VERTI X

VERTI-X Low-Altitude Vertical Take-off and Landing Station System: Prefabricated, Combinable Smart Infrastructure Solution

The VERTI-X Low-Altitude Vertical Take-off and Landing Station System is a next-generation urban air mobility infrastructure built on the concept of "precision infrastructure planning." Utilizing digital spatial modeling and airspace capacity assessment, the system achieves scientific site selection and layout optimization. It adopts an innovative prefabricated, modular, and scalable architecture to comprehensively meet multi-level scenario demands—from city-scale hubs to terminal nodes.

1. Modular Architecture Enables Flexible Deployment

The VERTI-X system employs standardized prefabricated modular units, supporting rapid assembly and functional combination. Its core advantages include:

• Prefabricated Components: Structural units, energy modules, and functional components are all factory-prefabricated, reducing on-site assembly time compared to traditional construction methods;

  
  

• Scalable Functionality: Using a "base unit + functional module" stacking approach, station scale can be dynamically adjusted based on passenger flow density and operational needs;

  
  

• Standardized Interfaces: All modules adhere to unified interface standards, enabling plug-and-play integration of equipment such as PV energy storage, charging piles, and drone nests.

  
  

2. Three-Tier Station System Covers Full-Scenario Needs

• VERTI-HUB (City-Scale Hub):

  As a large-scale multifunctional hub, it integrates low-altitude passenger and cargo dispatch centers, technical operation zones, PV energy storage power stations, smart parking and charging, and other functional modules, enabling rapid deployment of urban-scale air mobility hubs through modular combination.

  
  

• VERTI-PORT (Regional Station):

  Suitable for transportation hubs or scenic areas, it adopts a flexible combination of basic terminal modules and hangar modules, complemented by passenger flow modules and charging/battery swap units, achieving scalability for medium-capacity operational demands.

  
  

• VERTI-STOP (Terminal Node):

  The smallest unit features an integrated container design, combining core functions such as a landing platform, PV energy storage, and fast charging, supporting rapid deployment in constrained spaces like building rooftops and transportation nodes.

  
  

3. Intelligent Synergy and Green Energy Features

• Digital twin management of modular components is realized through BIM+GIS technology;

  
  

• Integration of PV energy storage systems supports off-grid operation and V2G reverse power supply;

  
  

• Dynamic "ground-air" capacity allocation is achieved through data interfaces with ground transportation systems.

  
  

In the future, the VERTI-X system—through its prefabricated, combinable architectural design—will not only significantly reduce construction costs and timelines but also provide an evolvable, replicable infrastructure paradigm for integrated air-ground transportation networks, positioning itself as a core enabler of smart city low-altitude economic development.