自由度测试系统平台Flight test enclosure platform

把高风险试飞,关进一块可控场地Contain high-risk flight tests within a controlled space

自由度测试系统平台暗场氛围,封闭网笼与悬停的无人机

金属框架与柔性防护网围合出六面封闭空间,高动态与失效模式试飞不必每次申请空域。A metal frame and flexible protective mesh form a six-sided enclosure for dynamic and failure-mode flight testing, reducing the need for separate airspace applications for each test.

金属网笼Metal mesh enclosure
场地形式Facility
无人机UAVs
适用对象Suitable aircraft
飞行包线Flight envelope
验证项目Validation scope

试飞的风险不在飞行本身Managing the risks around flight testing

自由度测试系统平台用金属框架与柔性防护网围合出一块封闭式飞行测试场地。六面封闭的网笼把高动态、高风险的机动试飞关在可控范围内完成,不必为每一次验证单独划设空域。场地为可拆装结构,运输到场后按流程组装即可投入使用;网笼只负责约束飞行边界,试验数据由舱外的地面设备采集与记录。The flight test platform uses a metal frame and flexible protective mesh to enclose a flight-test area on all six sides. It contains highly dynamic, high-risk maneuvers within a controlled boundary, reducing the need to designate separate airspace for each validation. The structure can be disassembled for transport and assembled on site. The enclosure defines the flight boundary, while external ground equipment acquires and records test data.

场地形式Facility 封闭式金属网笼Enclosed metal cage
适用对象Suitable aircraft 中小型无人机Small and medium UAVs
验证项目Validation scope 飞行包线 · 失效模式Flight envelope · Failure modes
结构形式Structure 可拆装,运输到场后组装Demountable; assembled on site after transport
自由度测试系统平台金属网笼

为什么要一个笼子Why use an enclosure?

把试飞关进笼子里Keep flight tests inside the enclosure
六面封闭的金属网笼为飞行划出明确边界,高动态与失效模式试飞不必每次单独划设空域。A six-sided metal mesh enclosure defines a clear flight boundary for dynamic and failure-mode testing, reducing the need to designate separate airspace for every test.
框架与网面分工Frame and mesh serve distinct roles
碳钢方管搭起骨架承担结构载荷,柔性防护网面覆盖六面,飞行器始终在网笼内部。Carbon-steel square tubing carries structural loads, while flexible protective mesh covers all six sides to keep the aircraft inside.
整装可拆Demountable construction
场地为可拆装结构,运输到场后按流程组装,转场不必重建。The demountable structure is assembled after transport and can be relocated without rebuilding.
铭牌可追溯Traceable identification
正面设铭牌,场地名称与使用方信息一眼可查,多场地并行时不会认错。A front nameplate identifies the site and operator at a glance, helping distinguish multiple installations.

三个部位,决定笼子的强度与体验Three details that shape strength and usability

笼体由三个关键部位决定强度与使用体验:节点、门体与标识。照片上的标记可以点开,看清那一处的做法。Joints, doors and identification are key to the enclosure's strength and usability. Select the photo markers to see each detail.

框架节点焊接细节特写

框架节点焊接Welded frame joints

方管交接处的焊接节点,是整笼受力最集中的位置。Welded joints where square tubes meet carry the enclosure's most concentrated loads.

  1. 1焊缝饱满连续,节点处无咬边Full, continuous welds without undercut at the joints
  2. 2横竖管在节点处相接,框架刚度由此保证Horizontal and vertical tubes meet at the joints to provide frame rigidity
网笼门铰链与锁具细节特写

网笼门铰链与锁具Enclosure door hinges and lock

侧开检修门。铰链与锁具保证门体在反复开关之后仍然贴合到位。A side-opening access door with hinges and a lock that maintain proper fit through repeated opening and closing.

  1. 1铰链座与门框一体安装,转动到位不松垮Hinge mounts integrated with the door frame provide firm, consistent movement
  2. 2锁具与门框贴合,闭合后无明显缝隙The lock fits the frame closely, leaving no noticeable gap when closed
自由度测试系统平台铭牌细节特写

铭牌与场地标识Nameplate and site identification

正面铭牌标注场地名称与使用方信息,多场地并行时不会认错。The front nameplate identifies the site and operator to distinguish multiple installations.

  1. 1铭牌固定于正面框架,位置正对进出方向The nameplate is fixed to the front frame, facing the access direction

标准三视图Standard three-view drawings

正视图、四分之三侧透视图与俯视图,笼体结构与开合方式一览。Front, three-quarter perspective and top views show the enclosure structure and door operation.

自由度测试系统平台正视图
正视图Front view
自由度测试系统平台四分之三侧透视图
四分之三侧透视图Three-quarter perspective view
自由度测试系统平台俯视图
俯视图Top view

从到货到能飞,三步Three steps from delivery to flight

场地为整装结构,运输到场后按流程组装即可投入使用,无需在原址浇筑基础。The structure can be assembled after delivery and put into use without casting a foundation on site.

自由度测试系统平台安装部署流程:物料齐套、结构组装、联调试飞

物料齐套Check delivered materials

框架件、网面、门体与五金按清单到齐,逐件核对规格与数量。Check frame components, mesh, doors and hardware against the delivery list, verifying specifications and quantities.

结构组装Assemble the structure

方管框架按三视图拼装,节点逐处紧固,随后挂装防护网面。Assemble the square-tube frame according to the three-view drawings, secure each joint, and install the protective mesh.

联调试飞Commission and test fly

门锁到位后接入地面设备,进行首轮联调与试飞验证。Secure the door lock, connect the ground equipment, and perform initial commissioning and flight validation.

完整技术参数Full technical specifications

参数以出厂规格书为准,如有特殊需求可联系我们定制配置。Specifications are subject to the factory specification sheet. Contact us for custom configurations.

产品名称Product name
自由度测试系统平台Flight test enclosure platform
场地形式Facility
封闭式金属网笼Enclosed metal cage
框架材料Frame material
碳钢方管Carbon-steel square tubing
防护网面Protective mesh
柔性金属网,六面封闭Flexible metal mesh enclosing all six sides
场地尺寸Site dimensions
按需定制Custom dimensions available
适用对象Suitable aircraft
中小型无人机Small and medium UAVs
验证项目Validation scope
飞行包线 · 失效模式Flight envelope · Failure modes
门体形式Door design
侧开检修门,配铰链与锁具Side-opening access door with hinges and lock
场地标识Site identification
正面铭牌Front nameplate
结构形式Structure
可拆装,运输到场后组装Demountable; assembled on site after transport
供电与采集Power and data acquisition
由舱外地面设备承担Provided by external ground equipment
自由度测试系统平台 · 实飞验证平台 | 华思未来