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Driven by the growth of the low-altitude economy and rising urban logistics demand, this study explores efficient urban three-dimensional logistics networks to overcome ground logistics bottlenecks. Using complex system and innovation diffusion theories, it builds a seven-layer system architecture and a four-layer network structure (“hub–corridor–node–community point”). Through literature, system and case analyses, it identifies key construction elements and phased pathways: pilot testing, regional networking, and full integration, balancing technology, safety, and public acceptance. Findings offer theoretical and practical guidance for low-altitude urban logistics planning and implementation.

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Research on Construction Pathways of Urban Three-Dimensional Logistics Networks Under the Low-Altitude Economy Context

  • 会议论文

  • 发表日期：

    2026年

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  • Sun Shiwei,
  • Li Xingeng

摘要

Driven by the growth of the low-altitude economy and rising urban logistics demand, this study explores efficient urban three-dimensional logistics networks to overcome ground logistics bottlenecks. Using complex system and innovation diffusion theories, it builds a seven-layer system architecture and a four-layer network structure (“hub–corridor–node–community point”). Through literature, system and case analyses, it identifies key construction elements and phased pathways: pilot testing, regional networking, and full integration, balancing technology, safety, and public acceptance. Findings offer theoretical and practical guidance for low-altitude urban logistics planning and implementation.