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    Modular VTOL Landing Pad
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    • Modular VTOL Landing Pad

    The Modular Vertiport (Vertical Take-off and Landing Pad) is engineered to facilitate the seamless integration and commercial activity of future Urban Air Mobility (UAM).
    It is flexibly adaptable to locations such as transportation hubs, commercial centers, high-end office buildings, and premium residential communities. With its characteristics of cost-effectiveness and rapid deployment, it promotes the efficient development of low-altitude transportation.
    Through a meticulously designed modular construction strategy, it aims to enable every piece of available land to easily embrace the low-altitude future and enjoy the convenience and efficiency brought by eVTOL (electric Vertical Take-off and Landing) aircraft.
    It provides the essential ground infrastructure to 'build a new "low-altitude airport" concept and activate new "low-altitude service" models!'

     

    Plug and Play, Infinite Possibilities

    Modular (Building Block) Construction
    Standardized modules are pre-fabricated in the factory, supporting rapid splicing and dynamic assembly to achieve the transformation from an empty field to a vertiport.
    Scenario-Adaptive
    Provides operational support for high-frequency takeoffs and landings, flexibly matching the demands of commuter shuttles, logistics distribution, emergency rescue, and more.

     

    3D Space, Ultimate Safety

    Intelligent Safety Barrier
    Integrates FATO (Final Approach and Take-Off Area), TLOF (Touchdown and Lift-Off Area), and a dynamic safety buffer. It extends security monitoring, electronic fencing, infrared alarms, and other measures to ensure operational safety throughout the entire process.
    Meteorological Perception and Warning
    Integrates meteorological observation sensors for wind speed, wind direction, temperature, humidity, and rainfall. It can be expanded to support advanced meteorological equipment such as ceilometers, forward scatter meters, and wind-profiling radar.Supports linkage with network weather services to obtain forecast data, providing 30-minute advance warnings for extreme weather and ensuring all-weather operation.

     

    Green Empowerment, Future Ecosystem

    Integrated PV, Storage, and Charging System
    Photovoltaic Canopy + Energy Storage System + Smart Charging Piles enable the cyclical replenishment of clean energy, creating a green and sustainable ecosystem.
    Zero-Carbon Terminal (Waiting Hall)
    The terminal service area utilizes a passive energy-saving design, combined with a green plant curtain wall and a fresh air system, to create a carbon-neutral waiting experience.

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