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NLP Global Freight
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Specialized / Project

Project cargo and heavy lift, engineered end to end.

Route surveys, lift methods, permits and escorts are planned before the move begins, so heavy and complex cargo arrives safely and on schedule.

In practice

  • The survey comes before the quote
  • Choosing the lift and the mode together
  • Permits, escorts and the calendar

The survey comes before the quote

A route survey establishes whether the cargo can physically make the journey: overhead clearances, bridge load ratings, turning radii at every junction, road gradients, and the sequence of authorities whose permission is required. Swept path analysis models how a long load actually tracks through a corner.

We survey first and quote second. Where the survey identifies a constraint on the route, we report it and assess alternatives before any commitment is made.

Choosing the lift and the mode together

How a piece is lifted constrains how it can travel, and the reverse. A component that has to be lifted by a vessel's own gear is limited by that gear's capacity and outreach. One that can go through a shore crane opens up different vessels. One that can roll opens up RoRo and removes the lift question almost entirely.

We work the lift method and the transport mode as one decision, with the lift plan and lashing arrangement drawn up against the cargo's actual centre of gravity and lifting points.

Permits, escorts and the calendar

Abnormal load permits are issued per jurisdiction, have their own lead times, and frequently restrict movement to specific hours or days. Police or civil escort may be mandatory. Utilities may need to lift cables. Each of these is a separate authority with its own timetable.

On a project move, the permit calendar usually sets the delivery date more than the transit time does. We build the schedule backwards from permit lead times, so the date we give you is one the authorities can support.

Capabilities

What is included.

Route survey and feasibility

Physical survey of clearances, load ratings, gradients and turning geometry, with swept path analysis for long loads.

Lift planning

Lift method, rigging arrangement and crane selection worked against actual centre of gravity and designated lifting points.

Permits and escorts

Abnormal load permits, movement windows, police and civil escort, and utility coordination across each jurisdiction on the route.

Multi-modal execution

Break bulk, RoRo, flat rack, barge and specialised road equipment combined into one sequenced movement.

Securing and lashing

Stowage and securing arrangements prepared to recognised cargo securing practice, with calculations retained on file.

Method statements

Written method statement and risk assessment per movement phase, issued before execution.

Sequence

How each shipment runs.

01

Cargo definition

Dimensions, weight, centre of gravity, lifting points and any handling restriction are taken from drawings and confirmed against the physical piece.

02

Route survey

The full route is surveyed for clearance, load rating and geometry, and alternatives are assessed where a constraint cannot be cleared.

03

Method and permits

Lift method, transport mode and securing arrangement are fixed, and permit applications are lodged against their own lead times.

04

Mobilisation

Equipment, escorts and personnel are mobilised to a dated plan, with the method statement issued to every party before movement.

05

Execution and handover

The movement runs under supervision with each phase signed off, and the cargo is handed over at the designated point with documentation complete.


Questions

Project Cargo, answered.

How far in advance should project cargo be planned?

Lead time is set by the permit process and by equipment availability. Abnormal load permits vary by jurisdiction and can take weeks, and specialised trailers and cranes are booked well ahead. We build the planning window backwards from permit lead times, starting with the survey.

What is a route survey and do I need one?

It is a physical assessment of whether the cargo can make the journey: clearances, bridge load ratings, turning geometry, gradients and ground conditions. Any cargo exceeding normal road limits needs one, because a single overpass can stop the movement entirely.

Can oversized cargo travel in a container?

Sometimes. A flat rack or open top handles cargo that exceeds the internal height or width of a standard box while staying within the container framework, which keeps it in the container shipping system. Beyond that, the move becomes break bulk, RoRo or barge, and that decision changes the vessel options and the ports available.

Who is responsible for the lifting points?

The manufacturer specifies where a piece may be lifted and what its centre of gravity is. That specification drives the lift plan and the rigging. Where it is missing or incomplete, it is established before any lift is planned.

Reference

Key figures and specifications.

Reference data to help you plan shipments and compare quotations.

Survey checklist

Overhead clearance
Bridges, gantries, cabling, signage
Bridge capacity
Load rating against axle configuration
Turning geometry
Swept path at every junction
Gradient
Approach and departure angles
Ground bearing
Crane pad and hardstanding capacity

Transport options

Flat rack
Out-of-gauge within container framework
Break bulk
Conventional stow, ship or shore gear
RoRo
Rolled on wheels or roll trailer
Barge
Inland waterway, avoids road restrictions
Modular trailer
Self-propelled or towed multi-axle

Documentation set

Method statement
Per phase of movement
Lift plan
Rigging, capacity, ground bearing
Lashing calculation
To recognised securing practice
Permit schedule
Per jurisdiction, with validity window

Documentation set

  • Cargo drawings with dimensions, weight and centre of gravity
  • Lifting point specification from the manufacturer
  • Route survey report and swept path analysis
  • Abnormal load permits per jurisdiction
  • Lift plan, method statement and risk assessment
  • Marine or project cargo insurance certificate