What makes project cargo different from standard heavy haul?

Heavy haul is a transportation challenge. Project cargo is a logistics coordination challenge that includes transportation. The difference is scope — project cargo involves planning around downstream dependencies, multi-piece sequencing, port coordination, site constraints, and often multiple parties with different schedules that all have to align.

How early should I contact you for a project cargo move?

As early as possible. For standard oversize moves, a few weeks is workable. For superloads, port-to-jobsite moves with complex routing, or multi-piece shipments with tight site windows, months of lead time is not excessive. The earlier we're involved, the more options we have.

Can you coordinate with our port agent and customs broker?

We coordinate the inland truck leg once the cargo is released and ready to move. Port clearance, customs, and terminal outgate are typically handled by the forwarder or their port agent — we pick up from there and manage the domestic transport end to end.

What is a superload and how long do permits take?

A superload is a load far enough beyond routine oversize or overweight limits that a state treats it as a special case. There's no single national definition — superload classifications, engineering-review requirements, and permit lead times vary by state, route, loaded dimensions, gross weight, and axle configuration. The largest moves can take several weeks to permit, and some states require bridge analysis that adds time. We confirm the thresholds and timing for every state on the route before quoting.

Do you handle multi-piece project shipments with sequenced delivery?

Yes. Coordinating multi-piece moves where delivery order and timing matter — matching a construction sequence, aligning with crane availability, or staging freight at a site that can't store everything at once — is part of what we do on project cargo.

We're a freight forwarder. What do you need from us to quote the domestic leg?

Load dimensions and weight, origin (port terminal or manufacturer), destination (full address with site constraints), delivery timeline or hard deadline, number of pieces, and any special handling or rigging requirements. The more you give us upfront, the faster and more accurate the quote — and the fewer surprises mid-move.

Project Cargo Trucking: Port to Jobsite

Project Cargo Is a Planning Problem First

Project cargo moves fail at the planning stage, not the execution stage. The transformer that won't clear a bridge. The pressure vessel permitted for the wrong axle configuration. The multi-piece shipment sequenced in the wrong order and delivered to a site that can't store it. These aren't execution failures — they're planning failures that showed up during execution.

We treat project cargo as an engineering problem before it becomes a logistics problem. Route analysis, equipment selection, permit engineering, weight distribution, and site coordination happen before a quote goes out. For forwarders and EPC contractors with clients behind them, that's not optional — it's the minimum standard.

What Project Cargo Actually Involves

The term gets used loosely. For us, project cargo means freight where at least one of the following is true:

The load exceeds standard highway dimensions or weight — requiring permits, route surveys, and potentially escorts in multiple states
The move involves multiple pieces or shipments — where sequencing, timing, and delivery order are part of the logistics plan, not just the freight itself
The origin or destination is operationally complex — a port terminal with specific outgate requirements, a construction site with crane constraints, a plant with limited access windows
The cargo has specific handling, rigging, or offloading requirements — that must be communicated to and confirmed by every party in the chain before dispatch
There is a downstream dependency — a construction timeline, a plant startup, a commissioning window that the freight arrival is tied to

If any of those apply, you need a broker that plans before pricing. Not one that books a carrier and hopes the details work out.

Equipment We Coordinate

RGN & Lowboy Removable gooseneck for drive-on or crane-set loading of heavy equipment. Lowboy for maximum deck-to-ground clearance on tall industrial cargo. Standard for most transformer and heavy machinery moves.

Multi-Axle Configurations Additional axles distribute load weight across more contact points to stay within bridge formula limits. Configurations from 9 axles up, matched to load weight and each state's routing rules. Our Houston-to-California superload ran on 12.

Steerable Rear Axles Hydraulic rear steering for tight turns at port terminals, plant gates, and job sites where a rigid trailer configuration can't maneuver. Required on some urban delivery routes and constrained site access points.

Beam & Stretch Trailers Extendable decks for unusually long cargo — structural columns, pressure vessel shells, transmission poles, and long fabricated components where overhang on a fixed deck creates a permit or safety problem.

Flatbed & Step Deck Open deck for loads that fall within or just outside standard dimensions. Step deck lowers the effective ride height by 12–18 inches for cargo that clears on a drop but not on a standard deck.

Escort & Pilot Cars Pilot cars and escorts — certified where the state requires it — sourced, briefed, and coordinated before dispatch. Handoffs at state lines planned in advance so loads don't sit at borders waiting for the next escort to arrive.

Permit Engineering for Multi-State Project Moves

A project move crossing multiple states is not a single permit — it's a permit package for every state in the route, each filed separately, each with its own dimensional thresholds, fee structures, routing restrictions, and processing timelines. Getting this wrong adds days to a move and can result in fines, load holds, and missed site windows.

Route survey first — bridge clearances, weight limits, overhead utilities, and road surface conditions reviewed before the permit application is filed
Bridge analysis — for heavy loads approaching bridge weight limits, we coordinate state DOT bridge analysis letters where required before permits are approved
Permit sequencing — multi-state permits filed and tracked in sequence aligned to a realistic transit schedule, not submitted all at once and hoped for
Travel restriction management — daylight-only requirements, holiday blackouts, Sunday travel bans, and utility coordination for overhead line lifts all built into the move schedule
Superload coordination — superload classifications, engineering-review requirements, and permit lead times vary by state, route, loaded dimensions, gross weight, and axle configuration. The largest moves can take weeks to permit, so we start this process early — as we did for a 223,000-lb evaporator permitted through Texas, New Mexico, Arizona, and California.

Port to Jobsite Moves

Most heavy industrial equipment arrives in the U.S. via vessel. Getting it from the port terminal to the final jobsite is where project cargo brokerage earns its value — or loses it.

Port environments have their own constraints: terminal outgate hours, overheight and overweight handling procedures, and release timing that rarely aligns perfectly with a carrier's schedule. Once cargo is released and ready to move, we take over the inland leg — equipment sourced, permits in hand, and delivery coordinated with the receiving site before the truck departs.

Gulf Coast — Houston, New Orleans, Mobile, Corpus Christi. The primary U.S. import corridor for heavy industrial and energy project cargo.
East Coast — Savannah, Charleston, Baltimore, New York/New Jersey, Miami. Atlantic corridor for European, South American, and Caribbean project shipments.
West Coast — Los Angeles, Long Beach, Seattle, Portland. Major import gateway for Asian-manufactured industrial and capital equipment.
Inland Waterway — For cargo moving via river barge, we coordinate the truck leg from river terminals and barge offload points to final destination.

Recent Project Cargo Move

Case Study · Port to Jobsite

223,000-lb Evaporator: Port of Houston to California

Picked up ship-side at the Port of Houston, loaded on custom saddles on a 12-axle combination, and moved under superload permits through four states to an active industrial plant in California’s Central Valley.

Read the case study

For Freight Forwarders

If you're managing the international leg and need a domestic inland partner for the U.S. truck move, we are built for that relationship. Forwarders have specific expectations that most domestic brokers don't understand or don't take seriously.

You have a client behind you — we understand that your reputation with your client depends on how we execute the domestic leg. We act accordingly.
Documentation must be clean — permits, BOLs, PODs, and any exception documentation handled correctly and provided promptly. No chasing paperwork after the fact.
Communication must be proactive — you need to know before your client asks. We provide updates when things are on schedule and immediately when they're not.
Compliance is not negotiable — oversize permits, weight compliance, and carrier qualification are handled to standard on every load, not depending on how rushed the booking is.

For EPC Contractors

Engineering, procurement, and construction firms move freight tied to project schedules that don't flex. A transformer that misses its delivery window doesn't just delay installation — it delays commissioning, which delays startup, which has a cost that dwarfs the freight invoice.

Schedule-aware logistics — we understand what the downstream dependency is and plan the move to protect it, not just execute the transport
Site coordination — arrival timing, crane windows, site access restrictions, and offloading crew coordination communicated and confirmed before dispatch
Multi-piece sequencing — for projects with multiple large components arriving over time, we coordinate delivery order and site staging to match your construction sequence
Contingency planning — weather delays, permit holds, and equipment issues happen on complex moves. We identify the contingencies before departure, not after something goes wrong.

Industries We Serve

Electric Utilities & PowerTransformers, switchgear, and transmission infrastructure from port or manufacturer to substation. Among the most weight- and dimension-sensitive moves in the industry.

Oil, Gas & PetrochemicalPressure vessels, reactors, distillation columns, and process units for refineries and petrochemical plants. Often multi-piece and multi-state.

Heavy ManufacturingCapital equipment installation and plant relocation freight — presses, mills, CNC centers, and large fabricated structures.

Renewable EnergyWind turbine components, nacelles, and tower sections. Logistically among the most complex moves that exist — simultaneously long, wide, and heavy.

Construction & InfrastructureBridge girders, structural steel, modular building components, and large precast elements to active construction sites.

Freight ForwardersDomestic inland carrier partner for international project shipments. We understand the forwarder relationship and execute to the standard your clients expect.

What to Send Us

The more detail upfront, the better the plan and the more accurate the quote. For project cargo we want:

Load dimensions — length, width, height of the cargo itself (not the trailer)
Total load weight and any weight distribution information (center of gravity, lift points)
Origin and destination with full addresses and any known access constraints
Timeline — hard delivery deadlines, site availability windows, crane scheduling
Number of pieces and whether sequenced delivery is required
Any special handling, rigging, or offloading requirements
Whether the cargo is coming off a vessel and if so, port, terminal, and expected release date

If you don't have all of this yet, send what you have through the quote form or call us. We can help you identify what's needed before the planning process starts.