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​Large-scale projects such as offshore wind turbine installations, grid modernization, refineries, and power generation plants often involve transporting turbines, transformers, risers, compressors, etc. This requires tailored lift plans, engineered load-outs, and multimodal routing across ports, rivers, and constrained road networks.

​Standard cargo fits within container or aircraft dimensional limits; out-of-gauge (OOG) cargo exceeds those limits due to height, width, or length. OOG movements typically require specialized equipment (multi-axle trailers, roll trailers), bespoke lashing, port coordination, and often non-standard permits and escorts.

​Selection depends on dimensions, weight, origin–destination pairs, sailing frequency, and cargo sensitivity. Ro-Ro enables drive-on stability for wheeled or modular units, breakbulk suits static heavy items with crane handling, and charters provide schedule control and deck space for unique load configurations.

​Core controls include lift studies, weather windows, rigging redundancy, shock/tilt monitoring, tamper-evident seals, custody audits, and contingency routing. For critical-path components, dual-path planning and inventory buffers prevent downstream delays.

​Surveys assess berth suitability, crane reach, deck strength, tidal windows, road geometry, overhead restrictions, and bridge ratings. Outputs include method statements and sequencing plans that align ports, carriers, and site teams to execute lifts safely and on time.

​Essential documentation includes commercial invoices, packing lists, certificates of origin, permits for oversize/overweight moves, hazardous declarations (where applicable), insurance certificates, and project-specific method statements. Proper harmonized codes and valuation prevent customs holds.