Most shippers default to trucks. It is familiar. It is flexible. And for short hauls and time-sensitive freight, it is often the right call.
But for businesses moving freight consistently over long distances — and especially coast to coast — the financial case for intermodal rail has never been stronger. The math is real, the savings are measurable, and the structural advantages of rail over truck on long-haul lanes are compounding in 2026.
Here is the breakdown.
The Core Economics of Rail vs. Truck on Long Hauls
The cost difference between rail and truck on long-haul lanes comes down to three fundamental advantages that rail holds structurally, not cyclically.
Fuel Efficiency
Trains move one ton of freight approximately 470 miles on a single gallon of fuel. Over-the-road trucks move the same ton roughly 100 to 150 miles per gallon. That is a three to four times fuel efficiency advantage for rail on a ton-mile basis.
This advantage has a direct dollar value. With diesel averaging $5.50 per gallon in April 2026, fuel is one of the most significant cost components in any long-haul shipment. A 53-foot intermodal container carrying 40,000 pounds of freight from Los Angeles to Chicago moves approximately 2,000 miles. The fuel cost differential between truck and rail on that lane alone can reach hundreds of dollars per move — and it compounds across every shipment in your catalog.
Labor Economics
A single train crew moves 200 or more intermodal containers across the country. The same volume by truck requires 200 or more individual drivers — each entitled to wages, benefits, and federally mandated rest periods.
Rail spreads its labor cost across enormous freight volume. Trucking applies its labor cost to individual moves. As driver wages have risen and the driver shortage has persisted, that labor equation has shifted further in rail’s favor. Trucking capacity continues to tighten through 2026, driven by carrier exits, regulatory pressures, and rising driver costs — all of which push truck rates higher while rail rates remain relatively stable.
Infrastructure Costs
Trucking pays highway tolls, weigh station fees, and road-use charges. Railroads operate on privately maintained infrastructure and avoid these costs entirely. That structural difference contributes to a more predictable cost base on rail, one that does not fluctuate with highway congestion or state road funding decisions.
What the Numbers Look Like in Practice
On a representative 1,200-mile lane — roughly the distance from Los Angeles to Dallas — the freight cost comparison breaks down clearly.
Truck: approximately 14 to 20 cents per ton-mile. Intermodal rail: approximately 6 to 9 cents per ton-mile. The math produces a 20 to 40% cost reduction in favor of intermodal on suitable lanes, consistent with what Journal of Commerce and AAR data have confirmed across multiple years of benchmarking.
For a business shipping 10 full truckloads per week on a 1,500-mile lane at current spot rates, that cost differential represents significant annual savings — without changing what is in the containers, only how they move.
Contract intermodal rates have delivered 25 to 29% reductions versus truckload on comparable lanes. Spot intermodal rates sit at approximately $1.39 per mile in 2026 — significantly below truckload spot rates, which are running near multi-year highs as tender rejections climb.
The $3.5 Billion Figure Explained
The $3.5 billion in projected annual savings associated with expanded single-line intermodal service — referenced in the Union Pacific and Norfolk Southern merger application — reflects what happens when rail eliminates the mid-continent handoff costs that currently add time, complexity, and expense to coast-to-coast shipments.
Today, approximately one million shipments annually — roughly 3,000 per day — require a rubber-tire drayage move between Chicago intermodal terminals when crossing from one railroad’s network to another. Each crosstown move can add $300 to $350 in cost and up to two days of transit time.
Eliminating those crosstown moves — through single-line service from coast to coast — is where much of the projected $3.5 billion in savings comes from. It is not a theoretical number. It is the direct financial impact of removing a specific, measurable friction point from the intermodal supply chain.
The 53-Foot Container: Why This Specific Format Dominates
53-foot domestic containers dominate intermodal shipping in North America. They match standard truck trailer lengths, provide maximum cubic capacity, and are the format that most intermodal freight moves in today.
They load at origin via a drayage truck, transfer to a rail car at the intermodal ramp, ride the rail to the destination ramp, and transfer back to a drayage truck for final delivery. The freight inside never gets touched between origin and destination.
This seamless transfer is what makes the 53-foot container so operationally efficient — and what makes the cost savings real rather than theoretical. The container becomes the unit. The rail provides the long-haul economics. The truck provides the first and last mile.
When Rail Is Not the Right Call
Intermodal rail delivers its cost advantage on lanes over 700 to 750 miles where rail’s efficiency advantage outweighs the added time for terminal handoffs. Below that distance, trucking is typically faster and often cost-competitive.
Time-sensitive shipments, temperature-controlled freight requiring specialized equipment, and cargo at origins without rail ramp access are also situations where over-the-road trucking remains the better choice.
The strongest intermodal opportunities are high-volume, consistent freight on lanes over 1,000 miles — where every shipment that converts from truck to rail delivers a measurable per-move saving that compounds across the year.
How Jansson LLC Helps U.S. Businesses Access Intermodal Savings
Knowing the economics of intermodal is one thing. Building a freight strategy that actually captures those savings requires carrier relationships, lane analysis, and a logistics partner who can coordinate the drayage, rail, and documentation components of an intermodal move.
Jansson LLC is a Landstar freight agent with access to a nationwide carrier network — including intermodal rail, over-the-road trucking, flatbed, and international shipping options across all 48 contiguous states.
Through the Landstar network, Jansson helps U.S. businesses identify which lanes are the strongest candidates for intermodal conversion, run cost comparisons against current trucking spend, and build freight strategies that capture rail’s long-haul economics without sacrificing the flexibility your operation requires.
Contact Jansson LLC today. Let’s run the math on your lanes — and find where intermodal starts saving you money.
