Advanced Visual Docking Guidance System, VDGS

Description
Specifications

Developed independently by SYAviation, the Visual Docking Guidance System (VDGS) is an intelligent solution tailored for aircraft ground support scenarios at airports.

Adopting Lidar 3D point cloud scanning technology, high-performance edge computing architecture and self-developed mature AI algorithms, the system can automatically identify all types of civil aviation aircraft and provide full-process intelligent guidance for aircraft docking. Meanwhile, it supports intelligent data collection of key apron operation nodes and real-time monitoring as well as early warning of on-site safety risks, comprehensively optimizing airport ground support procedures and significantly improving operational efficiency and apron safety.

Fully compatible with nearly 100 types of in-service civil aircraft from global airlines, the system covers all existing civil aviation models. It supports iterative upgrades of the aircraft model database to quickly adapt to new aircraft types, ensuring long-term stable and highly compatible operation.

Certified by the official Civil Aviation Equipment Authority of China, the system features standardized qualification and mature technology. It has been widely deployed and applied at numerous airports worldwide. Verified by practical operation scenarios at home and abroad, it serves as a core supporting facility for airport intelligent upgrading.

System Power:AC Input: 85~240V, 50Hz~60Hz, Auto Select.< 700 Watts.
Laser Category: Class 1, Eye Safe, 905nm
Horizontal Scan:±60°
Vertical Scan Angle±12.5°
Docking Distance200 m
Azimuth Accuracy0.2°
Stop Position Accuracy±5cm
Stop Position Distance2-65 m
Display Character Height:>202mm
Display Visibility Distance:>150 m
Operator Display TypeColor LCD Touch Panel
Visible range: Width 960 × Height 1280 mm (size adjustable)
Housing material: Aluminum alloy / Stainless steel           
IP levelIP54
System Operation Temperature-25 º C~ +55 º C     
System Operation Humidity5% – 95% (non condensing)