UAM Vertiport
Global Vertiport for Future Urban Air Mobility
Next-Generation Mobility Platform Connecting Cities and Airports
National Fire Hospital
Vertiport Engineering
An integrated SONGSAN solution that designs future vertical mobility infrastructure, from heliports to urban UAM vertiports, drone logistics, and autonomous boarding bridges.
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Vertiport Engineering
Vertiport Engineering
- A future-oriented urban air mobility infrastructure featuring VTOL-dedicated vertical takeoff and landing elevators designed to reflect the characteristics of UAM and drone aircraft. High-rigidity structures and precise control and safety systems enable stable transportation of large and heavy aircraft.
Specifications
- Design Scope
- Planning and feasibility review – basic and detailed design – permitting support
- Applicable Standards
- Domestic aviation and building regulations, international vertiport guidelines (EASA, FAA, etc.)
- Applicable Facilities
- Heliports, UAM vertiports, drone ports, integrated airports and ports
- Service Type
- Turn-key design consulting, PM/CM collaboration, operational simulation
Design is based on extensive engineering experience in special environments centered on lifting and vertical mobility systems. Consistent technical support is provided from the initial concept stage through actual construction and operation.
Key Features
- Integrated design capability for UAM, drones, and heliports – comprehensive infrastructure design covering VTOL, UAM aircraft, and drone elevators
- Structural technology for heavy and large aircraft – high-rigidity, high-safety structural design accommodating large UAM aircraft weight and dimensions
- Engineering based on aviation infrastructure standards – safety-oriented design reflecting domestic and international aviation and vertiport guidelines
- Reliability secured through validation – application of verified technologies through real projects and references with practical solution proposals
Key Functions
- Vertiport-linked vertical transport systems – VTOL-dedicated vertical mobility structures connecting landing pads, hangars, and elevators
- Precision control and safety systems – multiple safety functions including aircraft position control, load detection, collision prevention, and emergency response
- Operational scenarios and simulation support – circulation planning and operation and maintenance scenarios reflecting real operating environments
- Turn-key engineering services – integrated technical support covering planning, design, permitting, construction, and operation