地面控制站箱體設計指南 - PDF
地面控制站箱體設計指南
Ground Control Station Case Design Guide
Deployment-Ready Protection System
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前言
隨著無人機（UAV）任務逐漸朝向長距離、即時影像回傳、多機協同與全天候作戰發展，地面控制站（Ground Control Station, GCS）已成為整個無人機系統的大腦。
一套優秀的地面控制站不僅是筆記型電腦加上天線設備，而是整合：
* 指揮控制（Command & Control）
* 任務規劃（Mission Planning）
* 即時監控（Real-Time Monitoring）
* 通訊鏈路（Communication Link）
* 資料管理（Data Management）
因此，地面控制站箱體的設計，必須從「設備保護」提升至「任務部署系統」的層級思考。
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第一章
地面控制站的角色定位
在完整的 UAV 系統中：
UAV System
│
├─ Flight Platform
├─ Payload System
├─ Communication System
├─ Power System
└─ Ground Control Station
地面控制站為整個系統的核心控制節點。
主要功能：
飛行控制
* 起飛
* 巡航
* 降落
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影像監控
* EO可見光
* IR熱影像
* 夜視系統
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數據管理
* 飛行紀錄
* 任務資料
* GIS資訊
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通訊管理
* RF模組
* LTE
* 5G
* 衛星通訊
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第二章
地面控制站常見組成
顯示系統
配置：
* 工業電腦
* Rugged Laptop
* 工控顯示器
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通訊系統
配置：
* RF Module
* Mesh Radio
* LTE Router
* 衛星通訊設備
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電源系統
配置：
* UPS
* 電池模組
* AC/DC轉換器
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控制系統
配置：
* 遙控器
* 操作面板
* 搖桿控制器
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第三章
地面控制站箱體設計原則
原則一
開箱即戰備
Open & Operate
開啟箱體即可進行任務。
避免現場重新組裝。
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原則二
快速部署
建議：
5分鐘內完成架設。
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原則三
設備整合
所有設備固定於箱體內。
避免現場拆裝。
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原則四
模組化設計
便於：
* 維修
* 升級
* 擴充
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原則五
運輸保護
適用：
* 陸運
* 海運
* 空運
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第四章
箱體架構設計
上蓋區域
配置：
* 顯示器
* 文件袋
* 天線收納區
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中央設備區
配置：
* 工業電腦
* Rugged Laptop
* 控制設備
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下層區域
配置：
* 電源模組
* UPS
* 配線系統
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第五章
顯示系統設計
單螢幕配置
適用：
* 小型無人機
* FPV系統
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雙螢幕配置
適用：
* VTOL
* 中大型固定翼
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三螢幕配置
適用：
* 軍工任務
* 多機控制
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第六章
通訊模組設計
可整合：
RF Module
Mesh Network
LTE / 5G
SATCOM
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設計重點：
* 散熱
* EMI隔離
* 快速更換
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第七章
電源系統設計
配置：
* AC Input
* UPS
* Battery Backup
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設計目標：
停電狀況下維持：
30~120分鐘運作能力。
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第八章
IP67防護設計
地面控制站常面臨：
* 雨天
* 沙塵
* 海岸鹽害
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建議：
IP67
防塵
防潑水
防雨
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第九章
泡棉與避震設計
推薦：
EVA
適用：
* 顯示器
* 電腦設備
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EPE
適用：
* 大型部署系統
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ESD EVA
適用：
* 電子模組
* 通訊設備
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第十章
地面控制站箱體分類
Type A
Portable GCS
手提式
適用：
FPV
小型無人機
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Type B
Mobile GCS
拉桿式
適用：
中型任務
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Type C
Tactical GCS
戰術型
適用：
軍工任務
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Type D
Rack Mount GCS
機櫃式
適用：
指揮中心
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第十一章
工程設計流程
需求確認
↓
設備丈量
↓
配置規劃
↓
泡棉設計
↓
機構設計
↓
打樣驗證
↓
量產交付
第十二章
非紅供應鏈規劃
HY Performing Case 堅持：
MIT Taiwan Manufacturing
台灣製造
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Non-China Supply Chain
非紅供應鏈
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可提供：
* COO
* COC
* 材料來源證明
* 生產履歷
符合：
* 軍工專案
* 政府採購
* 海外出口需求
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第十三章
Ground Control Station 部署架構
Ground Control Station
│
├─ Display System
│
├─ Communication System
│
├─ Control System
│
├─ Power System
│
└─ Maintenance Kit
第十四章
結論
地面控制站箱體不只是設備收納工具。
而是整個 UAV 指揮控制系統的核心平台。
優秀的 GCS 箱體應具備：
✓ 快速部署
✓ 快速收納
✓ 快速維修
✓ 高可靠度
✓ 模組化升級能力
當系統能在最短時間完成展開並投入任務時，地面控制站箱體便真正成為無人機系統的一部分。
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HY Performing Case
Ground Control Station Deployment Solution
* UAV Ground Control Station
* Tactical Deployment Case
* Military Communication Case
* Command & Control Case
* Rack Mount GCS System
MIT Taiwan Manufacturing
Non-China Supply Chain
COO / COC Available
Deployment-Ready Protection System
Ground Control Station Case Design Guide
地面控制站箱體設計指南（英文版）
Deployment-Ready Protection System
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Introduction
As Unmanned Aerial Vehicle (UAV) operations continue to evolve toward long-range missions, real-time video transmission, multi-UAV coordination, and all-weather deployment, the Ground Control Station (GCS) has become the central command hub of the entire UAV ecosystem.
A modern Ground Control Station is no longer just a laptop combined with communication equipment. It is a fully integrated mission platform responsible for:
* Command & Control
* Mission Planning
* Real-Time Monitoring
* Communication Management
* Data Processing & Storage
Therefore, Ground Control Station case design must go beyond equipment protection and focus on complete mission deployment capability.
Chapter 1
The Role of a Ground Control Station
Within a complete UAV system:
UAV System
│
├─ Flight Platform
├─ Payload System
├─ Communication System
├─ Power System
└─ Ground Control Station
The Ground Control Station serves as the primary command node.
Its functions include:
Flight Operations
* Takeoff Control
* Navigation
* Landing Operations
Mission Monitoring
* EO Camera Monitoring
* Thermal Imaging
* Night Vision Systems
Data Management
* Flight Logs
* Mission Records
* GIS Data Integration
Communication Management
* RF Communications
* LTE / 5G Networks
* Satellite Communications
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Chapter 2
Typical Ground Control Station Components
Display System
Configuration:
* Industrial Computer
* Rugged Laptop
* Industrial Monitor
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Communication System
Configuration:
* RF Modules
* Mesh Radio Systems
* LTE Routers
* Satellite Communication Devices
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Power System
Configuration:
* UPS Systems
* Battery Modules
* AC/DC Converters
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Control System
Configuration:
* Remote Controllers
* Control Panels
* Flight Joysticks
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Chapter 3
Ground Control Station Design Principles
Principle 1
Open & Operate
The system should be mission-ready immediately after opening the case.
No field assembly should be required.
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Principle 2
Rapid Deployment
Recommended deployment time:
Less than 5 minutes.
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Principle 3
Equipment Integration
All mission-critical equipment should be permanently secured within the case.
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Principle 4
Modular Design
Supports:
* Maintenance
* Upgrades
* Future Expansion
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Principle 5
Transportation Protection
Suitable for:
* Ground Transportation
* Sea Freight
* Air Transportation
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Chapter 4
Internal Architecture Design
Lid Section
Recommended Components:
* Monitors
* Document Storage
* Antenna Storage Area
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Main Equipment Section
Recommended Components:
* Industrial Computers
* Rugged Laptops
* Control Equipment
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Lower Equipment Section
Recommended Components:
* Power Modules
* UPS Systems
* Cable Management Systems
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Chapter 5
Display System Design
Single Monitor Configuration
Suitable for:
* Small UAV Platforms
* FPV Systems
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Dual Monitor Configuration
Suitable for:
* VTOL UAVs
* Medium Fixed-Wing UAVs
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Triple Monitor Configuration
Suitable for:
* Military Operations
* Multi-UAV Missions
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Chapter 6
Communication Module Design
Compatible with:
RF Modules
Mesh Networks
LTE / 5G Networks
Satellite Communications (SATCOM)
Design Considerations:
* Thermal Management
* EMI Protection
* Rapid Replacement Capability
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Chapter 7
Power System Design
Typical Configuration:
* AC Input
* UPS Backup
* Battery Backup
Design Goal:
Maintain operational capability for:
30–120 minutes during power outages.
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Chapter 8
IP67 Protection Design
Ground Control Stations frequently operate in:
* Rain
* Dusty Environments
* Coastal Areas
Recommended Protection Level:
IP67
* Dustproof
* Waterproof
* Weather Resistant
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Chapter 9
Shock Absorption & Foam Design
EVA Foam
Recommended for:
* Displays
* Computing Equipment
Advantages:
* Excellent Appearance
* Long-Term Durability
* Precision Protection
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EPE Foam
Recommended for:
* Large Deployment Systems
* Mass Production Projects
Advantages:
* Lightweight
* Cost Effective
* Excellent Shock Absorption
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ESD EVA Foam
Recommended for:
* Electronic Modules
* Communication Equipment
* Sensitive Circuit Boards
Advantages:
* Anti-Static Protection
* Electronics Safety
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Chapter 10
Ground Control Station Categories
Type A
Portable GCS
Hand-Carry Configuration
Suitable for:
* FPV Systems
* Small UAV Platforms
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Type B
Mobile GCS
Wheeled Deployment System
Suitable for:
* Medium-Scale UAV Operations
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Type C
Tactical GCS
Military Tactical Configuration
Suitable for:
* Defense Operations
* Tactical Missions
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Type D
Rack-Mount GCS
19-Inch Rack System
Suitable for:
* Command Centers
* Mobile Command Vehicles
* Communication Hubs
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Chapter 11
Engineering Development Process
Requirement Analysis
↓
Equipment Measurement
↓
System Layout Planning
↓
Foam Engineering
↓
Mechanical Design
↓
Prototype Validation
↓
Mass Production
Chapter 12
Non-China Supply Chain Strategy
HY Performing Case is committed to:
MIT Taiwan Manufacturing
Designed and manufactured in Taiwan.
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Non-China Supply Chain
Supporting defense, government, and international procurement requirements.
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Available Documentation:
* Certificate of Origin (COO)
* Certificate of Conformity (COC)
* Material Traceability Reports
* Manufacturing Records
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Chapter 13
Ground Control Station Deployment Architecture
Ground Control Station
│
├─ Display System
│
├─ Communication System
│
├─ Control System
│
├─ Power System
│
└─ Maintenance Kit
Chapter 14
Conclusion
A Ground Control Station case is not merely a transportation container.
It is the operational core of the UAV Command & Control System.
An effective GCS deployment platform should provide:
✓ Rapid Deployment
✓ Rapid Recovery
✓ Easy Maintenance
✓ High Reliability
✓ Modular Upgrade Capability
When a system can be deployed and operational within minutes, the Ground Control Station becomes a true force multiplier for UAV missions.
⸻
HY Performing Case
Ground Control Station Deployment Solution
Specializing in:
* UAV Ground Control Stations
* Tactical Deployment Cases
* Military Communication Cases
* Command & Control Systems
* Rack-Mount GCS Solutions
MIT Taiwan Manufacturing
Non-China Supply Chain
COO / COC Available
Deployment-Ready Protection System
Website:
HY Performing Case Official Website