Complete Guide to Shipping Farm Equipment from the USA

Why US and Canadian Farm Equipment Is in Demand Worldwide

American and Canadian agricultural machinery is built for large-scale, high-output farming. Brands like John Deere, Case IH, Kinze, AGCO, and New Holland produce equipment that is engineered for thousands of hours of field work in some of the toughest conditions on earth. That durability, combined with a massive secondary market of well-maintained used machines, makes the USA and Canada the top source countries for agricultural equipment buyers in Latin America, the Middle East, Eastern Europe, and Central Asia.

In many destination countries, the same equipment — a John Deere S780 combine, a Case IH Magnum 340 tractor, or a Kinze 3660 planter — would cost more if purchased new through a local dealer, assuming it is even available. Used equipment from North America often has lower hours, better maintenance records, and more advanced technology (GPS guidance, yield monitors, variable-rate application) than anything available locally.

The result: a steady, growing flow of farm machinery leaving US ports every month, bound for farms in Brazil, Turkey, the UAE, Kazakhstan, Ukraine, Nigeria, and dozens of other countries.

How the Export Process Works

Shipping a combine harvester or tractor overseas is not the same as shipping a pallet of auto parts. These are large, heavy, complex machines that require specialized handling at every stage. Here is the process from start to finish.

Step 1: Equipment Pickup and Inland Transport

Once you have purchased your equipment — whether from a dealer, auction, or private seller — it needs to get from its current location to the correct export handoff point. For container-fit machinery that is usually a packing facility; for oversize flatrack machinery it is the departure port. In either case, that leg usually means trucking it on a lowboy trailer or driving it onto a step-deck.

Typical costs: Inland transport is priced by distance, from the seller's location to the export handoff point. Container-fit machinery usually routes to our Albion, IA packing workflow and then Chicago for ocean loading, while oversize flatrack machinery moves directly to the departure port with port-side preparation bundled into the sea freight line. A machine that travels whole to the port and falls in an oversize class (combines, self-propelled sprayers, windrowers, self-propelled forage harvesters, and tractors of 300 hp and above) costs more per mile than other machines. The cost therefore follows the distance from the machine's ZIP code, and our freight calculator gives your figure.

Step 2: Dismantling and Preparation

Most farm equipment does not fit into a standard shipping container fully assembled. A combine harvester goes in only after its header and other attachments come off. Even a large tractor may exceed container height limits with its cab and exhaust stack.

Professional dismantling includes:

• Removing headers, augers, and attachments — each piece is tagged with a numbered label and photographed
• Draining fluids — fuel, hydraulic oil, coolant, and DEF are drained to comply with shipping regulations and prevent leaks
• Disconnecting electronics — GPS receivers, monitors, and wiring harnesses are carefully removed and packed separately
• Lowering or removing the cab on equipment that exceeds container height limits
• Cleaning and washing — many destination countries require equipment to be free of soil and plant material (phytosanitary compliance)

Every bolt, bracket, and hardware bag is labeled with matching assembly points so the buyer's team can reassemble the machine on the other end.

Step 3: Container Packing and Securing

With the machine disassembled and cleaned, it goes into the container. For most agricultural equipment, that means a 40ft high-cube container (interior height: about 8'10" or 2.69 m). Larger machines may require a flat rack or open top container.

Inside the container:

• Heavy components go in first, positioned for balanced weight distribution
• Blocking and bracing — wooden beams and steel brackets prevent any lateral or longitudinal movement
• Tie-downs and chains — ratchet straps and chain binders secure the load to container tie-down points
• Smaller components, hardware bags, and electronics are packed in crates or on shelves inside the container
• A detailed packing list with photos is created, showing every item and its location in the container

Step 4: Export Documentation

This is where many first-time exporters get tripped up. You need:

• Commercial Invoice — value, description, and terms of sale
• Packing List — weight, dimensions, and description of every item in the container
• Bill of Lading — the shipping contract between you and the ocean carrier
• Certificate of Title — proof of ownership. For any used self-propelled machine, CBP requires the machine and its ownership document at the port at least 72 hours before export by vessel: the original title or a certified copy where one was issued, otherwise the Manufacturer's Statement of Origin or another original proof of ownership such as a bill of sale (19 CFR 192.2)
• AES/EEI Filing — electronic export information filed with US Customs. Mandatory for any used self-propelled machine (a tractor, a combine, a self-propelled sprayer) whatever its value (15 CFR 30.2(a)(1)(iv)(H), with the definition in 19 CFR 192.1), and for other goods when the value under any one Schedule B number is over $2,500 (15 CFR 30.37(a))
• Phytosanitary Certificate — where the importing country requires one, USDA APHIS issues it (PPQ Form 577) after verifying that the equipment meets that country's requirements, such as being free of soil and pests; APHIS lists used agricultural machinery as eligible (APHIS Export Program Manual, Table 3-1)
• Shipper's Letter of Instruction — authorizes your freight forwarder to act on your behalf

A single missing or incorrect document can hold your container at port for days or weeks, racking up demurrage and storage charges.

Step 5: Ocean Freight and Delivery

The cargo is trucked or railed to its export point: for a flat rack, the departure port (Houston, Savannah, Baltimore, Charleston, Jacksonville or Norfolk, depending on the destination); for a 40ft high-cube, the Chicago rail ramp. Transit time depends on the destination and on where the cargo is loaded. Our current carrier rates show, for example:

• UAE (Jebel Ali): 47-74 days from US ports and the Chicago rail ramp
• Kazakhstan (Kostanay, Kokshetau, via Poti, Georgia): 75 days
• Brazil (Paranaguá): 35-48 days from US ports and the Chicago rail ramp
• Turkey (Mersin): no transit figure in our current carrier rates, so it is confirmed in your quote

Major carriers like Hapag-Lloyd, Maersk, and CMA CGM handle most machinery shipments. Your freight forwarder negotiates rates and books space.

Timeline: How Long Does It Take?

The total depends on the machine, where it is, the sailing and the destination, so your quote carries the timeline for your shipment. The stages, in order:

• Inland transport from the seller
• Dismantling and packing
• Export documentation (can run in parallel with packing)
• Port processing and loading
• Transit to the destination port (each destination page lists current carrier figures, from US ports or the Chicago rail ramp)
• Destination customs clearance, handled by your broker

What Does It Cost?

The total depends on the size of the machine, where it is and where it is going, so there is no honest single range. The cost is made of these parts:

• Inland transport: priced by distance from the seller's location to the port or packing facility, with oversize machine classes costing more per mile (use the freight calculator for your machine and ZIP code)
• Dismantling, packing, and loading: depends on the size and complexity of the machine; on a flat rack quote it is part of the sea freight line
• Ocean freight: depends on the departure port, the destination, the container type and the carrier's current rate
• Documentation and compliance: export paperwork and, where the destination requires it, a phytosanitary certificate
• Insurance: marine insurance, which on flat rack quotes is often part of the sea freight line

Calculator estimate for one route, October 2026: a tractor packed at our Albion, IA facility and shipped in a 40ft high-cube container from central Iowa to Paranaguá, Brazil, through Chicago on Maersk (transit 48 days).

• U.S. inland transport: $528
• Packing and loading: $4,000
• Ocean freight: $5,400
• Estimated total: $9,928, the sum of the three lines

Documentation and a phytosanitary certificate are not in this estimate; they depend on what the destination requires and are confirmed in your quote. Rates change, so the freight calculator shows the current figures. For a flat rack example, see how much it costs to export a combine harvester.

For a figure for your specific equipment, ZIP code and destination, use our freight calculator or contact us for a free quote.

What to Look for in a Freight Forwarder

Not all freight forwarders handle heavy machinery. Look for:

• Specialization in agricultural and construction equipment — generic freight forwarders may not know how to dismantle a combine or which phytosanitary certificates your destination requires
• In-house packing crews — companies that subcontract packing lose control over quality
• Photo documentation — you should receive photos of every stage: dismantling, packing, container loading, and container sealing
• Experience with your destination country — customs requirements vary dramatically by country
• Transparent pricing — no hidden fees for "fuel surcharges" or "documentation processing"
• References from other equipment buyers — ask for contacts you can call

At Meridian Freight, we have completed about 1,000 export projects from the USA and Canada since 2013. We handle everything in-house — from picking up your equipment to delivering a sealed, documented container to the port. Get a free quote and see how we would move your machine.