Rail vs. Truck: The Unit Economics of Moving Waste

Waste is a logistics business before it is anything else. The single biggest lever on margin is how you move tonnage out of the metro. There are two options: truck it the whole way, or consolidate it and move it by rail. The economics aren't close.

The truck-only ceiling

A conventional transfer station is truck-in, truck-out. Every ton that arrives leaves on a long-haul tractor-trailer. That means:

• High cost per ton driven by fuel, drivers, and tractor capacity.
• A hard distance limit—beyond a certain radius, trucking to a disposal site stops penciling.
• Road and emissions impact that draws community and regulatory friction.

Labor and equipment scale linearly with volume. There's no structural way to bend the curve.

What rail changes

A rail-served hub consolidates inbound truck volume and ships it out by unit train. One train replaces dozens of long-haul trucks. The result:

• Lower cost per ton on the line-haul leg.
• Longer economical reach, which opens up disposal options that trucking can't touch.
• Fewer trucks on the road and lower emissions per ton moved.

Rail's advantage is structural, not incremental—and it grows with throughput.

Automation compounds it

Rail-served flows are higher-volume and more repeatable than truck-only yards, which makes them the ideal environment for automation. Autonomous yard moves, robotic sorting, and automated gate, scale, and billing strip labor out of operations over time. Labor runs roughly 25% of operating cost in conventional transfer; an automation-native, rail-served facility can drive toward a stabilized EBITDA margin in the low-40s.

That's the McCoy thesis in one line: move more tonnage, with fewer trucks and less labor, out of a hub that's built to scale.