CSX Upgrades 42 Switches at Queensgate Yard in Cincinnati

CINCINNATI, UNITED STATES – CSX has launched an infrastructure modernization program at its Queensgate Yard in Cincinnati, Ohio, installing 42 power-operated switches across the terminal’s northern throat. The installation brings the total volume of powered switches across the classification hub to approximately 170 units. The project eliminates ground-level manual switch throwing to accelerate classification speeds and protect field personnel across the central freight corridor.

What Is the Full Scope of This Project?

CSX is replacing 42 manual ground throws with power-operated switches on the north end of Queensgate Yard, expanding the site’s automated switch infrastructure to approximately 170 units. The power mechanisms integrate with remote yard routing systems, enabling dispatchers and terminal operators to align tracks electronically without dispatching switch crews on foot. Ryan Raymond, CSX director of hump yard operations, engineering, and design, confirmed that the capital program prioritizes operational standardization and workforce safety across one of the railroad’s highest-volume classification hubs. Capital expenditure totals and exact commissioning dates for the installation were not disclosed by CSX.

Note: Independent verification of the final yard inventory figure of “about 170” switches was not available at time of publication.

Key Project Data

How Does This Compare to Similar Projects?

Comparable yard switch automation data for Class I terminal projects in 2024 and 2025 was not publicly available at time of publication.

While public sector rail projects frequently publish line-item expenditures—such as the Metropolitan Transportation Authority awarding a $19.7 million design contract for Hudson Line infrastructure resilience (Source: RT&S, 2024)—private freight carriers rarely isolate individual switch turnout contracts from general capital budgets. Switch automation at this scale aligns with modern North American terminal optimization programs, such as ongoing track reconfigurations across San Pedro Bay rail yards that expand track capacity to 48 tracks to absorb rising volume demands (Source: Port of Long Beach, 2024).

Editor’s Analysis

Yard automation projects like Queensgate reflect Class I railroads prioritizing dwell reduction and crew injury prevention over physical footprint expansion. Modernizing terminal chokepoints is essential as the global rail logistics sector expands from USD 372.7 billion in 2024 toward USD 531.4 billion by 2030 (Source: Grand View Research, 2024). Replacing manual switch throws with centralized controls directly addresses terminal dwell, which remains the primary operational bottleneck determining freight car cycle times.

FAQ

Q: What is the main operational purpose of CSX upgrading Queensgate Yard?
A: CSX is installing 42 power-operated switches to automate route setting from remote consoles, reducing train delays and eliminating manual switch handling by ground personnel.

Q: How much did CSX spend on the Queensgate Yard switch installation?
A: CSX has not disclosed the total financial cost or equipment supply contracts associated with the 42-switch upgrade.

Q: How many total automated switches will Queensgate Yard operate after completion?
A: The facility will operate approximately 170 power-operated switches once all 42 newly installed units on the yard’s north end enter service.