Operational Bottlenecks in Freight Forwarding: An Empirical Investigation into Their Impact on Reducing Cargo Turnaround Time

International freight forwarding has long served as the operational foundation underpinning global commerce. Despite this critical role, systemic inefficiencies
continue to compromise service delivery and cargo transit timelines. This study examines the principal operational constraints embedded within freight forwarding
workflows and empirically measures their cumulative effect on cargo turnaround duration, with the targeted objective of identifying evidence-grounded strategies
capable of delivering a sustained 5% reduction in processing time. Using a descriptive-analytical research design, primary data were gathered from 120
professionals, logistics students, and industry stakeholders through a structured Likert-scale survey instrument. The dataset was subjected to descriptive statistics,
Pearson correlation, multiple regression, and one-way ANOVA. Results indicate that technology integration (β = 0.576, p = 0.003) is the strongest positive driver
of logistics performance, while unresolved bottleneck accumulation (β = −0.404, p = 0.007) materially degrades operational outcomes. Among all variables
examined, cargo handling efficiency showed the highest correlation with overall performance (r = 0.642, p < 0.001). Documentation inaccuracies, customs
processing delays, terminal congestion, and insufficient shipment visibility were collectively identified as the most operationally costly delay clusters. The study
concludes that structured elimination of these constraints — through accelerated digital adoption, dual-layer documentation controls, appointment-based port
scheduling, and proactive compliance management — can realistically achieve the stated turnaround objective. These outcomes carry meaningful implications for
logistics practitioners, supply chain policymakers, and academic researchers.