High-rise construction in densely populated urban centers presents significant logistical challenges, primarily due to limited space, traffic congestion, and stringent safety regulations. Traditional construction logistics models rely on extensive on-site storage and uncoordinated material deliveries and are increasingly ineffective in high-density urban environments. This study investigates the micro-logistics framework, which integrates Just-in-Time (JIT) delivery, urban staging areas, and modular construction to enhance material flow efficiency while mitigating the constraints imposed by limited on-site storage and transportation restrictions.JIT delivery minimizes on-site material stockpiling and enhances workflow efficiency, but its success hinges on precise supplier coordination and real-time project scheduling. Urban staging areas, acting as temporary material hubs, facilitate controlled material consolidation, phased deliveries, and site decongestion, allowing for optimized site logistics. Furthermore, modular construction significantly reduces logistical complexity by shifting fabrication off-site, streamlining material transport, labor management, and project timelines.A case study of the development of the Bridgeport, Virginia, illustrates how micro-logistics strategies improved construction efficiency despite challenging site conditions. The study found that a phased material allocation approach, structured staging zones, and weekly supplier coordination updates resulted in zero material backlog and reduced site congestion, ensuring timely project completion.The findings emphasize that adopting micro-logistics frameworks in high-rise construction is imperative for future urban development, particularly as cities continue to densify. By leveraging real-time digital tracking systems, artificial intelligence (AI)-driven traffic forecasting, and integrated Building Information Modeling (BIM) for supply chain management, the construction industry can further optimize material flow, reduce costs, and enhance sustainability. This paper highlights the necessity of precision-driven logistics solutions, offering a roadmap for efficient, cost-effective, and environmentally responsible urban construction.