Smart Airport

UISEE Smart Airport autonomous driving solution.

The Challenges You May Face Operational inefficiencies impact flight punctuality - Slow baggage transfer Long waiting times for cargo planes Excessive empty vehicle mileage Delays in any link lead to flight delays Manual apron operations pose safety risks Driver fatigue and blind spots Operations in adverse weather Human error is the leading cause of apron incidents Rising labor costs and severe workforce shortage Increasing recruitment costs - Long training cycles High employee turnover Aging workforce and insufficient influx of younger talent Data silos and lack of intelligent scheduling cause uneven capacity allocation Disconnected baggage systems, vehicle management, and tower commands Resource allocation relies on experience, not data Autonomous Driving at Smart Airports UISEE's autonomous airport solution integrates various autonomous vehicles including logistics vehicles, patrol cars and shuttle buses, and a cloud-based intelligent operation and management platform, driving smart airport transformation with AI. The solution enables unmanned and intelligent transportation of luggage and cargo, border patrols, and staff/passenger shuttle within the airport through leading autonomous driving technology, contributing to more efficient, more economical, and safer airport operation. What We Offer T30 prod-t30 Max. Towing Capacity 30 kN T05E prod-t05e Max. Towing Capacity 5 kN B19 prod-b19 Seating Capacity (including safety officer seat) 19 Max. Speed 40 km/h E70 prod-e70 Range 300 km Speed 15km/h (Patrol Inspection) / 20~30km/h (standard Autonomous Navigation) Value Proposition Proactive Safety Control From a safety perspective, upgrade from "passive defense" to "proactive prevention & control" to safeguard the airport's safety baseline. Optimized fleet utilization, Reduced idle time and empty trips Through consistent operation across varying weather conditions and the elimination of human-factor risks such as fatigue and blind spots, autonomous vehicles enhance apron safety while maximizing operational efficiency and resource utilization. End-to-End Quality Enhancement By balancing safety and efficiency, the overall quality of the apron operation chain is significantly enhanced, improving passenger travel experience and employee well-being. Relevant Cases Singapore Changi Airport case1 1 UISEE's Autonomous Electric Tractor T30 in large-scale regular operation. Hong Kong International Airport case2 3 UISEE's Autonomous Electric Tractor T30 in large-scale regular operation. Hamad International Airport case3 2 UISEE's Autonomous Electric Tractor T30 in large-scale regular operation.