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The Commercial Applications and Industry Use Cases of VTOL Drones
The Commercial Applications and Industry Use Cases of VTOL Drones Featuring SkyeyeUAV Platforms on UAVMODEL Abstract Vertical Take-Off and Landing (VTOL) drones are revolutionizing modern industries with their unique hybrid...
T900-MINI T01/T02 UAV Data Transmission Radio - Technical Overvie
T900-MINI T01/T02 UAV Data Transmission Radio - Technical Overview The T900-MINI Series is a high-performance, miniaturized UAV data link system designed for long-distance telemetry and control. With advanced FHSS (Frequency...
Key Conditions Required for Fixed-Wing UAV Takeoff
Key Requirements for VTOL Drone Takeoff – A Complete Guide by SkyeyeUAV Published by: SkyeyeUAV | Available on UAVMODEL Introduction Vertical Take-Off and Landing (VTOL) drones have revolutionized the UAV...
Drone Inspection
Inspection Significantly Improved Efficiency\Reinforced Security Measures\Optimized Operational Costs\Precision-Driven Data Insights\Highly Adaptable Across Applications Drone inspection is an integrated solution that combines UAV platforms with intelligent technologies. By enabling high-precision autonomous...
Top Benefits of Using Drones for Land Surveying
Top Benefits of Using Drones for Land Surveying Drones have revolutionized the field of land surveying by offering numerous advantages over traditional methods. Below are the key benefits that make...
Beginner’s Guide to Drone Mapping: Skills, Software, and Choosing the Right UAV
Beginner’s Guide to Drone Mapping: Skills, Software, and Choosing the Right UAV As drone technology becomes more accessible and accurate, it’s rapidly transforming the surveying and mapping industry. For newcomers...
Fixed-Wing Drone Pre-Flight Checklist: Essential Safety Protocol
Fixed-Wing Drone Pre-Flight Checklist: Essential Safety Protocol Why This Checklist Matters Reduces 92% of operational failures (NTSB Aviation Safety Data) Mandatory for FAA Part 107/ISO 21384-3 compliance Prevents costly crashes (avg. repair:...
无人机:类型、分类及关键特征解析
本主题探讨了无人机的各种分类方式,例如按航程、尺寸、重量、自主性、飞行高度和动力来源等。 H1: 术语 无人机(UAV),或称无人飞行系统(UAS),通常被称为无人机,是一种机上没有人类飞行员、机组人员或乘客的飞行器。“无人机”一词自航空早期便已使用。UAV一词通常用于军事用途。类似的术语还有远程驾驶飞行器(RPAV)。 www.uavmodel.com 无人机按航程和续航时间通常分为五类:超近程无人机(<5公里)、近程无人机(5–50公里)、短程无人机(50–150公里)、中程无人机(150–650公里)和远程无人机(>650公里)。 H2、分类类型 无人机按尺寸分类通常分为四类,至少有一个尺寸(长度或翼展)符合以下相应的限制:微型/极小型无人机(<50厘米)、迷你/小型无人机(50厘米–2米)、中型无人机(5–10米)、大型无人机(>10米)。 1、范围和续航 这些包括航拍、区域覆盖、精准农业、森林火灾监测、河流监测、环境监测、气象观测、警务与监控、基础设施检查、产品配送、娱乐和无人机竞速。 2、尺寸 微型/超小型无人机:小于50厘米(常用于室内检查、业余爱好者活动) 迷你/小型无人机:50厘米至2米(常用于农业、测绘和摄影) 中型无人机:5–10 米(常用于商业测绘或军事侦察) 大型无人机:超过10米(通常用于远程监视、货运或军事任务) 3、重量 Nano无人机:重量小于250克(通常用作玩具或执行非常短距离任务) 微型无人机(MAV):250克至不到2公斤(适合室内检查、研究或近距离监视) 微型无人机或小型无人机(SUAV):2公斤至不足25公斤(常用于农业、测绘和摄影) 中型无人机:25公斤至不足150公斤(用于工业、商业或军事侦察) 大型无人机:150公斤或以上(用于重载荷、远程任务或军事应用) 4、自治程度 远程操控无人机:完全由人类飞行员通过遥控操作(常用于娱乐无人机和一些商业操作) 半自主无人机:能够自动执行某些任务,如保持高度或返航,但仍需人工监控(常用于商业和消费级无人机) 全自主无人机:能够在无人干预的情况下完成整个任务,包括起飞、导航、数据收集和着陆(用于高级测绘、制图以及部分军事或工业应用) 5、高度 手持式:最高可达2,000英尺(600米)高度,约2公里范围(用于近距离检查和小规模测绘) 近距离:最高5,000英尺(1,500米)高度,最高10公里范围(适用于本地监视和短程任务)...
