The WCTRS global subway efficiency benchmarking task force inaugural report: The key findings, lessons learned, policy issues investigated

This study presents the key summary of the inaugural report of the WCTRS Global Subway Efficiency Benchmarking Task Force, focusing on evaluating the operating efficiency of subway systems across Asia, Europe, and North America. Given the increasing need for urban transit authorities to balance multiple objectives, such as reducing greenhouse gas emissions and enhancing public health, this benchmarking initiative provides a crucial assessment of their productivity and efficiency of operations. We employed the Variable Input Productivity (VIP) method intelligently computed by the translog multilateral indexing method, chosen over DEA due to its transitive properties and better suitability for policy applications. Our analysis measures the VIP index, specifically examining labor and soft input productivities, to gauge how efficiently subway systems utilize their variable resources. By adjusting for factors beyond management control through regression analysis, we derived Net VIP scores, offering a more accurate comparison across different cities. The results reveal significant variations in efficiency levels, with some cities demonstrating remarkable productivity despite limited resources while others lag behind due to structural and operational challenges. Our findings underscore the importance of targeted policy interventions to enhance the efficiency of urban rail systems. Above all, the WCTRS Task Force members who volunteered their time and effort hope to raise awareness of efficiency and productivity as an important aspect of managing and operating the subways and other city transit systems. • WCTRS Task Force collaborates to raise global awareness on efficient subway and city transit operations. • Study evaluates subway efficiency in Asia, Europe, and NA, stressing urban transit harmony for diverse goals. • VIP method outperforms DEA for detailed productivity assessment in subway systems. • Cities exhibit efficiency variations; some excel despite limited resources, others face operational challenges. • Policy interventions are vital for enhancing rail system efficiency by adjusting for external factors.