技术场景创新赛 道"与"技术产品创新赛道"一等奖。 在资源对接方面，赛事推动投资机构与获奖团队达成股权投资签约，并联动广东省科技基础条件平台中 心等多方签署珠西科学城科研设施开放共享共建协议，构筑起"技术—资本—市场"高效转化通道。 作为中国低空空域管理改革试点与首批国家通航产业综合示范区，珠海在低空经济领域已形成显著优 势。2024年，珠海低空经济产业规上工业总产值达19 ...

"十五五"规划建议将低空经济列入战略性新兴产业集群，随着低空经济领域企业的快速增长和越来越多的低空经济应用场景的涌现，无人机操控员即"飞 手"成为一个抢手的职业，受到很多年轻人的欢迎。 "操作无人机是一个技术活，特别酷，年收入有10多万。"秭归飞手劳务品牌代言人，宜昌市飞手大赛冠军谭龙飞这样评价飞手这个职业的吸引力。 据中国民航局预测，2025年中国低空经济市场规模将达1.5万亿元，2035年有望突破3.5万亿元。官方还测算，现在我国仅无人机操控员的就业人才缺口高达 100万人。 近年来，全国各地纷纷布局低空经济新赛道，产业发展全面提速。 低空经济的"起飞"催生了从研发制造端到运营服务端等产业全链条的新岗位。2021年12月28日，人力资源社会保障部首次颁布了无人机驾驶员、无人机装调 检修工等新职业的国家职业技能标准，飞手成为国家认证的新职业。 随着无人机应用的普及，其在航拍、农业、物流及应急等多个领域的应用日益广泛。为保障无人机行业的健康发展，自2024年1月1日起，《无人驾驶航空器 飞行管理暂行条例》正式实施，明确小型及以上无人机需持证飞行。 武汉人力资源产业园楚跃创联低空科技有限公司董事长黄跃光对第一财 ...

Core Insights - The three pillars of future technology, solid-state batteries, humanoid robots, and low-altitude economy, are rapidly transitioning from laboratory to industrialization by 2025 [1] - Guangdong is leveraging its complete industrial chain advantages to accelerate the development of these three industries and create practical application scenarios [1] Industry Overview - By 2024, Guangdong is expected to have over 1,500 core artificial intelligence enterprises and an industrial robot ownership of 246,800 units [1] - In the field of intelligent robotics, Guangdong has established a complete chain covering core components, body manufacturing, and system integration [1] Low-altitude Economy - Guangdong is a leader in the development of the low-altitude economy, with a scale exceeding 100 billion yuan and over 15,000 related enterprises [1] - The province holds a 70% share of the global consumer drone market and a 54% share of the domestic industrial drone market [1]

Core Viewpoint - WoFei ChangKong has successfully completed a C-round financing of several hundred million RMB, which will enhance its position in the low-altitude economy and support its integration into the global eVTOL market [1][4][5]. Financing Details - The C-round financing was led by Hangzhou Industrial Investment Group, Prosperity7 Ventures, and Songhe Capital, with additional investments from existing shareholders [1][4]. - The financing aims to leverage local industrial roots and global resource networks to strengthen the company's market position and facilitate the integration of Chinese eVTOL into the global low-altitude transportation system [5][15]. Company Achievements - WoFei ChangKong has established a comprehensive capability covering research, manufacturing, and operations, achieving significant breakthroughs in multiple dimensions: - The first passenger eVTOL product, "AE200-100," has been developed and is undergoing airworthiness verification, placing it among the leaders in domestic product development [12][14]. - The first phase of the global headquarters in Chengdu has been completed and is expected to be operational by 2026, significantly enhancing production capacity and efficiency for the AE200 and subsequent models [12][14]. - The company has accumulated thousands of commercial orders across key economic regions, including Chengdu-Chongqing, Yangtze River Delta, Pearl River Delta, and Beijing-Tianjin-Hebei, covering various applications such as airport shuttles and low-altitude tourism [12][14]. - The "Chuan-Yu Low-altitude Cultural Tourism Corridor" trial flight activity has been launched, aiming to create a replicable model for integrating low-altitude travel with cultural tourism [14]. Future Investment Focus - The C-round financing will focus on three key areas to solidify the foundation for future scaling and commercialization: - Accelerating airworthiness certification processes to obtain the Type Certificate (TC) [2][15]. - Enhancing production capacity through the construction of production lines and process optimization [2][15]. - Exploring commercial pilot projects in specific regions to establish sustainable low-altitude travel business models [2][15].

Core Insights - The low-altitude economy is rapidly emerging as a new trillion-yuan industry, with projections indicating a market size of 1.5 trillion yuan by 2025 and over 2 trillion yuan by 2030 [1] - The development of a top-level planning framework is essential to address challenges and ensure sustainable growth in the low-altitude economy [1] Group 1: Digital Infrastructure for Low-altitude Economy - The low-altitude economy is transitioning from "point exploration" to "cluster development," with the intelligent networking system being a core support for orderly development [2] - A "ground-air collaborative control" system is necessary to manage airspace effectively, ensuring visibility, control, and safety in operations [2] - The integration of communication, navigation, and perception is fundamental for low-altitude operations, requiring high precision in positioning and AI for dynamic route optimization [2][3] Group 2: Safety and Regulatory Framework - Safety is a prerequisite for the broader commercialization and sustainable development of the low-altitude economy, with discussions focusing on airworthiness certification, testing, and cross-industry collaboration [4] - A comprehensive low-altitude security system is proposed, emphasizing multi-source perception and intelligent response for monitoring both cooperative and non-cooperative targets [5] - The establishment of a full lifecycle inspection and testing system for drones is advocated, utilizing digital twin technology and big data for fault prediction and health management [6]

Core Insights - Wuhan is accelerating the construction of a new high-end equipment industry development pattern, focusing on four application scenarios: green intelligent ships, rail transit, low-altitude aviation, and commercial aerospace, supported by intelligent manufacturing and energy equipment [1][2][3] - By 2025, the industrial scale of 124 key high-end equipment enterprises in Wuhan is expected to exceed 250 billion yuan, significantly increasing its share of the city's total industrial output [1][2] - The integration of artificial intelligence into traditional manufacturing is enhancing operational efficiency, with significant improvements in production cycles, equipment efficiency, and cost reductions [2][3] Group 1: Intelligent Manufacturing - Wuhan Ship Machinery Co., Ltd. has established a digital workshop that integrates IoT, big data analysis, and automated logistics, resulting in a 30% reduction in production cycles and a 38.57% increase in equipment efficiency [2] - The company has achieved a significant transformation from data-driven decision-making to performance-driven approaches, enhancing its manufacturing capabilities [2] Group 2: Rail and Cold Chain Innovations - CRRC Changjiang Transportation Equipment Group has developed smart cold chain equipment that eliminates carbon emissions by relying solely on the vehicle's insulation for temperature control, achieving zero cargo loss during long-distance transport [3] - The equipment features a remote monitoring system that reduces operational costs by enabling unmanned operations and real-time parameter monitoring [3] Group 3: Precision Measurement Technology - Wuhan Weijing 3D Technology Co., Ltd. has made breakthroughs in high-end 3D measurement equipment, becoming a leader in the optical 3D measurement field in China [4] - The company collaborates with major enterprises like Xiaomi and CATL, significantly improving the quality control of battery pack components [5] Group 4: Low-altitude Economy Development - Wuhan's low-altitude economy is growing rapidly, with over 170 related enterprises and 220 take-off and landing points established by 2025 [6] - The city is developing a smart city model that integrates low-altitude services and data sharing among various application units [6] Group 5: Aerospace Industry Advancements - Wuhan is forming a complete commercial aerospace industry chain, including satellite manufacturing and ground support services, centered around the "China Star Valley" initiative [7][8] - The city is also advancing in satellite internet technology, supporting national projects and enhancing the integration of satellite and ground networks [9][10]