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UAM Vertiport

Global Vertiport for Future Urban Air Mobility
Next-Generation Mobility Platform Connecting Cities and Airports

National Fire Hospital

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UAM Vertiport
UAM Vertiport System

UAM Vertiport System

A VTOL-dedicated elevator optimized for urban air mobility environments, enabling safe and efficient vertical movement of UAM aircraft.

UAM VERTIPORT SYSTEM

UAM Vertiport System – An Urban Vertical Mobility Hub

This system integrates takeoff and landing pads, passenger and cargo elevators, and unmanned logistics flows into a single platform. Real-time control, safety monitoring, and vertical movement of aircraft and cargo are interconnected through data-based operations. It is a next-generation UAM infrastructure platform designed to link with complex commercial facilities and public infrastructure.
UAM Vertiport Solution

Specifications

Operating Speed
60–120 m/min
Maximum Travel Distance
60–100 m (Customizable based on site and building plans)
Maximum Load Capacity
1,000–3,500 kg (Passenger & cargo combined option)
Application
Urban UAM passenger terminals, mixed-use developments, smart city vertiports
The entire UAM operation process—from stopping and takeoff to vertical movement and transfer—is integrated into a single solution. Aircraft operation data, passenger circulation, and cargo handling information are connected in real time through the SPTM platform.

Key Features

  • A VTOL-dedicated vertical mobility infrastructure optimized for urban air mobility environments
  • Separate circulation design for passengers and logistics, enhancing safety and operational efficiency
  • Integrated UAM platform linkage for coordinated management of takeoff, landing, vertical transport, and logistics flows
  • Real-time management of equipment status, operation, security, and environmental data through the SPTM predictive maintenance system

Key Functions

  • Integrated operation of takeoff, movement, and vertical transport, managing the entire UAM process within a single system
  • Real-time operation control monitoring elevator status, aircraft position, and safety information
  • Optimized passenger and cargo circulation by separating movement paths to minimize congestion
  • Connectivity with commercial and public infrastructure, providing integrated circulation and safety response scenarios

Certifications & Awards

Case Studies