Call for Pilot Participation: Adaptive Nodular Transport for Role-Synchronised Local Mobility

These three documents constitute a coherent research and implementation package addressing the design of adaptive transport systems in post-labour and demographically shifting contexts. Together, they span conceptual framework, applied design, and an operational pathway for real-world testing. The first document, Adaptive Transport in Transforming Economies: A Structural Framework, establishes adaptation—rather than optimisation or peak efficiency—as the primary design variable for contemporary transport systems. It examines the structural mismatch between legacy peak-commute infrastructure and increasingly fragmented temporal, demographic, and role-based mobility patterns, and proposes nodular transport architecture as a means of absorbing variability without reliance on behavioural enforcement or continuous optimisation. The second document, Role-Synchronised Modular Transport: A Nodular Application Framework, presents a worked application of the structural framework. It demonstrates how adaptive principles can be instantiated through geometry, passive mechanical design, and interface logic rather than digital platforms or autonomous systems. The application focuses on local modular mobility that preserves role continuity—such as provisioning and care—while tolerating idling, off-peak use, and demographic diversity. The third document is an open, non-binding Call for Pilot Participation. It invites municipalities, transport operators, retail anchors, and civic partners to express interest in a bounded local pilot evaluating the practical feasibility of the proposed nodular system. The call prioritises accessibility, effort reduction, and continuity of everyday roles over speed, throughput, or peak-commute optimisation. It is exploratory and evaluative in nature and does not constitute a procurement tender, technology demonstration, or commercial offer. Taken together, the documents provide a structured progression from diagnosis to application to pilot evaluation. The objective is to test structural coherence and real-world feasibility under practical conditions, generating evidence and insight that can inform future transport planning, policy, and design. This research is produced independently under the Drive-In s.r.o. research programme.Readers who wish to support its continuation may do so here: https://ko-fi.com/johnryder99892