Project Logistics
Coordinating shipments, routes, equipment, and delivery dates in one execution program.

Transportation Services / Project Logistics
When the cargo itself determines how it must move.
Weight and dimensions are only the starting point. Center of gravity, lifting points, route restrictions, equipment, permits, and the project schedule must all be resolved in one execution plan before the transport method is selected.
Service Scope
Coordinating shipments, routes, equipment, and delivery dates in one execution program.
Selecting multi-axle equipment and planning specialized loading and unloading.
Route assessment, movement permits, escorts, and controlled execution within actual route constraints.
Ocean solutions for cargo that does not fit inside a standard container.
From lifting and securing through unloading and on-site movement.
Decision Principle
A few centimetres in dimension or a few tonnes in weight can change the required equipment, route, or even the usable port. That is why every assessment starts with actual cargo data—not a generic price.
Technical Reference
The page's 15 core topics are organized into five focused sections, each grouping related decisions.
Oversized, abnormal-road, and super-heavy cargo are not the same. A shipment may have one or several of these characteristics.
Industrial machinery, power-generation equipment, oil and gas units, infrastructure structures, energy equipment, out-of-gauge cargo, super-heavy units, and multi-origin projects—whenever execution requires technical assessment, specialized equipment, permits, or multi-stage coordination.
An initial review can begin with weight, dimensions, photos, origin, and destination. Final confirmation for complex projects will normally require more detailed manufacturer data.
The complete transport configuration must be able to travel the actual route and pass through its ports, borders, turns, and site entrance.
Selection depends on axle count, vehicle weight, center of gravity, load distribution, axle-load restrictions, and route geometry. No single nominal capacity applies to every project.
Flat racks and open tops may suit some OOG cargo; breakbulk handles units outside containers; Ro-Ro serves wheeled cargo; and chartering is assessed where volume, dimensions, or timing do not fit scheduled liner services.
Lifting, securing, and equipment-to-equipment transfers must be engineered as carefully as the main transport leg.
The lift plan verifies weight, dimensions, center of gravity, lifting points, crane capacity and working radius, sling angles, spreader beams, ground-bearing capacity, and the sequence of operations.
Lashing points, force directions, trailer or deck type, and securing-equipment capacity prevent cargo movement in transit. At sea, vessel motion, crane access, and discharge sequence also form part of the plan.
Trailer to port, port to vessel, vessel to trailer, cross-border transfers, crane to SPMT, and SPMT to final position must be defined in advance in terms of equipment, timing, space, and responsibility.
Project risk is not limited to cargo damage. Delays, route constraints, unsuitable equipment, document issues, and an unprepared site can all stop the operation.
The permitted route, movement hours, escorts, bridge restrictions, temporary obstacle removal, and port permits depend on the country, route, vehicle, axle count, and axle loads.
For critical points, alternative routes or ports, an alternative vessel or equipment set, a revised transport sequence, or temporary storage are assessed before operations begin.
The scope of responsibility—from loading through final positioning—must be clear before a reliable cost and schedule can be calculated.
Transport engineering and technical route survey
ENGTransport, lifting, and securing equipment
EQUIPPermits, escorts, and route preparation
PERMITMain transport, chartering, and port operations
MOVETransfers, storage, and customs coordination
OPSDelivery and final positioning at site
SITEEntrance width and slope, ground-bearing capacity, site readiness, unloading equipment, and positioning space are checked before departure. The scope can extend through final placement.
Execution Method
The sequence is planned in advance so that one stage never creates a surprise for the next.
Technical data and cargo sensitivities
Route, port, border, and site feasibility
Equipment, lifting, and securing
Permits, escorts, and transfer points
Controlled transport, unloading, and delivery
Frequently Asked Questions
Technical Assessment / NIKCO.LOG