Preparing Heavy Equipment for Transport

Why Equipment Preparation Matters

The moment a heavy haul carrier accepts a load, they are responsible for compliant securement and safe transport. But the carrier's job starts with equipment that is ready to be loaded — correctly configured, at the right fuel level, with attachments properly positioned or removed, and with all documentation in hand.

When equipment arrives at the pickup site unprepared, drivers face a choice: spend time making it right (delaying departure and potentially missing a permit window), or proceed with a load that is not properly configured (creating permit, legal, and safety problems). Neither outcome is good for the shipper, the carrier, or the delivery schedule.

R&RM LLC has been moving excavators, bulldozers, cranes, and all types of construction and agricultural equipment since 2011. This guide is based on what we ask of shippers before every pickup — the preparation steps that keep moves on schedule and protect equipment during transport.

General Preparation Steps — All Equipment Types

Step 1: Confirm the Equipment's Dimensions and Weight

Before calling a carrier, know the accurate transport dimensions of your equipment: height in travel configuration, width at the widest point (including tracks, tires, and any protruding attachments), length with the boom or arm in travel position, and operating weight. These four numbers drive the permit requirements, the trailer selection, and the escort vehicle requirements.

Dimensions should be measured or sourced from the manufacturer's specifications for the specific model. If the equipment has been modified — widened tracks, non-OEM attachments, oversized buckets — the manufacturer's transport dimensions may not be accurate. Measure it. An inch of extra width can change the permit category and add cost. Providing accurate dimensions at the time of quoting prevents surprises at loading time.

Step 2: Reduce Fuel to One-Quarter Tank or Less

Most carriers require fuel levels at or below one-quarter tank for transport. Fuel weight is included in the operating weight of the equipment, which affects the permitted load weight. A large mining excavator may carry 300 to 1,000 gallons of diesel — even at $4 per gallon, a full tank represents 1,200 to 4,000 pounds of additional weight that eats into the permitted payload.

Beyond weight, lower fuel levels reduce fire hazard in the event of an accident. If the equipment needs to be operated briefly at the destination — to drive off the trailer or to demonstrate operability — ensure there is enough fuel for that operation. Coordinate this with the carrier at booking so they know to arrive with a fuel source if needed.

Step 3: Inspect for Fluid Leaks

Check all hydraulic lines, engine oil, coolant, and fuel connections before the carrier arrives. Active fluid leaks can create fire hazards during transport, contaminate the trailer deck, and in some states may be considered a regulatory violation. If the equipment has a known hydraulic leak, repair it before transport or disclose it to the carrier so appropriate precautions can be taken.

Step 4: Document the Equipment's Pre-Transport Condition

Photograph all four sides of the equipment — including the undercarriage where accessible — before loading. Note any pre-existing damage: cracked glass, dents, paint chips, hydraulic hose abrasions. A date-stamped photographic record of the equipment's condition before loading is your strongest protection in a cargo insurance claim if damage occurs during transport. See our heavy haul insurance guide for how cargo claims work and why this step matters.

Step 5: Remove or Secure Loose Items

Remove all tools, ropes, chains, safety cones, and loose items from the machine before loading. Items in cabs, in buckets, or strapped loosely to the frame can become projectiles in a sudden stop or accident. Most carriers will refuse to load equipment with unsecured loose items. If the equipment has a cab, lock it — this prevents unauthorized access during transport and keeps any remaining items from shifting.

Step 6: Confirm Tie-Down Points

Federal regulations (49 CFR Part 393.102) require that equipment be secured at designated tie-down points, not at hydraulic cylinders, hose connections, or other components not designed for securement loads. Know where your equipment's manufacturer-designated tie-down points are, and make them accessible to the driver. For track equipment like excavators and dozers, the tie-down points are typically at the front and rear of the undercarriage frame — make sure they are free of mud, debris, and ice that would prevent chain hooks from seating properly.

Preparing Specific Equipment Types

Excavators

Excavators are among the most common heavy haul loads and have a standardized transport preparation procedure:

• Boom and arm: Lower the boom and fold the arm so the attachment hangs as low as possible. The goal is to minimize total height in the travel configuration — typically achieved by angling the boom slightly forward and the arm folded back toward the cab.
• Bucket: The bucket may be left on or removed depending on the excavator size and the permit dimensions required. For large excavators (30 tons and up), bucket removal often reduces weight and may reduce length or height enough to qualify for a less restrictive permit. Confirm with the carrier whether bucket removal is required for your specific move.
• Counterweight: Very large excavators (50 tons and above) sometimes require counterweight removal to bring the load within permitted weight limits. This is determined at the quoting stage.
• Cab windows: Roll up all windows and lock the cab. Verify that the cab does not have extended sun shades or antennas that would add to the height in transport position.
• Slew lock: If the excavator has a swing or slew lock, engage it. This prevents the upper structure from rotating during transport.
• Travel position lock pin: Pin the boom in the travel position if the manufacturer provides a travel lock pin. This prevents the boom from bouncing or moving under vibration during transport.

Bulldozers

Bulldozer transport preparation focuses primarily on the blade and the ripper assembly:

• Blade: The blade is typically removed for transport of large dozers (D8 class and above) because it significantly adds to the overall width and weight. For smaller dozers (D6 class and below), the blade may be reversed (turned backward) to reduce the front overhang, which allows it to stay attached while remaining within permitted length. Confirm with the carrier which option is required for your dozer and move.
• Ripper: If the dozer has a rear-mounted ripper assembly, it is typically removed or pinned in the raised position to reduce overhang and height at the rear. Rippers add both weight and length, and their removal is often necessary to keep the load within permit dimensions.
• Track tension: Check track tension before loading. Loose tracks can shift during transport. The carrier's driver will inspect this at loading — have it properly adjusted beforehand.
• Drive sprockets and rollers: Mud and packed debris in the undercarriage adds weight and can dislodge during transport. Clean the undercarriage before loading.

Wheel Loaders

Wheel loaders present specific preparation challenges due to their articulated frame and large bucket:

• Bucket: For large loaders, the bucket is often removed to reduce height (when raised in travel position) and to reduce overall weight. Mid-size and compact loaders may transport with the bucket lowered and secured.
• Articulation lock: Engage the articulation lock bar between the front and rear frames before loading. This is a critical safety step — without the lock bar, the loader can articulate on the trailer, shifting the load and creating a dangerous imbalance.
• Outriggers/stabilizers: If the loader has any outrigger or stabilizer legs, retract and pin them fully.
• Cab: Lower any overhead guard extensions that can be repositioned. Secure any sun visors or mirrors that protrude beyond the standard cab width.

Motor Graders

Motor graders have an articulated frame, a long moldboard blade, and a rear scarifier — all of which require attention before transport:

• Blade: Center the blade and position it so it does not protrude beyond the width of the machine. If the blade extends wider than the chassis, it may trigger a width permit requirement even when the rest of the machine is within standard limits.
• Scarifier: Raise the rear scarifier fully and lock it in the raised position.
• Articulation: Straighten the articulated frame and engage the articulation lock.
• Circle and drawbar: Center the circle and lock the drawbar to prevent lateral movement of the blade assembly during transport.

Cranes

Crane transport is among the most complex preparation tasks in heavy haul. Large cranes routinely require disassembly into multiple separate loads:

• Boom sections: Lattice boom sections are removed and transported separately on flatbed trailers. The carrier specifies how many sections can travel per load based on length and weight.
• Counterweights: Crane counterweight packages are removed and transported on separate flatbeds. The counterweight for a large crawler crane may weigh more than the main car body.
• Outriggers: On mobile cranes, outrigger beams are retracted to the minimum width position. Some carriers require removal if the outrigger width triggers a wider permit.
• Hook block and ball: Remove the hook block and ball before transport — these are high-value, easily damaged components that are safer shipped separately or secured inside the cab.
• Swing lock: Engage the swing lock to prevent the upper structure from rotating.

The carrier handling your crane transport will provide a specific disassembly and preparation checklist based on the crane model. Do not begin crane disassembly without confirming the required configuration with the carrier — disassembling more than necessary wastes time and reassembly cost.

Agricultural Equipment

Combines, large tractors, and harvest machinery have specific seasonal transport considerations:

• Header: Combine headers are almost always removed for transport — they can be 30 feet or more in width with platforms attached. The header typically ships as a separate load on a flatbed, often requiring an oversize width permit of its own.
• Folding extensions: Large tractors with folding row markers, folding header frames, or other extendable components must have all extensions folded and pinned before loading.
• Grain and residue: Empty grain bins, tanks, and auger tubes completely before transport. Residual grain adds weight and can shift, altering the load's center of gravity. Any crop material adhering to the machine may also violate some states' agricultural inspection requirements for out-of-state equipment.
• Tire inflation: Check tire inflation on wheeled agricultural equipment before loading. Tires inflated to field pressure (often lower than road pressure) may not be appropriate for sustained highway transport speeds.

Documentation Required at Pickup

Bill of Lading

The bill of lading (BOL) is the primary transport document. It identifies the shipper, the carrier, the pickup and delivery locations, a description of the freight, and the declared value. The carrier typically provides the BOL at pickup. Review it before signing — verify that the equipment description, dimensions, and declared value are accurate. Errors on the BOL can complicate cargo claims.

Title or Ownership Documentation

For equipment being transported across state lines — particularly purchased equipment moving from an auction or dealer — a title or bill of sale may be required to satisfy law enforcement inquiries at weigh stations. Financed equipment may require written authorization from the lender for transport. Keep copies of these documents accessible.

Operating Manuals for Non-Standard Equipment

If the driver needs to know specific tie-down point locations, safe loading configurations, or any special operating instructions (for example, how to release a parking brake on non-operational equipment), have the manufacturer's operator manual or a printed tie-down diagram available at pickup. This is particularly important for equipment models that drivers may not have loaded before.

Pre-Transport Condition Photos

Print or digitally share the pre-transport condition photos with the driver and have them acknowledge the equipment's condition on the BOL. "Shipper noted pre-existing damage as documented in attached photos" is a useful notation that protects both parties.

Site Conditions at Pickup and Delivery

The carrier also needs a suitable site for loading and unloading. An RGN trailer requires space to maneuver, enough room to detach the gooseneck and drop the deck to grade, and a firm, level surface for drive-on loading. Muddy, soft, or sloped loading areas can prevent RGN loading entirely and may require rescheduling.

Before pickup, confirm:

• There is enough clear space for the tractor-trailer combination to position for loading (typically 100+ feet of straight clearance).
• The loading surface can support the weight of both the trailer and the equipment during the loading process.
• No overhead obstructions (power lines, tree branches, building overhangs) are present in the loading area.
• The equipment can be driven to the loading position — a machine that is disabled or cannot drive under its own power needs to be addressed before the carrier arrives.

If site conditions at the delivery location are uncertain — a soft job site, a delivery to a basement-level loading dock, or a remote location with limited access — communicate this to the carrier during booking. We can often accommodate difficult delivery sites, but we need to know in advance to bring the right equipment and make any necessary arrangements.

When Equipment Is Non-Operational

Non-operational equipment — machines that cannot drive onto a trailer under their own power — requires crane or hydraulic equipment for loading and unloading. This changes the logistics and cost of the move significantly. When booking, disclose if the equipment is non-operational so the carrier can arrange crane or rigger services and factor that cost into the quote.

Non-operational equipment may also require additional securement because it cannot be braked during transport. The carrier will use additional chains, blocking, and cribbing to secure equipment that has no functional braking or hydraulic hold. Identify the manufacturer-designated securement points in advance so the driver can rig the load correctly.

R&RM LLC handles non-operational equipment transport on a regular basis. Whether the machine needs crane loading, rigger services, or a custom blocking arrangement, our dispatch team will walk through the specifics with you. Call (404) 987-6225 or submit a quote request with details about your equipment's operational status.

A Pre-Transport Checklist

Use this checklist before the carrier arrives for any heavy equipment pickup:

1. Dimensions and weight confirmed and communicated to carrier
2. Fuel at one-quarter tank or as specified by carrier
3. All fluid leaks identified and addressed or disclosed
4. Pre-transport photographs taken and dated
5. Loose items removed from machine and cab
6. Attachments pinned in travel position or removed as required
7. Swing/rotation/articulation locks engaged
8. Tie-down points cleaned and accessible
9. Bill of lading reviewed and signed
10. Title or ownership documents available
11. Loading site confirmed level, firm, and clear of obstructions
12. Sufficient access for tractor-trailer maneuvering at pickup and delivery

A properly prepared machine loads faster, travels more securely, and arrives at its destination the same way it left. R&RM LLC's drivers are experienced with a wide range of equipment types, and our dispatch team is available to walk you through any preparation questions specific to your load before pickup. Contact us at (404) 987-6225 or visit our construction equipment hauling page for more on how we handle your load.

Frequently Asked Questions

How much fuel should heavy equipment have for transport?

Most carriers require fuel at or below one-quarter tank. Fuel adds significant weight to large equipment — a full tank on a large excavator can add 1,000 pounds or more to the permitted load weight. Lower fuel also reduces fire risk during transport. If the equipment will be operated immediately upon delivery, ensure there is enough fuel for brief operation — coordinate this with the carrier at booking.

Does the bucket need to be removed from an excavator for transport?

Not always. For mid-size excavators in the 20–30 ton class, the bucket typically stays on with the arm in travel position. For larger excavators — 50 tons and up — bucket removal may be required to keep the load within permitted length, weight, or height limits. The carrier specifies what configuration is needed based on your specific excavator model and the permits required for the route.

What documents do I need at pickup for a heavy haul shipment?

At minimum: a signed bill of lading (often provided by the carrier), a title or bill of sale for recently purchased or financed equipment, and copies of any lender authorization for transport if the equipment is financed. The carrier handles permit acquisition — you do not need to obtain oversize permits yourself. Pre-transport condition photographs and an operator's manual or tie-down diagram are also helpful but not always required.

Who is responsible for loading the equipment onto the trailer?

For drive-on loading (equipment onto an RGN trailer), the equipment operator — either the carrier's driver or the equipment owner's operator — drives the machine onto the deck under the carrier's direction. The carrier is responsible for securement after loading. The shipper's responsibility is to have the equipment ready: correct fuel level, attachments configured, and machine mechanically able to drive. Crane loading is typically arranged separately and the carrier coordinates access with the crane operator.