Engineering
Engineering firms move precision components and prototype equipment where damage or delay carries disproportionate cost.
Why this is different
A single prototype or precision-machined component can represent months of engineering time before it ever reaches a carrier. Standard freight handling — built around volume and speed — isn't designed with that value concentration in mind, and generic handling is where damage risk actually lives.
The right approach starts with the cargo, not the lane: specifying packaging, orientation, shock monitoring and handling instructions to the sensitivity of what's inside, then choosing routing that matches those requirements rather than defaulting to whatever's fastest or cheapest.
What this looks like in practice
How we plan around it
We specify handling and routing to the sensitivity of the cargo, not a generic freight standard.
Project LogisticsSee if these match your operation
Energy
Energy projects move heavy, high-value equipment against fixed commissioning dates, often to remote or offshore sites.
Construction
Construction programmes depend on materials and plant arriving in a specific sequence, on sites with limited access windows.
Manufacturing
Manufacturers need predictable inbound components and outbound finished goods, with minimal buffer stock tying up capital.
Planning a engineering shipment?
Tell us about the constraint that matters most — schedule, sequence, or route — and we'll plan around it.