Key Points
1. Requires specialized handling, heavy-duty equipment & expert planning
ODC cargo demands cranes, low-bed trailers, hydraulic axles, multi-axle vehicles, and other heavy-duty equipment. Expert engineers and supervisors ensure safe lifting, loading, and transport. Strategic planning reduces risk and ensures smooth cargo movement.
2. Covers heavy machinery, engineering modules, industrial units & oversized structures
These include construction machines, boilers, turbines, generators, pre-fabricated structures, reactors, steel units, and large components that cannot be containerized. Every shipment requires a unique approach depending on weight, dimension, and fragility.
3. Involves route surveys, government permits & strict safety inspections
A dedicated team conducts route studies to check for road strength, height restrictions, sharp turns, and bridge load limits. Authorities must approve permits for ODC movement, and safety inspections ensure compliance with national and international transport laws.
4. Minimizes risk, prevents damage & ensures secure cargo movement
Proper packaging, lashing, loading calculations, and transport monitoring help avoid vibrations, shocks, or structural damage. Safety procedures prevent accidents and ensure both the cargo and surrounding environment remain protected.
5. Suitable for construction, manufacturing, engineering & energy sectors
Industries needing to move large-scale equipment—such as windmill blades, industrial boilers, heavy machinery, or transformers—depend on ODC logistics. These sectors require reliability, precision, and safe handling for high-value cargo.