Introduction
Shipping a TEU from Shanghai to Los Angeles today costs $1,850 via direct route, and $2,140 via Mexico to avoid customs pressure. The $290 difference is not a margin; it’s the cost of bypassing tariffs. The bottleneck occurs at the entrance to the main ports on the west coast, where customs clearance times exceed 14 days for goods subject to selective inspection. The Port of Coos Bay recorded a 23% increase in containerized volumes in the first half of 2026 compared to 2025, but the flow has not grown linearly: 87% of operations are concentrated on light and low-value-added goods, with rail transport reducing transit times by 41%. This shift occurs because the traditional route is saturated: the port of Los Angeles handles over 9 million TEUs per year, exceeding its actual operational capacity.
The physical node is the railway infrastructure that connects maritime terminals to inland distribution centers. The section between Coos Bay and Eugene — approximately 16-22 miles long — has not yet been upgraded for the transport of heavy containers at speeds greater than 40 km/h. The capacity of the local rail system remains at 58% of its theoretical maximum, with a peak usage during the lumber season (October–January). The critical point is the transition from the maritime terminal to the railway node: this is where the interface between unloading and loading operations occurs, with an average transit time of 18 hours. This inefficiency results in temporary storage that increases logistics costs by 17% compared to an integrated system.
Reconfiguring Flows: Bypass as a Structural Strategy
The Pacific Coast Intermodal Port (PCIP) project was conceived to break the logistical bottleneck. The $25 million in funding from the DOT’s INFRA program represents the first concrete step towards a complete ship-to-rail gateway, without traditional port intermediation. The structure involves the installation of three container berths and a direct railway line connecting the Coos Bay industrial area to the BNSF Railway system. The rail integration will reduce the average transit time from 18 to 4 hours, with an estimated savings of $23 per TEU in operating costs.
The change is not only about logistics: it also affects tariff flows. Goods transiting through the PCIP can be classified as “domestic transport” for the purposes of the HTS (Harmonized Tariff Schedule), avoiding the application of additional duties foreseen for direct imports from congested ports. This mechanism has already allowed three regional logistics operators — NorthPoint Development, Pacific Intermodal Solutions, and Coos Bay Freight Services — to reduce customs costs by 12% compared to 2025. The average monthly volume transiting through the PCIP increased from 4,300 to 9,700 TEU between January and July 2026, with a 61% increase in the share of goods destined for inland areas.
Strategic Leverage: Control over the Rail Hub
The key intervention is the construction of a dedicated railway line connecting the maritime terminal directly to the BNSF system. This asset is not just a physical infrastructure; it represents control over the critical point in the logistics chain. The leasing of land by the Oregon International Port of Coos Bay to NorthPoint Development, with a private investment of $25 million, creates a public-private partnership model that reduces risk for the port administration and ensures operational continuity. The rail hub is no longer just a connection; it’s a strategic decision point for inland routes.
The reconfiguration benefits manufacturers of medium-to-low value-added goods operating in the Pacific Northwest, including factories producing electronic components and building materials. Those who lose out are the traditional major ports on the west coast: their capacity is now overloaded, with a utilization rate of 92% in July 2026. The PCIP does not replace these large hubs, but bypasses them. Transportation costs from the PCIP to the Midwest—calculated over a railway route of 1,850 km—are 19% lower than traditional routes that pass through Los Angeles and San Francisco.
Impact on Operating Margin
The net impact on operational performance is measurable in terms of operating spread. The average cost per TEU from the PCIP to the Midwest, including customs clearance and rail transport, is $147 for 2026, compared to $189 recorded at major ports on the West Coast. This represents a 22% improvement in gross operating margin. A key performance indicator (KPI) is the reduction in working capital immobilization: with an average rail transit time of 4 hours, internal warehouses no longer need to maintain inventory to cover customs delays. The average value of circulating capital invested in storage has decreased by 38% compared to 2025.
The most likely future trajectory is the expansion of the railway network to Eugene and beyond. Integration with the RRIF (Railroad Rehabilitation and Improvement Financing) system could finance an additional $1.4 billion investment for modernizing the rail section. If realized by 2030, this asset would allow the PCIP to handle up to 500,000 TEU per year and further reduce logistics costs by 14% compared to current levels. Control over the railway hub would become a determining factor in the competitiveness of supply chains in North America.
Photo by Maxim Hopman on Unsplash
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