Cost-Effective Intermodal & Rail Logistics

Watching fuel surcharges decimate your long-haul shipping budget? Go the distance for less. Qiana Hauling & Trucking combines the flexibility of high-precision trucking with the massive long-haul efficiency of rail infrastructure.

A heavy-duty gantry crane transferring a shipping container from a Qiana drayage truck to a flat-bed rail car at a modern intermodal terminal.

Why Go Intermodal?

Unlock the power of multimodal freight to optimize your supply chain.

Significant Cost Savings

Rail is far more fuel-efficient for long hauls over 750 miles, leading to substantial reductions in your total freight spend.

Eco-Friendly

Trains can move one ton of freight over 470 miles on a single gallon of fuel, drastically reducing your corporate carbon footprint.

Scalable Capacity

Access the vast capacity of the North American Class I rail network, providing a vital relief valve during peak trucking seasons.

High Security

Freight moving via rail is less prone to roadside theft and travels in secure, sealed containers across private ROWs.

Our Seamless Multimodal Process

01
Drayage Pickup

A Qiana precision truck picks up the loaded container directly from your manufacturing or distribution facility.

02
Rail Ramp Delivery

We transport the unit to the nearest high-efficiency rail terminal and ensure it's prioritized for train loading.

03
Rail Line-Haul

Your container travels via Class I rail lines across the country, managed by our automated tracking systems.

04
Final Delivery

A local drayage partner picks up the container from the destination ramp for a final-mile delivery to the receiver.

When is Intermodal the Smart Choice?

Your freight is moving over 750 miles.
Your shipment is not extremely time-sensitive.
Your cargo is dense and heavy, fitting well into rail containers.
You are looking for sustainable and cost-effective shipping alternatives.

Explore Your Intermodal Options

Submit your route details for a comprehensive truck-vs-rail cost and sustainability analysis.