Five-year strategic plan for railroad research, development, and demonstrations

NHTSA · 2002 · ROSA P / United States. Federal Railroad Administration

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Summary

This document presents the Federal Railroad Administration’s (FRA) Five-Year Strategic Plan for Railroad Research, Development, and Demonstrations (RD&D), published in March 2002. The plan was developed at the request of the Senate Appropriations Committee to address rapid technological changes and evolving industry structures. Its primary motivation is to enhance the safety, security, and efficiency of the U.S. railroad system, which encompasses freight, intercity passenger, and commuter operations. The strategy is grounded in historical risk analysis, accident data, and extensive coordination with industry stakeholders, including railroads, labor unions, and academic institutions. The plan outlines a structured five-step process for selecting R&D projects: reviewing historical risks, conducting failure analyses, surveying countermeasures, rating projects, and assigning them to program areas. The RD&D efforts are organized into three main programs. The Railroad Research and Development Program comprises ten elements: railroad system issues (safety, security, environment), human factors, rolling stock and components, track and structures, track/train interaction, train control, grade crossings, hazardous materials transportation, train occupant protection, and R&D facilities. The Next Generation High-Speed Rail Technology Demonstration Program focuses on demonstrating technologies for incremental high-speed service, including positive train control, non-electric locomotives, grade crossing protection, and track structures. The Magnetic Levitation Technology Deployment Program aims to plan and demonstrate a maglev system in revenue service, with federal funding capped at $950 million for construction. Key findings and strategic directions include the adoption of Intelligent Railroad Systems, which integrate digital communications into train control, braking, and defect detection to mitigate human error and improve system reliability. The plan highlights that while casualties decreased from 20,400 in 1993 to 12,580 in 2000, human factors and track defects remain leading causes of accidents. Consequently, the FRA prioritizes proactive defect detection for rolling stock, advanced non-destructive evaluation for track integrity, and the deployment of Positive Train Control (PTC) to prevent collisions and overspeed incidents. Specific initiatives include developing lightweight high-speed non-electric locomotives to avoid costly electrification infrastructure and creating innovative grade crossing warning systems that offer security comparable to grade separations at lower costs. The significance of this plan lies in its shift toward a strategic, data-driven approach to railroad safety and modernization. By leveraging technologies such as GPS-based train control and intelligent transportation systems, the FRA aims to reduce accident probability and severity while accommodating growing capacity demands. The plan also emphasizes workforce planning and the use of the Transportation Technology Center for rigorous testing. Ultimately, the document establishes a roadmap for integrating emerging technologies into existing and future rail corridors, ensuring that the U.S. railroad network remains safe, efficient, and capable of supporting high-speed passenger service alongside heavy freight operations.

Key finding

The Federal Railroad Administration established a comprehensive five-year strategic plan to guide research, development, and demonstration activities aimed at improving railroad safety, security, and efficiency through targeted technological advancements and structured project selection processes.

Methodology

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• rail grade crossings