Project logistics planning: from cargo definition to work-front delivery

Project logistics begins with cargo definition. Weight, dimensions, centre of gravity, lifting points, packaging, weather sensitivity, dangerous-goods status and required preservation determine whether normal freight assumptions are valid. If these inputs arrive late, route, crane, port and storage decisions are made on estimates that may later prove unusable.

The transport chain should be modelled end to end: factory release, inland origin transport, export customs, port handling, ocean or air movement, destination port, import clearance, inland heavy transport, temporary storage and final site access. Each transfer point introduces time, documentation, handling and damage exposure that should appear in the logistics baseline.

Route feasibility is more than road distance. Bridge capacity, axle load, turning radius, gradient, overhead clearance, pavement condition, seasonal restrictions, escort requirements, utility crossings and urban windows can decide whether a route is executable. Oversized cargo should therefore be route-surveyed against the actual cargo envelope rather than against a generic truck assumption.

Port selection should consider berth, crane, storage, customs process, congestion, onward transport and specialist handling—not only ocean freight. A cheaper port can create higher total landed risk if heavy-lift equipment is unavailable, storage is constrained or the final inland route is weak.

The site is part of the logistics system. Delivery sequencing, laydown areas, crane access, preservation, receiving inspections, temporary roads and work-front readiness should be planned before dispatch. Early delivery without storage and preservation controls can be as damaging as late delivery.

A strong logistics plan therefore maintains a cargo register, route and port assumptions, permit matrix, customs document checklist, shipment schedule, site-receiving plan and contingency routes linked to construction milestones. Logistics becomes a project-control discipline when every movement is connected to the date and work front that need the cargo.