C.H. Robinson: Why lower freight demand may not mean lower costs in 2027

Global freight markets are entering the final months of 2026 with a growing disconnect between transportation demand and the costs faced by shippers. While softer import volumes would ordinarily be expected to ease pressure on freight networks, declining carrier capacity, elevated fuel prices and persistent inland transportation constraints are complicating that relationship.

The latest C.H. Robinson Edge Report, published on 5 November and followed by a company announcement on 9 November, identifies a series of pressures affecting truckload, ocean, intermodal and cross-border transportation. Together, the findings suggest that weaker freight demand may not necessarily translate into proportional reductions in logistics expenditure.

The distinction is particularly important as companies prepare their transportation budgets for 2027. Rather than facing a single freight cycle driven primarily by cargo volumes, shippers are dealing with increasingly fragmented conditions in which operating costs, equipment productivity and local capacity constraints can influence pricing independently of overall demand.

Why freight costs are becoming less dependent on demand

The North American truckload market provides one of the clearest examples of this changing relationship. According to C.H. Robinson’s November truckload assessment, regional disruptions and seasonal demand have tightened capacity in several markets, even though the broader freight environment remains uneven.

The Pacific Northwest and Upper Midwest experienced particularly strong capacity pressures following a late-September increase in freight activity. While conditions subsequently stabilized in parts of the Midwest, agricultural shipments continued supporting elevated rates in the Pacific Northwest.

These developments highlight an important characteristic of the current market: transportation capacity can become constrained without a corresponding nationwide increase in cargo demand. A smaller pool of available trucks makes regional disruptions more consequential, particularly when seasonal shipping requirements coincide with weather events or operational interruptions.

The implications extend into 2027. In its previously published outlook, C.H. Robinson forecast a year-on-year increase of approximately 10% in U.S. spot dry van truckload cost per mile for 2027, following a much larger projected increase in 2026. The November assessment indicates that stronger-than-expected rates entering October have lifted near-term expectations and the forecast trajectory, although the underlying market outlook remains broadly unchanged.

This is a forecast for a specific segment of the U.S. trucking market, not a prediction that global freight rates will increase by the same amount. Nevertheless, it illustrates how supply-side constraints can support higher transportation costs even when freight demand is relatively subdued.

For shippers, the consequence is that a softer economic environment may provide less negotiating leverage than expected if carrier availability continues to decline.

Diesel is creating a separate source of inflation

Fuel costs represent another factor weakening the traditional relationship between freight demand and transportation pricing.

The November diesel market assessment identifies refining disruptions, low inventories and changes in international fuel trade as important contributors to elevated diesel prices. The report also highlights a divergence between crude oil prices and the cost of refined diesel, suggesting that movements in the broader oil market do not necessarily provide an accurate indication of trucking fuel expenses.

According to the report, the average U.S. diesel price reached $6.29 per gallon in September 2026 before easing slightly to $6.25 in October. This compares with $3.68 per gallon in October 2025, illustrating the scale of the additional operating pressure facing road freight providers.

The impact extends beyond fuel surcharges. Higher diesel expenditure can reduce carrier profitability, particularly for operators with limited pricing flexibility or significant empty mileage. Smaller carriers facing higher insurance, maintenance and equipment costs may find it increasingly difficult to remain competitive.

If some operators reduce activity or leave the market, the available supply of transportation capacity can contract further. This creates the possibility of a reinforcing cycle in which elevated operating costs contribute to capacity reductions, while reduced capacity supports higher freight rates.

The effects are not uniform across transportation segments. Refrigerated services require additional fuel for temperature control, while specialized and heavy-haul operations may face higher consumption because of cargo weight, equipment characteristics or less efficient routing.

For cargo owners, this means that transportation budgets increasingly need to distinguish between changes in underlying freight rates and changes in the operating expenses passed through by carriers.

Port congestion is shifting the pressure inland

Ocean shipping presents a different version of the same problem. Even as U.S. import demand moderates following an extended peak season, congestion and irregular vessel arrivals continue to affect the effective capacity of ports and inland transportation networks.

C.H. Robinson’s ports and drayage analysis shows how terminal access, chassis availability and rail connections can determine the speed at which containers move after discharge.

Southern California provides a particularly revealing example. According to figures cited in the report from the Pacific Merchant Delivery Association, rail-bound import containers at Los Angeles and Long Beach spent an average of 7.19 days at marine terminals in September, compared with 3.18 days for truck-bound imports.

The difference indicates that the completion of vessel operations does not necessarily translate into the immediate availability of cargo for inland delivery. Containers can remain at terminals because of railcar shortages or other landside limitations, even when marine terminal discharge operations are functioning comparatively efficiently.

These delays can generate additional storage expenses, reduce terminal space and complicate delivery schedules for subsequent shipments. They can also increase the amount of equipment required to move a given volume of cargo, effectively reducing transportation productivity.

The problem becomes more pronounced when vessels arrive in concentrated groups rather than according to their original schedules. A sudden increase in discharged containers can place simultaneous pressure on terminal appointments, truck availability, chassis pools and inland rail services.

As a result, lower total import volumes may not eliminate congestion at individual gateways. The distribution and timing of cargo arrivals can matter almost as much as the volume itself.

The cost of inefficiency across the supply chain

The developments described in the Edge Report point towards a broader structural issue: freight capacity should not be measured solely by the number of vessels, trucks or railcars available.

A truck delayed at a terminal, a chassis tied to a container awaiting return or a railcar waiting for repositioning cannot immediately be used for another movement. Each delay reduces the number of shipments that existing equipment can handle within a given period.

This distinction is especially relevant in markets where transportation providers are reluctant to expand fleets because of high financing, insurance and maintenance costs.

Houston illustrates how these pressures can develop even without widespread congestion across an entire national network. According to C.H. Robinson, industrial demand, longer drayage distances and road congestion are supporting higher transportation costs around the port.

Longer delivery routes keep trucks and drivers occupied for additional time, reducing the number of container movements they can complete. Similar equipment-productivity concerns are affecting Savannah, where extended chassis cycles are contributing to higher drayage costs.

These examples suggest that transportation pricing increasingly reflects the efficiency of individual logistics corridors rather than national freight demand alone.

For international shippers, this creates a challenge when comparing routing alternatives. A lower ocean freight rate may offer limited savings if the selected gateway involves longer container dwell times, additional storage charges or expensive inland transportation.

The relevant commercial measure is therefore the total cost of moving cargo from origin to final destination, rather than the price of an individual transportation leg.

Can intermodal transportation provide relief?

Rising road freight costs could increase the attractiveness of intermodal transportation, particularly for longer inland movements where rail can offer cost advantages over trucking.

The November Edge Report identifies intermodal services as a potential alternative for shippers seeking to manage higher truckload expenditure. However, the same report also points to tightening capacity and operational constraints in selected rail markets.

This creates a practical limitation. Intermodal transportation can reduce costs only when sufficient rail capacity, equipment and reliable terminal connections are available to support the required service.

Where rail-bound containers experience extended dwell times, the financial benefit of a lower transportation rate may be offset by inventory delays, storage charges or reduced delivery flexibility.

For time-sensitive cargo, the calculation becomes even more complex. Companies must weigh transportation expenditure against inventory requirements, delivery commitments and the potential cost of disruption.

Intermodal services therefore remain an important component of transportation planning, but they cannot be treated as a universal solution to rising road freight costs.

Their effectiveness will depend on individual corridors, available capacity and the ability of logistics providers to coordinate movements across transport modes.

What the 2027 outlook means for shippers

The central implication of the November Edge Report is that freight markets may remain vulnerable to cost pressure even without a broad-based recovery in cargo demand.

In North American trucking, the balance between declining carrier capacity and relatively subdued freight growth will be particularly important. If supply contracts more rapidly than demand, transportation rates could remain elevated or increase despite a weaker economic environment.

Fuel represents a second uncertainty. The outlook for diesel will depend not only on crude oil availability but also on refining operations, inventories and the movement of refined products between regions.

Ocean and inland transportation introduce further variables. Vessel schedule reliability, terminal productivity, chassis circulation and railcar availability will influence whether cargo can move efficiently through major gateways.

These pressures are interconnected, but their effects differ by geography and transport mode. The North American truckload forecasts should not be applied directly to international ocean freight, while congestion at individual ports should not be interpreted as evidence of a uniform global capacity shortage.

For shippers, the challenge is to understand where costs are being generated and how operational disruptions can influence expenditure across the entire supply chain.

Transportation contracts, routing decisions and inventory strategies may need to account for a wider range of scenarios rather than relying on the assumption that softer demand will automatically deliver lower rates.

A changing relationship between freight demand and cost

The November findings from C.H. Robinson illustrate how freight markets are becoming more sensitive to constraints that cannot be explained by cargo demand alone.

Reduced carrier availability, elevated fuel costs and inefficient equipment utilization can sustain transportation expenses even when trade volumes moderate. Meanwhile, localized congestion can limit the benefits of otherwise adequate capacity across wider shipping and logistics networks.

This does not mean that freight rates will rise across every market in 2027. Weaker demand could still place downward pressure on prices, particularly where capacity remains abundant and operational conditions improve.

However, the evidence suggests that lower volumes should no longer be regarded as a reliable indicator of lower end-to-end transportation costs.

The decisive question for 2027 may be whether improvements in demand and supply conditions are accompanied by greater operational efficiency. Without that improvement, shippers could continue facing substantial logistics expenditure even in markets where freight activity remains relatively subdued.