Capacity, Velocity, Duration and Transfer Points on Strategic Drivers of Multi-Modal Transportation Efficiency

Abstract

This study investigates the strategic drivers of multimodal transportation efficiency- Capacity, Velocity, Duration, and Transfer Points (CVDT) within the framework of India’s PM Gati Shakti National Master Plan for Multimodal Connectivity. Multimodal transportation has emerged as a critical enabler of economic growth, sustainable mobility, and global trade competitiveness. However, efficiency within these systems is not merely an infrastructural challenge but a complex interplay of operational, digital, and policy-driven factors. Drawing from an extensive review of literature and empirical evidence from government reports, this paper examines how each driver shapes logistics outcomes, identifies their interdependencies, and highlights complementarities and trade-offs. The study finds that capacity expansion in isolation yields limited results unless matched with improved transfer points, while gains in velocity and duration are contingent upon synchronized infrastructure and digital integration. PM Gati Shakti addresses these challenges through coordinated investments in dedicated freight corridors, multimodal logistics parks, port modernization, and digital platforms like the Unified Logistics Interface Platform (ULIP). The findings underscore that the CVDT framework provides a holistic lens for understanding multimodal performance and clarifies where efficiency gains can be maximized through integrated strategies. Policy implications include the need for balanced capacity planning, smart transfer point development, and institutional coordination to align efficiency with sustainability and economic objectives. The paper contributes by offering a CVDT-centric analytical framework that situates multimodal efficiency within India’s developmental trajectory toward reducing logistics costs, enhancing resilience, and achieving the vision of a globally competitive logistics ecosystem.