近期举行的2025"投资成都"全球招商大会，在大会前后共计310个合作项目完成签约，在各个子活动上也有多个项目签约的信息释放。天虎科技对 部分值得关注的重要签约项目信息做简要梳理。 重大产业化项目 成都先进投资公司参与了"星算"计划全球总部项目。此外，该公司还参与了航发成发增资项目。该项目是深化央地战略合作，全力支持本土链主 龙头发展，助推航空产业强链补链和"立园满园"的生动体现。通过推动航发成发产品研发及核心能力建设，带动复合材料、精密制造等发动机产 业链提档升级，共同打造更多"成都造"的高端航空装备。 在天府新区举办的航空航天产业招投联动对接会上，举行了航空航天产业及上下游领域相关项目集中签约仪式，高巨成都创新总部项目、伽利略 商业卫星国际航站楼等一批项目现场签约，集中呈现一批航空航天产业及上下游领域的合作成果，涵盖技术研发、成果转化、产业园区建设等多 元业态，标志着成都航空航天产业在招投联动机制下迈出实质性步伐。 人工智能产业项目 在锦江区举行的人工智能产业合作伙伴对接会上，5个重大产业化项目现场签约，四川成都锦江经济开发区管委会分别与成都云枢智航无人机科技 有限公司、天府丝路（成都）科技有限公司、正成 ...

Summary of Drone Industry and Low-altitude Economy Development Industry Overview - The drone industry has seen significant advancements in military applications, particularly in conflicts such as Nagorno-Karabakh, Ukraine, and Israel-Palestine, where the effectiveness of drones is influenced by various factors including operational environment and defense capabilities [1][2][3] - The low-altitude economy is rapidly developing in the civilian sector, with applications in logistics and daily service robots, and is expected to integrate technologies like AI and big data to enhance efficiency and expand its scope [1][5] Key Points on Military Drones - Military drones are categorized into five types: strategic, tactical, special, operational, and munitions drones, with trends indicating a significant role in asymmetric warfare and a blurring line between military and civilian applications [1][7][8] - The demand for armed drones peaked between 2021 and 2022 but is expected to decline in 2024 due to saturation and increased countermeasures against them [1][6] - The effectiveness of military drones varies by conflict; for instance, Azerbaijan's use of drones in Nagorno-Karabakh showcased their potential, while in Ukraine, the presence of a robust Russian air defense system limited the effectiveness of armed drones [4][3] Low-altitude Economy Insights - The low-altitude economy is recognized as a strategic emerging industry with significant political, policy, economic, and historical implications, supported by government initiatives and local development plans [1][13][14] - Key application areas include logistics, emergency services, and agricultural monitoring, with commercial applications already underway in sectors like forestry, fisheries, and construction [1][17] - Infrastructure development for the low-altitude economy is a current focus, with both physical and digital components being prioritized, supported by local government financing [20][22] Challenges and Opportunities - The drone industry faces challenges such as increased countermeasures against armed drones and a decline in demand for traditional armed drones, while opportunities lie in the rising demand for low-cost FPV drones and the potential for civilian drones to be adapted for military use [9][26] - The integration of low-altitude technologies into various industries is expected to create new economic growth, with the potential for significant advancements in efficiency and application scope [5][13] Future Trends and Predictions - The low-altitude economy is projected to undergo rapid development in the coming years, with expectations of reaching a commercial closure by 2035, similar to the early stages of the electric vehicle industry [19] - The military drone sector is anticipated to continue evolving towards lower-cost solutions while maintaining high-performance standards through optimized resource allocation and technological advancements [24][12] Regulatory and Standardization Efforts - The government is actively working on establishing regulations and standards for the low-altitude economy, with various agencies involved in drafting and implementing these frameworks [16][14] - The integration of civilian and military drone standards remains a challenge, as the lines between the two applications continue to blur, necessitating a flexible approach to regulation [30] Conclusion - The drone industry and low-altitude economy are poised for significant growth, driven by technological advancements and increasing applications across various sectors. However, challenges such as regulatory hurdles and market saturation will need to be addressed to fully realize their potential [1][5][9][19]

中国证监会发布实施《关于在科创板设置科创成长层增强制度包容性适应性的意见》。意见明确提出， 支持人工智能、商业航天、低空经济等更多前沿科技领域企业适用第五套标准上市。"这是低空经济从 产业端到资本端的里程碑式突破。"江西省无人机协会会长，江西空中未来科技创新集团有限公司总经 理陆凌岳对上证报记者表示，新政允许未盈利但技术领先的企业通过第五套标准上市，直接解决了空中 未来这类研发投入大、商业化周期长的科技企业的融资痛点，将加速公司对接资本市场进程。(上证报) ...

Group 1: Support for Foreign Trade Enterprises - Various regions are implementing measures to help foreign trade enterprises stabilize their export base and expand domestic sales channels, promoting a dual-market strategy [1] - Meituan has launched a special support plan for foreign trade to domestic sales, facilitating over 450 foreign trade enterprises to enter domestic sales processes across various product categories [1] - Hema Fresh has opened a 24-hour green channel for foreign trade enterprises, enhancing logistics support and introducing a dedicated "Foreign Trade Zone" on its app [2] Group 2: Offline and Online Integration - Month Star Group has connected over 80 enterprises to assist foreign trade companies in expanding into the domestic market, showcasing over 200 quality products at its exhibition [3] - The Chaoyang District Commerce Bureau is leveraging local commercial resources to broaden offline sales channels for foreign trade enterprises through markets and exhibitions [3] Group 3: International Market Expansion - Companies like Chutian Technology are actively participating in international exhibitions to promote their products and expand their global presence [4] - Huzhou has organized numerous international exhibitions, with 323 enterprises participating in the Canton Fair, achieving an intended transaction amount of approximately 1.44 billion USD [5] Group 4: Brand Development and Support - Huzhou is enhancing support for key industries to develop their brands internationally, encouraging companies to establish brand awareness and apply for overseas trademarks [6] - The "Hundred Teams and Thousand Enterprises" initiative aims to support enterprises in participating in various international exhibitions throughout the year [5][6] Group 5: Trade Shows as Business Opportunities - Recent trade shows have effectively helped export-oriented enterprises alleviate product backlogs and boost confidence, with significant participation from foreign trade companies [7] - The Hunan Province Trade Fair attracted 612 exhibitors, with nearly 50% being foreign trade enterprises, resulting in substantial order signings [7] Group 6: Regional Trade Development - Xinjiang is leveraging various trade fairs to enhance trade and consumption growth, serving as a crucial platform for cooperation between China and Eurasian countries [8] - The Xinjiang Commerce Department plans to invite regional enterprises to participate in significant trade exhibitions to expand market access [8]

把你的眼睛蒙上，丢到一个陌生的房间里，你会怎么确定自己的位置？这就是室内无人机面临的第一个难题。 传统的光流 定位 方案 就像用鼠标原理来导航 ——通过拍摄地面纹理变化来判断移动。听起来不错，但遇到纯色地板就彻底懵圈。本人 见过某次展会上，一家公 司为了演示效果， 专门带了一卷花地毯铺在地上，场面一度很尴尬。 视觉 SLAM 倒是高级一些，通过摄像头"记住"周围环境的特征点，但它有个致命弱点：「开 灯我认识你，关灯我不认识你」。光线一变，定位精度直接腰斩。至于 UWB定位 ，虽然精度不错，但需要预先布置基站，4个基站加标签的成本就上万了，还失 去了无人机"即飞即走"的灵活性。 今年大赛推荐的光子 RC-L1选择了 目前最可靠的技术路线 ： 直接上激光雷达 。 激光的最大优势是不挑环境 ——不管是大理石地面还是花地毯，不管是白天还 是晚上，每秒扫描几十万个点，都能构建出精确的环境地图。但随之而来的挑战是 数据量爆炸 。传统方案是把数据传到地面站处理，可问题来了： 3米/秒的飞行 速度下，100毫秒的通信延迟就意味着30厘米的位置偏差。在避障时，这可能就是"擦肩而过"和"正面相撞"的区别。 朋友们，如果我告诉你， ...

Group 1 - The military industry is experiencing renewed activity due to procurement plans from Southeast and South Asian countries for Chinese military aircraft and air defense equipment, alongside ongoing global geopolitical conflicts that continuously catalyze sentiment in the military sector [1] - The military industry is expected to benefit from both domestic and international demand in 2023, with increased military spending globally and heightened attention on Chinese military equipment leading to a potential surge in military trade orders [1] - The "14th Five-Year Plan" is approaching its conclusion in 2025, which is expected to enhance order release expectations and boost market sentiment towards the military sector, while the "15th Five-Year Plan" is anticipated to further strengthen national defense and technology upgrades [1] Group 2 - The new quality productivity direction with high military content, particularly the low-altitude economy, is gaining attention due to its broad market prospects and policy support [2] - The strategic value of drones has been widely recognized during the Russia-Ukraine conflict, positioning them as a significant growth area in the military sector [2] - The low-altitude economy market in China is projected to reach 1.5 trillion yuan by 2025 and 3.5 trillion yuan by 2035, with eVTOLs expected to enter large-scale production soon [2]

在全球科技飞速发展的浪潮下，低空经济作为新兴的经济形态正进入快速培育阶段。无人机作为低空经济的核心载体之一，凭借其灵活多变的应用场 景，成为推动产业前行的重要力量。过去传统无人机多以锂电池供能，在续航、载重等方面存在上限不高的问题，而氢能的出现，可以说是为无人机 性能的突破带来了曙光。据悉，氢燃料电池无人机具有零排放、长航时、低温适应性等优势，可广泛用于电力巡检、应急救灾、农林植保、应急消 防、高原运输、应急通信等场景。 由于我国幅员辽阔，应急救援平均响应时间长达60分钟。全国70%以上城市、50%以上人口分布在气象、地震、地质、海洋等灾害高风险区，应急救 援的及时响应和快速抵达成了救援道路上必不可少的一环，长航时、极速补能的氢能无人机在应急救援领域更有着无可比拟的独特优势和广阔的应用 前景。当前，全球救援无人机市场正快速增长，据相关数据显示，2024年市场规模达到4.78亿美元，到2030年有望突破8.43亿美元。在中国市场，低 空应急救援装备产业同样发展迅猛，预计2025年市场规模将超千亿元。 目前从企业产品研发及实际应用来看，氢能无人机在应急场景中已经具备了商业化运用的丰富经验和保障。其中，以氢航科技旗 ...

Core Insights - The electric propulsion system for drones is considered the "heart" of the drone, responsible for providing power output and consists of key components such as motors, electronic speed controllers, propellers, and batteries [1][6][11] - The market for China's civil drone electric propulsion systems (excluding batteries) is projected to grow from 1.679 billion yuan in 2019 to 4.619 billion yuan in 2024, with a forecast of approximately 10.975 billion yuan by 2029 [1][11] - The industrial-grade drone electric propulsion system market has surpassed the consumer-grade market for the first time in 2023, with its market share increasing from 33.47% in 2019 to 55.29% in 2024 [13] Industry Overview - The electric propulsion system is crucial for drone stability and efficiency, with motors converting electrical energy into mechanical energy, electronic speed controllers managing motor speed, propellers generating thrust, and batteries supplying energy [1][4][6] - The upstream supply chain includes raw materials and components such as motors, electronic speed controllers, and propellers, while the midstream involves assembly and manufacturing by companies like DJI and Zongheng [6][11] Market Environment - The rapid advancement of technologies such as IoT and mobile communications has diversified the application scenarios for civil drones, enhancing their penetration and acceptance across various industries [6][8] - China has become the world's largest market for civil drones, with the market size growing from 1 billion yuan in 2013 to 64.21 billion yuan in 2024 [6] Policy Support - Recent government policies, including the "Green Aviation Manufacturing Industry Development Outline (2023-2035)," emphasize the development of the electric aircraft industry chain and technological breakthroughs in core components [8][10] - Various initiatives aim to promote the application of electric vertical takeoff and landing (eVTOL) aircraft and smart logistics equipment [10][22] Competitive Landscape - The market is characterized by a "one strong, many strong" competitive structure, with DJI holding over 70% of the consumer drone market and 40% of the industrial market, while Sanrui Intelligent ranks second globally in market share [15][18] - Companies like Zongheng and Sanrui Intelligent are also significant players, with Zongheng's revenue reaching 474 million yuan in 2024, a 57.14% increase year-on-year [16][18] Development Trends 1. **Technological Innovation**: Continuous advancements in lithium battery technology and brushless motor applications are enhancing drone performance and efficiency [20][21] 2. **Market Demand Expansion**: The growing application of drones in agriculture, logistics, and emergency services is driving demand for electric propulsion systems [21][22] 3. **Regulatory Framework**: Government policies and industry standards are fostering a conducive environment for the development of the electric propulsion system sector [22]

Group 1 - The "Charming Chongqing" drone light show successfully set a new Guinness World Record with 11,787 drones forming aerial patterns, challenging the record for the most drones in a single aerial display [1][3] - The performance was designed around themes of "mountains and water, culture, life, and urbanity," showcasing seven chapters that highlight the beauty and vibrancy of Chongqing [3] - The event faced significant technical challenges, including complex terrain communication coverage and innovative dual formation flying, demonstrating both a quantitative and qualitative breakthrough in drone technology [3][5] Group 2 - The event was supported by Shenzhen Damo Dazhi Control Technology Co., which has collaborated with various foreign companies to execute drone light shows in multiple countries, indicating a growing international presence in the industry [5] - The success of the record-setting event is expected to unlock new applications for drone light shows in large-scale events, cultural tourism, aerial media, and urban lighting projects, contributing to the development of the low-altitude economy [5]

Core Viewpoint - The rapid development of the drone industry, particularly in logistics, is significantly driven by advancements in high energy density battery technologies, which are essential for meeting the demands of long endurance and high reliability in commercial applications [1][7]. Industry Overview - The Chinese industrial drone market is the largest segment in the drone industry, with a market size exceeding 120 billion RMB in 2024 [1]. - Logistics drones are experiencing an annual growth rate of over 30%, making them the fastest-growing segment within the drone industry [2]. Technological Advancements - The development of logistics drones is accelerating due to policy support and advancements in 5G technology, which reduces transmission latency to under 20 milliseconds, facilitating large-scale commercialization [3]. - The demand for high energy density batteries is being catalyzed by the clear operational needs in the drone sector, as evidenced by the extensive commercial practices in cities like Shenzhen, which has opened nearly 300 drone routes and completed over 1.7 million cargo flights [7]. Market Dynamics - The commercial drone market prioritizes endurance and cycle life as core metrics, with battery packs representing only 2%-3% of the total cost of small drones. Operators are willing to pay a premium of 20%-30% for performance improvements [7]. - The anticipated commercialization of high energy density technologies in low-altitude flight is being accelerated by positive market responses, with several battery manufacturers receiving bulk orders from drone manufacturers [8]. Competitive Landscape - Companies like Factorial and Amprius are supplying solid-state and silicon anode batteries for drones, while domestic firms such as Weilan New Energy and Jinlongyu Group are also making significant strides in battery production [8][9]. - Despite the current cost of solid-state batteries being approximately 1.5 times that of liquid lithium batteries, it is projected that this gap will narrow to between 1.2 and 1.5 times by the end of 2026, making it a more acceptable premium for high-performance commercial drones [9]. Upcoming Events - The 18th High-Performance Lithium Battery Industry Summit will be held on June 25-26, 2025, in Changzhou, focusing on the restructuring of the industry chain and the resonance of applications across various scenarios [9].