Project Cargo Logistics Checklist

I. Pre-Planning & Technical Specs

Before a single wheel turns, you need the "DNA" of the cargo.

Item	Requirement	Status	Notes
Dimensional Accuracy	Confirm length, width, height, and weight.
Center of Gravity (CoG)	Mark the CoG clearly on the cargo. Off-center loads require specialized trailer configurations.
Lifting & Tie-down Points	Verify that engineered lifting lugs are certified and tested.
Technical Drawings	Collect General Arrangement (GA) drawings and 3D CAD models if available.

II. Route Survey & Infrastructure

This is where most projects hit a literal wall (or bridge).

Item	Requirement	Status	Notes
Physical Obstructions	Identify low-hanging wires, bridges, traffic lights, and narrow roundabouts.
Ground Bearing Capacity	Ensure the soil or pavement at the load/unload sites can handle the Ground Bearing Pressure (GBP).
Permitting	Secure "Superload" or oversized permits for every jurisdiction/border the cargo crosses.
Weather Windows	Account for seasonal restrictions (e.g., monsoon seasons, ice roads, or hurricane windows).

III. Equipment Selection

The right tool for the job—because a standard flatbed won't cut it.

Item	Requirement	Status	Notes
Transport Mode	Multi-axle trailers, Dual-lane trailers, or SPMTs (Self-Propelled Modular Transporters).
Crane Capacity	Ensure the crane's "Safe Working Load" (SWL) accounts for the boom angle and radius, not just the raw weight.
Rigging Gear	Inspect all slings, shackles, and spreader beams for current certification tags.

IV. Marine & Port Operations (If Applicable)

If it’s going over water, the complexity doubles.

Item	Requirement	Status	Notes
Vessel Selection	Geared vessels (with own cranes) vs. Ro-Ro (Roll-on/Roll-off) or Deck Barges.
Ballast Plan	Review the vessel’s stability plan during the roll-on or lift-on process.
Stevedoring	Ensure the port crew has experience with non-containerized heavy lift.

V. Risk Management & Compliance

Item	Requirement	Status	Notes
Method Statement	A step-by-step document detailing exactly how the move will happen.
Marine Warranty Survey (MWS)	Ensure an independent third party approves the stowage and seafastening.
Escorts & Pilot Cars	Arrange for police or private escorts as required by law.
Contingency Plan	Identify "safe haven" parking areas in case of mechanical failure or weather delays.

Form Template Instructions

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Here is the detailed breakdown of the critical sections for your template, structured for a Status and Notes format.

I. Dimensional & Weight Geometry

This section defines the "physical footprint" of the cargo. Precision here determines if the load fits under a bridge or stays balanced in a sling.

Overall Dimensions (L x W x H): Must include "extreme points." If a bolt or a handle sticks out 5cm, it must be recorded.
Center of Gravity (CoG): You need the vertical, longitudinal, and transverse CoG.
- Insight: Inverted or "top-heavy" loads require a higher safety factor for trailer stability.
Total Gross Weight: Must include the weight of the cargo plus any internal fluids, packing, or sea-fastening stools.
- Insight: Inaccurate weight is the primary cause of crane computer (LMI) "cut-outs" during a lift.

II. Structural Lifting Interfaces

This confirms how the cargo connects to the lifting equipment.

Lifting Lug Capacity: The Safe Working Load (SWL) of each individual lug.
Testing Date: The date of the last load test or NDT (Non-Destructive Testing).
Shackle Size Compatibility: The diameter of the hole in the lifting lug.
- Insight: If the lug hole is too small for the high-capacity shackle required, the lift cannot proceed.
Internal Bracing: Notes on whether the cargo requires internal "spiders" or struts to prevent crushing when slings apply tension.

III. Ground & Surface Interface

This section addresses the interaction between the heavy load and the earth.

Support Points: Where can the cargo be safely "set down"? (e.g., at the saddles or specific reinforced ribs).
Ground Bearing Pressure (GBP): The calculated pressure exerted by the transport configuration.
- Insight: If the GBP exceeds the pier or road capacity, steel "spreading" plates or timber mats must be deployed.
Minimum Turning Radius: The smallest circle the transport vehicle can complete without the cargo striking the trailer or the ground.

IV. Environmental & Protection Specs

Project cargo is often sensitive to the elements or orientation.

Inclinometer Requirements: Maximum allowable tilt angle during transport (e.g., some transformers cannot exceed 10°).
Impact Monitoring: Use of GPS or "ShockWatch" sensors to record G-forces during transit.
Preservation Status: Is the cargo under a nitrogen purge? Are desiccant bags active?
- Insight: Losing pressure in a nitrogen-purged vessel can lead to internal oxidation or contamination.

V. Transport Configuration (The "Envelope")

This bridges the gap between the cargo specs and the equipment specs.

Loaded Height: The height from the ground to the highest point of the cargo when sitting on the trailer.
Axle Loading: The weight distributed across each axle line.
Swept Path Analysis: A computer simulation of the load moving through specific tight turns or obstacles.

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