Aerial view of a doublestack intermodal container train running through autumn countryside
Intermodal · Class-1 rail · 60–65% lower CO₂

Intermodal Rail Freight.
Long-haul by rail — 15–25% cheaper, 60–65% greener.

Door-to-door 53' domestic containers: a local truck drays your freight to the ramp, a Class-1 doublestack train runs the long haul, and a local truck delivers to the door — the math that beats FTL on every lane over 750 miles.

15–25%
Cheaper than FTL on 750+ mi lanes
60–65%
Lower CO₂ per ton-mile
6
Class-1 rail partners
53'
Domestic container, ~26 pallets
What is intermodal freight?

Truck to the ramp. Rail for the miles. Truck to the door.

The freight never changes vehicles — only the container does. That single idea is why 90% of major shippers use intermodal in some form.

The intermodal promise

Booked like a truckload, priced like a train: one pickup, one delivery, one invoice — and the long-haul miles ride the cheapest, cleanest mode on land.

Intermodal freight is the movement of a single sealed container across rail and truck without ever handling the freight inside — a truck takes it to the rail ramp, a train carries it for the long haul, and a truck delivers it to the door.In practice that means a 53' domestic container is loaded and sealed at your dock, drayed by a local driver to the origin ramp, lifted onto a Class-1 doublestack flatcar — COFC, container on flatcar— run 500–2,500 miles by rail, offloaded at the destination ramp, and drayed to the receiver. Three legs, one box, one rate. The cargo is touched exactly twice: when your team loads it and when the consignee opens the seal.

The economics come from the middle leg. Steel wheel on steel rail moves a ton of freight roughly four times as far per gallon as a truck, and a doublestack well car carries two containers in every train slot — so the rail line-haul prices dramatically below the same miles on the highway. The overhead comes from the ends: every intermodal move pays for two local drays. On short lanes that overhead wins; past roughly 750 miles the line-haul savings overtake it, and the result is freight that runs 15–25% cheaper than FTL with 60–65% lower CO₂ per ton-mile — a number documented by EPA SmartWay, not invented by a sales deck. Qeep books the whole move across all six North American Class-1 railroads, with the dray desk and the rail desk under one roof.

A doublestack intermodal container train carrying MSC, CAI and China Shipping containers across a railroad crossing
The COFC doublestack move: two containers per well car, a couple hundred boxes per train, one crew — the reason rail line-haul prices below the highway.

How door-to-door intermodal works

You book it like a truckload — origin dock, destination dock, pickup date — and we run the three legs behind one rate. The origin draydelivers your loaded container to the ramp ahead of the train’s cut-off, typically 24–48 hours before departure. The rail line-haulruns on the railroad’s schedule with tracking flowing from railroad EDI into your account. The destination drayout-gates the box inside ramp free time and delivers to the door, and a single invoice covers all three legs. Door-to-door transit is FTL plus 1–2 days: LA–Chicago runs about 4–5 days against 3 by truck.

When intermodal beats FTL

Four conditions, and most long-haul freight meets all of them: the lane runs 750+ miles between major metros (where ramps are dense and drays are short); the freight is dense and palletized — rail loves weight; the schedule can absorb 1–2 extra days; and either the budget or the sustainability report benefits from the conversion. It’s also the proven hedge when the truckload market tightens — intermodal capacity and pricing hold steady while spot rates spike, which is why 90% of major shippers keep rail in the mix.

Is the freight handled? (No — sealed container)

The most common misconception is that rail means cross-docking. It doesn’t: the container is what gets handled, never the freight inside it. The box is sealed at your dock and opened at the receiver’s — the lifts at the ramps move the steel, not the pallets. Because containers are stacked and lifted, the ride is slightly rougher than a trailer that’s loaded once and opened once, which is why intermodal damage rates run marginally above FTL and why blocking and bracing standards are part of every booking. Properly palletized freight rides doublestack every day without incident; genuinely fragile cargo belongs on FTL, and we’ll route it there.

Intermodal vs FTL

Same freight. Two ways to move it.

Neither mode wins everywhere — that’s the point. Five dimensions decide it, and the honest table includes the two rows where the truck still wins.

Comparison of intermodal rail freight and full truckload across five dimensions: best use case, cost, transit time, CO2 per ton-mile and damage rate.
DimensionThis pageIntermodal (Rail)The alternativeFull Truckload
Best for
Rail wins750+ mile lanes, dense palletized freight, sustainability priority
Costs moreUnder 750 miles, time-sensitive, fragile or high-value
Cost
Rail wins15–25% cheaper on long lanes
Costs moreHigher per-mile, but no dray overhead at either end
Transit
Trade-offFTL transit + 1–2 days (LA–Chicago ~4–5 days)
FTL winsFastest direct (LA–Chicago ~3 days)
CO₂ per ton-mile
Rail wins60–65% lower — EPA SmartWay documented
Costs moreBaseline over-the-road emissions
Damage rate
Trade-offSlightly higher — containers lifted & stacked at ramps
FTL winsLowest of any mode — loaded once, opened once

The short version:over 750 miles with a flexible day or two, rail takes three of five rows — including the two that show up on your P&L and your emissions report.

Price both modes on my lane
The CO₂ case

The greenest long-haul mile on land
is also the cheapest one.

Most sustainability wins cost money. Converting long-haul truck miles to rail is the rare one that saves it — the same physics that cuts the fuel bill cuts the emissions, and EPA SmartWay has already done the measuring.

More fuel-efficient per ton-mile

A train moves one ton of freight roughly four times as far on a gallon of fuel as a truck — steel wheel on steel rail, one crew, hundreds of boxes.

60–65%
Lower CO₂ per ton-mile

The documented reduction when long-haul freight converts from over-the-road to rail — per EPA SmartWay data, not a marketing estimate.

~1.5 t
CO₂e saved per container / 1,000 mi

Convert about 1,000 long-haul truck miles to intermodal and each container saves roughly 1.5 metric tons of CO₂-equivalent.

Scope 3
Category 4 — reportable savings

Purchased transportation is Scope 3, Category 4 under the GHG Protocol. We supply lane-level emissions data your sustainability team can file.

Run the math on one lane

A weekly container, LA to Chicago (~2,000 mi)

Take one ordinary lane: a single 53' container a week converted from FTL to intermodal. At ~1.5 metric tons of CO₂e saved per 1,000 miles, the rail leg saves roughly 3 tons per move — and the savings stack every week, on the invoice and in the Scope 3 ledger.

~3 t
CO₂e saved per container move
~150 t
CO₂e saved per year, one weekly lane
15–25%
Off the freight bill at the same time

Purchased transportation is Scope 3, Category 4 under the GHG Protocol — every converted lane lands in your corporate emissions report, and we provide the lane-level data to file it.

The Class-1 rail network

Six railroads.
One booking desk.

North America’s long-haul rail map belongs to six Class-1 railroads — two western, two eastern, two Canadian-anchored — meeting at interchange gateways like Chicago, Memphis and Kansas City. Qeep maintains relationships with all six, plus access to the EMP and UMAX interline container pools and private fleets, so the right box is at the right ramp regardless of whose track the lane rides.

6
Class-1 railroads
2
Boxes per well car
EMP / UMAX
Container pools
A Union Pacific freight train running along a lakeshore with mountains behind it
Union Pacific on the western network — one of the six Class-1 railroads whose ramps, schedules and container pools sit behind a single Qeep booking.
BNSFWestern US

BNSF Railway

The largest intermodal railroad in North America — the transcon backbone from Southern California and the Pacific Northwest into Chicago, Texas and the Midwest. The workhorse of the LA–Chicago doublestack corridor.

UPWestern US

Union Pacific

The other western transcon: West Coast ports and the Sunset Route through Texas to the Gulf and Midwest gateways. UP hosts the UMAX and EMP domestic container pools alongside private fleets.

NSEastern US

Norfolk Southern

The eastern network connecting Chicago, Atlanta, the Southeast and the Northeast corridor — the rail half of most Midwest-to-East-Coast intermodal lanes, interchanging with the western roads at Chicago.

CSXEastern US

CSX Transportation

The other eastern Class-1: Florida and the Southeast up the I-95 corridor to the Northeast, plus Midwest gateways. Between NS and CSX, virtually every major eastern metro has ramp coverage.

CNCanada + US spine

Canadian National

The only railroad touching three coasts — Vancouver and Prince Rupert to Toronto, Montreal and Halifax, with a north–south spine through Chicago and Memphis to the Gulf. Our home-market road out of Toronto.

CPKCCanada–US–Mexico

Canadian Pacific Kansas City

The first single-line network linking Canada, the US and Mexico — Vancouver and Calgary through the Rockies to Toronto and Montreal, and south through Kansas City into Mexican markets without an interchange.

East–west coverage:the western roads (BNSF, UP) and eastern roads (NS, CSX) interchange at Chicago and the mid-continent gateways, while CN and CPKC run the north–south and transcontinental Canadian lanes — so a single door-to-door booking can cross networks without you ever touching a railroad tariff.

The 750-mile break-even

One number decides the mode.

Every intermodal move pays a fixed toll — two local drays and two ramp lifts. Every rail mile pays back a discount. Around 750 miles, the discount overtakes the toll; past it, the gap only widens.

0 mi — FTL territory~750 mi break-even2,500 mi — rail’s widest win

Rule of thumb: under ~750 miles the dray overhead eats the rail savings — book the truck. Over it, every additional mile is bought at rail prices — book the box.

Pick intermodal when

Rail takes the long haul

  • Lanes 750+ miles between major metros
  • Dense, palletized, properly braced freight
  • Sustainability / Scope 3 reduction goals
  • FTL capacity tight or spot rates spiking
  • Schedule absorbs 1–2 extra transit days
Quote my intermodal lane
Pick FTL when

The truck runs it direct

  • Lanes under ~750 miles
  • Time-sensitive — delivery measured in hours
  • Fragile, unbraced or high-value cargo
  • Origin or destination far from a rail ramp
  • Single chain of custody required dock-to-dock
See FTL service

Can’t decide?Send the lane and we’ll price both modes side by side — rail savings, transit difference and the CO₂ line — so the trade-off is a number, not a guess.

Equipment

The 53' box,
and what carries it.

Domestic intermodal runs on three pieces of steel: the 53' container that matches a dry van’s footprint, its refrigerated sibling, and the doublestack well car that makes the economics work. The container pools — EMP, UMAX and the Hub Group fleet — keep boxes staged at every major ramp.

A doublestack intermodal train carrying UMAX domestic-pool 53-foot containers on a winter line
UMAX domestic-pool containers riding doublestack — the 53' box that books like a trailer and prices like a train.
The standard box

53' Domestic Container

Key specs

~26 pallet positions · ~45,000 lb payload

The same footprint as a 53' dry van, built to be lifted and stacked. Sourced from the EMP and UMAX interline pools and the Hub Group private fleet, so a box is available at every major ramp without repositioning charges.

Reefer intermodal

53' Refrigerated Container

Key specs

Genset-powered · temperature logged end-to-end

A reefer unit powered by a diesel genset through the rail leg, holding setpoint from dock to dock. Capacity is real but limited — a few specialty operators (Carlile, RoadOne and others) run the routes, so lane availability is narrower than dry.

How the economics happen

Doublestack Flatcar

Key specs

Two containers stacked per well · standard on Class-1 routes

The articulated well car carries two containers stacked vertically — doubling the freight per train slot. Doublestack clearance is standard on most Class-1 intermodal routes, and it’s the single biggest reason rail line-haul prices below the highway.

A Canadian Pacific freight train curving along a river through the Rocky Mountains
Coast to coast, on the cleanest mode on land

Vancouver to Toronto. LA to Chicago. The long-haul lanes your trucks grind out every week already have a railroad under them — at 15–25% less, with two-thirds of the carbon gone.

How a Qeep intermodal move runs

Dock to dock in five steps —
the freight touched only twice.

Two short truck moves bracket one long rail move. You book one shipment; we run the cut-offs, the lifts and the out-gates behind a single rate and a single tracking feed.

  1. An American conventional Freightliner tractor pulling a trailer on the highway on the origin dray leg
    01

    Origin dray to the ramp

    A local driver picks up your loaded, sealed container and delivers it to the origin rail ramp. Cut-offs run 24–48 hours before train departure — we book the dray against the cut-off, not the other way around.

  2. Aerial view of an intermodal rail yard with locomotives, stacked containers and multiple tracks
    02

    Loaded on a doublestack flatcar

    Rail crews lift the container onto a doublestack well car — COFC, container on flatcar — and the train is assembled and dispatched on schedule. The freight inside is never touched.

  3. A freight train on the rail line-haul moving past snow-covered mountains
    03

    Rail line-haul

    The train runs 500–2,500 miles depending on the lane: Pacific Northwest to Chicago ~48 hours, LA to NY ~5–6 days on the rail leg. Tracking flows from railroad EDI into your account.

  4. A doublestack intermodal container train arriving through a winter landscape at the destination ramp
    04

    Destination ramp

    The container is offloaded at the destination ramp and grounded or wheeled for pickup. We track ramp availability and out-gate it inside free time — no storage surprises.

  5. An American conventional Freightliner tractor pulling a trailer on the highway on the destination dray leg
    05

    Destination dray + POD

    A local driver delivers the container to the receiver’s dock and returns the signed POD. One invoice covers origin dray + rail + destination dray — no mid-shipment bill shock.

What builds an intermodal rate

Five lines on the invoice.
The big one is the discount.

An intermodal quote is the rail line-haul plus two drays, a smaller fuel surcharge than FTL, and accessorials that good ramp discipline keeps at zero. One number, all-in, before you book.

The rail line-haulLine #1

Ramp-to-ramp rate

The biggest line: the rail portion between origin and destination ramps, set through the IMC (intermodal marketing company) channel or directly with the railroad. This is the line that prices 15–25% under the same miles on the highway.

Two local truck movesLine #2

Origin + destination drayage

The fixed overhead of every intermodal move — priced like normal dray, so distance from the ramp matters. Docks within ~50 miles of a major ramp get the best door-to-door economics.

Lower than FTLLine #3

Fuel surcharge

Indexed to diesel like a truckload FSC — but materially lower, because the train burns a fraction of the fuel per ton-mile. When diesel spikes, the intermodal-vs-FTL gap widens.

EMP / UMAX vs steamshipLine #4

Container source

Private domestic pools (EMP, UMAX, Hub Group) versus steamship-controlled boxes — rare for domestic moves. The source drives availability at your ramp and the day’s price.

The fine printLine #5

Accessorials

Storage at the ramp past free time, a mis-staged container that misses its train, and chassis rental when the box can’t be live-loaded. We track ramp clocks so these stay off the invoice.

Want a real number? Send the origin zip, destination zip, weekly volume and commodity to info@qeeplogistics.com or call (716) 671-4807— you’ll get the intermodal rate next to the FTL rate, with the transit difference and the CO₂ savings spelled out per container.

Intermodal questions

What shippers ask before the first box.

What is door-to-door intermodal?
Door-to-door intermodal means one container, one invoice, three legs: a local truck (the origin dray) picks up a loaded 53' domestic container at your dock and delivers it to the origin rail ramp; the container rides a Class-1 doublestack train for the long haul; and a second local truck (the destination dray) delivers it from the destination ramp to the receiver’s door. The freight inside is never touched between docks — the sealed container is what gets lifted, stacked and moved. You book it like a truckload: one pickup, one delivery, one rate that already includes both drays and the rail line-haul.
How much slower is intermodal than FTL?
Typically 1–2 days longer door-to-door, because the container has to make a ramp cut-off, ride the train’s schedule and be out-gated at the far end. Concrete examples: LA to Chicago runs about 3 days FTL and about 4–5 days intermodal; LA to New York runs about 5 days FTL and about 7 days intermodal; Pacific Northwest to Chicago is roughly 48 hours on the rail line-haul alone. If the receiver books against a delivery week instead of a delivery hour — which describes most replenishment freight — those one to two days cost nothing. If the freight is genuinely time-critical, FTL or expedited is the right call and we’ll say so.
Is intermodal really cheaper than FTL?
On the right lanes, yes — typically 15–25% cheaper on lanes over 750 miles. The physics do the work: a train moves a ton of freight roughly four times further per gallon than a truck, and one crew moves a couple hundred containers at once, so the rail line-haul prices far below the same miles on the road. The catch is the fixed overhead: every intermodal move pays for two local drays, and on short lanes that overhead eats the rail savings. Around 750 miles the line-haul savings overtake the dray cost — and the longer the lane runs past that point, the wider the gap gets. Intermodal also tends to hold its price when the truckload spot market spikes, which makes it a hedge as well as a discount.
What's the damage rate compared to FTL?
Marginally higher — and honest brokers say so. An intermodal container is lifted, stacked and humped through rail yards, while an FTL trailer is loaded once and opened once, so FTL keeps the lowest damage rate of any mode. In practice the difference disappears for the freight intermodal is built for: dense, properly palletized and braced cargo rides doublestack trains every day without incident, and load-securement standards (blocking, bracing, airbags) are part of how we book the move. Fragile, high-value or unbraced freight should stay on FTL, and we’ll route it there.
Can I do reefer (refrigerated) intermodal?
Yes, selectively. 53' refrigerated intermodal containers run with a genset (a diesel generator mounted to the container or chassis) powering the cooling unit through the rail leg, with temperature monitored end to end. The constraint is the network: only a handful of specialty operators — Carlile, RoadOne and a few others — run reefer intermodal programs, so capacity is thinner and lane availability is narrower than dry intermodal. Where a reefer lane exists, the economics and the CO2 savings work the same way they do for dry freight; where it doesn’t, our temperature-controlled OTR desk covers the move.
How does intermodal lower CO2 emissions?
Steel wheel on steel rail has a fraction of the rolling resistance of rubber on asphalt, and one locomotive crew moves hundreds of containers at once — so trains are roughly 4× more fuel-efficient than trucks per ton-mile. EPA SmartWay data documents a 60–65% reduction in CO2 per ton-mile when long-haul freight converts from over-the-road to rail. In absolute terms, converting about 1,000 long-haul truck miles to intermodal saves roughly 1.5 metric tons of CO2e per container. Because transportation purchased from carriers is Scope 3, Category 4 in the GHG Protocol, those reductions land directly in your corporate emissions reporting — we provide the lane-level data to back them up.
Let’s move it

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