警方侦查发现，罗某等4人为了"尝鲜"，购买无人机及配件，自行改装并加装发射装置。他们多次深夜 驾车前往山区，利用无人机搭载的热成像设备搜寻猎物，发现后操控无人机悬停、投射箭矢，非法捕获 的野猪、黄麂等被他们食用。 这是当地破获的第一起利用无人机进行的非法狩猎案。据警方介绍，从约25米高的空中投放箭矢，使其 以自由落体下坠，可以贯穿百来斤的野猪。 起飞热成像无人机，发现野生动物后投射箭矢，或抛投捕兽网、金属球等——近期多个省份警方破获以 无人机、弓箭等为工具的新型非法狩猎案，已有犯罪分子被判刑。 浙江淳安县警方日前侦破一起非法狩猎案，查获改装无人机、热成像设备、自制"牙签箭"等作案工具， 4名犯罪嫌疑人已被采取刑事强制措施。 淳安是浙江的林业大县，全县森林覆盖率达到78%（含千岛湖湖面）。12月初，群众向警方反映有人操 控无人机，从高空向地面发射箭矢进行狩猎，危害野生动物，也给村民带来安全隐患。 的犯罪嫌疑人在指认现场。曲麻莱公安供图 马麝是国家一级保护动物，雄性腹部有麝香囊。该团伙猎杀马麝就是为了割取麝香，9头马麝中有4头为 雄性。猎杀后，他们先检查雌雄，雌麝直接遗弃，雄麝在割取麝香后遗弃。警方介绍，这是当地 ...

随着野猪被移出"三有"名录，一种以无人机搭载热成像与金属箭的"高科技狩猎"方式悄然兴起。在短视 频平台上，有人直播狩猎过程，将暴力娱乐化。在电商平台上，一套"空投牙签"只需十余元，无需任何 资质即可购买。这种"高科技狩猎"方式，表面看是"护农利器"，却有异化为"恐怖凶器"的风险，必须引 起高度重视。 解决这一问题需要多管齐下。首先，应禁止未经备案、监督的个人或组织使用无人机、热成像设备等高 科技手段进行狩猎、驱赶或伤害野生动物及家畜的行为。其次，电商平台应加强监管，下架相关产品， 杜绝非法工具的销售。同时，公安、林业等部门应加强联合执法，对非法狩猎行为严惩不贷。此外，公 众也应增强法律意识，不参与、不传播此类危险行为。 遏制无人机狩猎乱象刻不容缓。唯有织密法律与监管之网，明确技术应用的边界与底线，堵住销售与改 装漏洞，并辅以严格的执法与广泛的公众教育，形成社会合力，才能防止科技利器沦为失控的凶器，真 正实现人与自然的和谐共生。 无人机狩猎乱象产生有多方面原因。一是技术门槛极低，民用无人机改装成"空中猎枪"技术难度不高， 热成像技术也已普及。二是监管存在盲区，《无人驾驶航空器飞行管理暂行条例》虽禁止"投放危险物 ...

Core Insights - The thermal imaging equipment industry in China is experiencing significant growth, driven by advancements in technology and increasing market demand, with a projected compound annual growth rate (CAGR) of 14% from 2020 to 2024, reaching a market size of 81 billion yuan by 2024 and expected to exceed 90 billion yuan by 2025 [1][6][7] Industry Overview - Thermal imaging equipment, also known as infrared thermal cameras, utilizes infrared radiation to create visible thermal images, allowing for non-contact temperature measurement and visualization [2][3] - The industry has established a complete supply chain in China, with over 80% localization in non-cooled technology, leading to significant cost reductions [1][4] Industry Chain - The industry chain consists of three segments: upstream focusing on infrared detectors, midstream led by companies like Gaode Infrared and Ruichuang Micro-Nano, and downstream applications in both military and civilian sectors [4][5] - The midstream segment has integrated AI algorithms to enhance recognition accuracy and response speed, achieving over 95% accuracy in target identification [5] Market Segmentation - The market is divided into military applications, including infrared guidance and night vision reconnaissance, and rapidly growing civilian applications such as industrial inspection, security monitoring, healthcare, and consumer electronics [5][6] Current Market Analysis - The thermal imaging market in China is entering a phase of explosive growth, with the market size increasing from 48 billion yuan in 2020 to 81 billion yuan in 2024, significantly outpacing global growth rates [6][7] - The military segment is projected to reach 27.54 billion yuan in 2024, with expectations of further growth to 30 billion yuan by 2025 due to increased defense spending and advancements in domestic infrared technology [6][7] Competitive Landscape - The competitive landscape features a diverse range of players, including state-owned military enterprises and listed companies like Gaode Infrared and Ruichuang Micro-Nano, which dominate the market with significant technological and market advantages [8][9] - Companies are focusing on technological innovation, market expansion, and supply chain integration to drive differentiation and growth [9] Development Trends - The industry is witnessing continuous technological upgrades, with advancements in non-cooled infrared detectors driving the development of smaller, more efficient, and cost-effective thermal imaging devices [10][11] - The civilian market is rapidly expanding, with applications in healthcare, automotive, and smart home sectors, indicating a shift from professional tools to consumer products [11][12] - There is significant potential for international market expansion, particularly in countries along the "Belt and Road" initiative, as domestic products offer competitive pricing and local support [12]

Core Viewpoint - The thermal imaging market is expected to grow steadily, reaching $669 million by 2030, driven by innovations in thermal detectors and increasing demand in various sectors, particularly in China and the automotive industry [2][5]. Market Overview - The global thermal imaging market remains stable with limited dynamics, dominated by industrial end markets, especially pyroelectric technology detectors. The market is anticipated to have a relatively stable year in 2024, with U.S. and European manufacturers focusing on mid-to-high-end applications while Chinese manufacturers target low-end products [2]. - The growth in the thermal imaging market in 2024 is primarily driven by China, where industrial demand continues to rise. In Western regions, emerging opportunities are more prevalent in sectors like drones and automotive [5]. Key Players - Major players in the thermal imaging market include Melexis and Infratec, which cater to smart buildings, industrial applications, and non-contact temperature measurement in consumer and automotive markets. Melexis is expected to gain significant design orders from major OEMs in 2024 [6]. - New entrants like STMicroelectronics and Calumino are preparing to compete in high-growth areas, focusing on innovative solutions for home appliances, smart buildings, and consumer electronics [6]. Regional Dynamics - The ongoing U.S.-China trade tensions and geopolitical events like the Russia-Ukraine war are impacting the thermal imaging supply chain, leading to a clearer distinction between China's thermal imaging industry and other regions. In 2024, China's thermal imaging shipments are projected to account for 60% of the global total [8]. - Western companies are concentrating on areas where Chinese firms are banned or not selected, such as defense and high-end monitoring, while the automotive market remains a significant growth area [8]. Technology Trends - Although pyroelectric technology has traditionally dominated, thermopiles are gaining traction and are expected to surpass pyroelectric technology in market size by 2028. Regulatory changes are supporting this shift, particularly concerning the use of lead in electronic components [9]. - New companies are integrating artificial intelligence to enhance market development, allowing their technologies to compete in applications previously limited by sensitivity and resolution [9]. Innovations and Challenges - The industry is focused on improving manufacturing processes to enhance yield and reduce costs, while also exploring new optical components like metasurfaces to improve optical performance and reduce lens size [10]. - Scene analysis is becoming crucial in applications such as security, drones, and automotive, with companies working to integrate AI-based functionalities into standard processing units [10].