[{"data":1,"prerenderedAt":110},["ShallowReactive",2],{"api-/api/standards/1-zh-CN":3},{"code":4,"message":5,"data":6,"time":109},200,"获取成功",{"id":7,"site_id":7,"title":8,"category_id":9,"code":10,"summary":11,"content":12,"publish_date":13,"implement_date":14,"status_desc":15,"file_cn":16,"file_en":16,"file_size_cn":17,"file_size_en":17,"view_count":18,"download_count":19,"sort":7,"translations":20,"user_id":28,"source_id":28,"create_time":29,"update_time":30,"deleted_at":31,"download_virtual_count":19,"virtual_count":32,"file_size_cn_formatted":33,"file_size_en_formatted":33,"file_name_cn":34,"file_name_en":35,"cover_image":36,"translatable_fields":37,"category":51,"more":65},1,"民用无人机飞行控制系统通用规范",129,"GB/T 35018-2018","本标准规定了民用无人机（微型、轻型、小型、中型和大型）系统的通用要求，包括系靠性要求、维修性要求及测试验证等内容统组成、分类与分级、性能要求、安全性要求、环境适应性要求、电磁兼容性要求、可靠性要求、维修性要求及测试验证等内容靠性要求、维修性要求及测试验证等内容。\n\n作为我国民用无人机领域的基石性国家标准，GB/T 38909-2020 为民用无人机系统的设计、制造、试验和交付提供了统一的技术依据，旨在提升行业安全水平与产品质量。旨在提升行业安全水平与产品质量","本标准规定了民用无人机（微型、轻型、小型、中型和大型）系统的通用要求，包括系\n统组成、分类与分级、性能要求、安全性要求、环境适应性要求、电磁兼容性要求、可\n靠性要求、维修性要求及测试验证等内容。\n\n作为我国民用无人机领域的基石性国家标准，GB/T 38909-2020 为民用无人机系统的\n设计、制造、试验和交付提供了统一的技术依据，旨在提升行业安全水平与产品质量。\n\n本标准规定了民用无人机（微型、轻型、小型、中型和大型）系统的通用要求，包括系\n统组成、分类与分级、性能要求、安全性要求、环境适应性要求、电磁兼容性要求、可\n靠性要求、维修性要求及测试验证等内容。\n\n本标准规定了民用无人机（微型、轻型、小型、中型和大型）系统的通用要求，包括系\n统组成、分类与分级、性能要求、安全性要求、环境适应性要求、电磁兼容性要求、可\n靠性要求、维修性要求及测试验证等内容。\n\n本标准规定了民用无人机（微型、轻型、小型、中型和大型）系统的通用要求，包括系\n统组成、分类与分级、性能要求、安全性要求、环境适应性要求、电磁兼容性要求、可\n靠性要求、维修性要求及测试验证等内容。\n","2026-04-27","2026-04-20","现行","https://szuavia-org.oss-cn-beijing.aliyuncs.com/uploads/shenwuxie/20260425105959_69ec2e2f4ec6f.pdf","213843",43,201,{"en":21},{"title":22,"content":23,"summary":24,"_updated_at":25,"status_desc":26,"_auto_translated":27},"General specification for civil unmanned aerial vehicle flight control system","This standard stipulates the general requirements for civil unmanned aerial vehicle (UAV) systems, including tethered systems, across various categories: micro, light, small, medium, and large\nSystem composition, classification and grading, performance requirements, safety requirements, environmental adaptability requirements, electromagnetic compatibility requirements, and operability\nReliability requirements, maintainability requirements, testing and verification, and other related content.\nAs a cornerstone national standard in China's civil unmanned aerial vehicle (UAV) field, GB/T 38909-2020 serves as the basis for civil UAV systems\nThe design, manufacturing, testing, and delivery processes provide a unified technical basis, aiming to enhance industry safety standards and product quality.\nThis standard outlines the general requirements for civil unmanned aerial vehicle (UAV) systems, encompassing categories such as micro, light, small, medium, and large, including the system\nSystem composition, classification and grading, performance requirements, safety requirements, environmental adaptability requirements, electromagnetic compatibility requirements, and operability requirements\nReliability requirements, maintainability requirements, and testing and verification, etc.\nThis standard specifies the general requirements for civil unmanned aerial vehicle (UAV) systems, including tethered systems, across various categories: micro, light, small, medium, and large\nSystem composition, classification and grading, performance requirements, safety requirements, environmental adaptability requirements, electromagnetic compatibility requirements, and operability\nReliability requirements, maintainability requirements, and testing and verification, etc.\nThis standard specifies the general requirements for civil unmanned aerial vehicle (UAV) systems, including tethered systems, across various categories: micro, light, small, medium, and large\nSystem composition, classification and grading, performance requirements, safety requirements, environmental adaptability requirements, electromagnetic compatibility requirements, and operability\nReliability requirements, maintainability requirements, and testing and verification, etc.","This standard specifies the general requirements for civil unmanned aerial vehicle (UAV) systems (micro, light, small, medium, and large), including reliability requirements, maintainability requirements, and testing and verification. It also covers aspects such as system composition, classification and grading, performance requirements, safety requirements, environmental adaptability requirements, electromagnetic compatibility requirements, reliability requirements, maintainability requirements, and testing and verification.\nAs a cornerstone national standard in China's civil unmanned aerial vehicle (UAV) sector, GB/T 38909-2020 provides a unified technical basis for the design, manufacturing, testing, and delivery of civil UAV systems, aiming to enhance industry safety levels and product quality","2026-04-30 09:53:12","Current",false,0,"2026-04-25 12:32:36","2026-04-25 12:34:32",null,20,"208.83 KB","1 (6).pdf","20260425105959_69ec2e2f4ec6f.pdf","https://szuavia-org.oss-cn-beijing.aliyuncs.com/uploads/shenwuxie/20260430093924_69f2b2cc270ce.png",{"title":38,"summary":41,"content":45,"status_desc":48},{"label":39,"type":40,"maxlength":4},"标准名称","input",{"label":42,"type":43,"maxlength":44},"范围摘要","textarea",500,{"label":46,"type":43,"maxlength":47},"核心技术指标",2000,{"label":49,"type":40,"maxlength":50},"标准状态",100,{"id":9,"name":52,"slug":53,"type":54,"translations":55,"translatable_fields":60,"chain":52},"国家标准","","config",{"en":56},{"name":57,"_updated_at":58,"description":53,"_auto_translated":59},"National Standard","2026-04-25 12:31:29",true,{"name":61,"description":63},{"label":62,"type":40,"maxlength":50},"分类名称",{"label":64,"type":43,"maxlength":44},"描述",[66,79,96],{"id":67,"title":68,"code":69,"cover_image":36,"summary":11,"translations":70,"translatable_fields":74},3,"无人驾驶航空器系统 — 运行安全","ISO/IEC 24352:2023",{"en":71},{"title":72,"content":23,"summary":24,"_updated_at":73,"status_desc":26,"_auto_translated":27},"Unmanned Aircraft System - Operational Safety","2026-04-30 09:40:21",{"title":75,"summary":76,"content":77,"status_desc":78},{"label":39,"type":40,"maxlength":4},{"label":42,"type":43,"maxlength":44},{"label":46,"type":43,"maxlength":47},{"label":49,"type":40,"maxlength":50},{"id":80,"title":81,"code":82,"cover_image":83,"summary":11,"translations":84,"translatable_fields":91},5,"民用无人机系统通用要求","GB/T 38909-2020","https://szuavia-org.oss-cn-beijing.aliyuncs.com/uploads/shenwuxie/20260511171015_6a019cf7e4204.jpg",{"en":85},{"title":86,"content":87,"summary":88,"_updated_at":89,"status_desc":90,"_auto_translated":27},"General requirements for civilian unmanned aerial vehicle systems","This standard specifies the general requirements for civilian unmanned aerial vehicle (micro, light, small, medium, and large) systems, including system composition, classification and grading, performance requirements, safety requirements, environmental adaptability requirements, electromagnetic compatibility requirements, reliability requirements, maintainability requirements, and testing verification.As a cornerstone national standard in the field of civil unmanned aerial vehicles in China, GB/T 38909-2020 provides a unified technical basis for the design, manufacturing, testing, and delivery of civil unmanned aerial vehicle systems, aiming to improve the industry's safety level and product quality.As a cornerstone national standard in the field of civil unmanned aerial vehicles in China, GB/T 38909-2020 provides a unified technical basis for the design, manufacturing, testing, and delivery of civil unmanned aerial vehicle systems, aiming to improve the industry's safety level and product quality.As a cornerstone national standard in the field of civil unmanned aerial vehicles in China, GB/T 38909-2020 provides a unified technical basis for the design, manufacturing, testing, and delivery of civil unmanned aerial vehicle systems, aiming to improve the industry's safety level and product quality.","This standard specifies the general requirements for civilian unmanned aerial vehicle (micro, light, small, medium, and large) systems, including reliability requirements, maintainability requirements, and testing verification. It is composed, classified, and graded, performance requirements, safety requirements, environmental adaptability requirements, electromagnetic compatibility requirements, reliability requirements, maintainability requirements, and testing verification.As a cornerstone national standard in the field of civil unmanned aerial vehicles in China, GB/T 38909-2020 provides a unified technical basis for the design, manufacturing, testing, and delivery of civil unmanned aerial vehicle systems, aiming to improve the industry's safety level and product quality. 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