North America Rail Overhaul

Transforming North American Rail Traffic Forecasts with Big Data

The landscape of North American railway logistics is undergoing a seismic shift, driven by a groundbreaking integration of comprehensive traffic data from major Class I railroads. This surge in data depth allows industry leaders to precisely predict traffic patterns, optimizing operations and redefining freight transportation strategies across the continent.

Enhanced Data Fueling Accurate Traffic Mix Estimation

Previously, estimations relied on limited datasets, giving only a broad stroke of rail traffic flows. Now, with detailed data covering six primary Class I railroads, analysts are better equipped to model the true traffic mix. For example, projections now reflect a total of 1,535 million net rail and truck loads—just 1% above earlier forecasts—but unveil more nuanced shifts in how freight moves across major corridors.

Significant Shifts in Traffic Distribution and Mode Share

• Intermodal traffic is expected to increase by nearly 50% on the expanded Union Pacific network, signaling a focus on containerized freight and European-style rail logistics.
• Conversely, traditional rail freight in some areas will decline by 25%, indicating a strategic shift towards intermodal and multimodal solutions.
• The forecast shows a 3% rise in intermodal shipments shifting from trucking to rail, emphasizing a move toward eco-friendly freight solutions.

Leveraging Data to Improve Traffic Flow Modeling

The core of these advances lies in comprehensive data collection and accurate analytical matching. Where earlier models relied on partial data with sample-based assumptions, today’s system accounts for full traffic flows, especially at complex hubs like Chicago. This precise data management breaks down into:

• Using six major railroads’ traffic records for rich, detailed insights.
• Employing advanced algorithms that match individual rail movements accurately, avoiding previous assumptions based on partial samples.
• Real-time tracking of approximately 1.1 million freight trains and over 2 million intermodal units, which paints a real picture of supply chain flows.

Impact on Challenger Railroads: BNSF and CSX

The revamped forecast underscores a redistribution of traffic among competitors. For instance, the BNSF Railway faces a heightened loss, with estimated traffic dip rises from 246,000 to 303,000 loads—a reflection of Chicago’s intermodal complexities becoming clearer through richer data. Meanwhile, CSX’s predicted losses slightly decrease, indicating its resilience but also hinting at shifting market share.

Adding further nuance, percentage-based estimates suggest 4% of CSX’s traffic and 3.4% of BNSF’s could shift toward Union Pacific, emphasizing the dynamic nature of market rebalancing.

Canadian Railroads Realign Amid Data Revolution

Canadian National (CN) and Canadian Pacific Kansas City (CPKC) also experience notable forecast corrections. For CN, future traffic deviations plummet by 59%, dropping estimates by 13,000 loads, as earlier figures relied on unreliable “phantom” data points. CPKC, similarly, reduces its projected traffic loss by 22%, aligning forecasts closer to real-world operations.

Environmental and Operational Benefits of Network Consolidation

This shift towards a single, integrated railway system has profound implications:

• The expected freight volume on this “single line” network reaches 2.1 million loads annually.
• More than half of this capacity stems from transferring freight from trucks to rail, drastically reducing highway congestion and emissions.
• Specifically, up to 1.2 million loads could shift from intermodal truck traffic, while 193,000 loads move from other freight sectors, and 70,000 are long-haul truck-to-rail conversions.

This massive rewrite of freight flows supports sustainability goals and enhances logistical efficiency across North America.

Strategic Geographical Focus: The Mississippi River Basin

Over 50% of the projected traffic reallocation concentrates within a 250-mile radius of the Mississippi River, establishing it as an essential transportation nexus. This zone has historically served as a dividing line between eastern and western rail corridors, but now, with more precise traffic data, it acts as a launchpad for strategic growth, as railroads capitalize on clearer operational insights to expand service offerings and improve terminal coordination.