Smart Shipment Load Planning: A Complete Operational Guide

Introduction to multi-order shipment planning

Efficient shipment load planning is the backbone of any successful logistics operation. When it comes to transporting pipes, fittings, and related materials, the complexity multiplies — different pipe sizes require different packing methods, vehicles have strict weight limits, and multiple orders heading to different destinations must be loaded in exactly the right sequence. This guide breaks down everything operations teams need to know about planning a compliant, efficient, and cost-effective shipment.

This guide covers shipment load planning workflows — multi-order consolidation, own vs third-party fleet rules, and pipe and fitting load sequencing. For the Ripples-FMS 3D load planning software platform with axle compliance, CT-e/e-way bill integration, and a free demo of load planning software

One Shipment, Multiple Orders

A truckload planning process does not necessarily mean a single order. Depending on the vehicle’s available space and the proximity of delivery locations, a single shipment can carry multiple orders simultaneously. This consolidated approach reduces the number of trips, cuts fuel costs, and improves fleet utilisation across both own and third-party vehicles.

The key is intelligent shipment load planning — knowing which orders can travel together, in what sequence they must be unloaded, and whether the combined weight and volume stay within the vehicle’s legal limits.

Fleet Types in Use

Two categories of vehicles are deployed for shipments:

Own Fleet — company-owned vehicles operated and maintained in-house, offering full control over scheduling, loading standards, and driver compliance.

Third-Party Fleet — hired or contracted vehicles from external operators, used to handle demand overflow, specialised loads, or routes where own fleet coverage is limited.

Both fleet types follow the same loading rules, weight limits, and validation standards. The choice between own and third-party fleet is typically driven by availability, cost, and the specific vehicle type required for the load.

Vehicle Types and Their Specifications

22-Feet Closed Container

The standard workhorse for most shipments. Closed containers protect cargo from weather and road dust, making them ideal for fitting boxes and bundled small-diameter pipes. Container height ranges from 8 ft to 10 ft, and the maximum load limit is 6.5 tons.

22-Foot Open Truck

Open trucks are the preferred choice for pipe loading, particularly for large-diameter pipes that require telescopic loading. The open body allows flexible loading heights ranging from 7 ft to 12 ft, accommodating longer and bulkier pipe arrangements. The maximum load capacity is 7 tons.

32-Foot Closed Container — Single Axle

For larger consolidated loads that exceed the 22-ft vehicle capacity. Single-axle configuration supports up to 9 tons of cargo, with container heights between 8 ft and 10 ft.

32-Foot Closed Container — Multi-Axle

The heaviest-capacity option in the fleet. Multi-axle vehicles can carry up to 15 tons, making them the right choice for large bulk orders, long-distance consolidated shipments, or situations where multiple heavy orders travel together.

Loading Sequence Rules

The order in which goods are placed inside a vehicle is not optional — it follows strict rules that protect cargo integrity, ensure safe weight distribution, and make multi-stop unloading efficient.

Bottom Layer — Pipe Bundles (diameter below 63 mm). Small-diameter pipes, packed as rigid bundles, form the base of the load. Their density and structural form provide a stable foundation for everything placed above.

Middle Layer — Pipes Above 63 mm: Larger-diameter pipes occupy the middle position. These are loaded using the telescopic method, where pipes of different lengths are nested or arranged to maximise space use while maintaining structural safety.

Top Layer — Fitting Boxes. Fitting boxes always go on top, without exception. Placing heavy items on top of boxes would crush them and damage the fittings inside. The top layer rule is absolute — nothing is ever stacked above the fitting boxes.

Pipe Packing Rules

Correct packing is as important as correct loading. Each pipe size category has a defined packing method that must be followed before the item is brought to the vehicle.

Pipes Below 63 mm — Bundle Packing: All small-diameter pipes are packed into bundles before loading. Bundle quantities are standardised at three sizes: 10 pieces, 25 pieces, or 50 pieces per bundle. Mixed bundle sizes are not permitted within a single item line.

Pipes Above 63 mm — Telescopic Loading: Larger pipes are not bundled. Instead, they are arranged using telescopic loading — a method where pipes are positioned in an offset or nested pattern inside the vehicle to optimise use of the vehicle’s internal length and prevent rolling or shifting during transit.

Fittings Packing Rules

Fittings follow a two-stage packing process for shipment load planning to ensure they arrive undamaged:

Step 1 — Cover Packing: Individual fittings or groups of fittings are first wrapped or packed inside protective covers. This protects against scratches, chips, and contact damage during handling.

Step 2 — Box Packing: The covered fittings are then placed inside sturdy boxes. These boxes are what get loaded onto the vehicle as the top layer of the shipment.

This two-layer protection — cover inside the box — is standard for most fitting types and must not be skipped even for short-distance deliveries.

Vehicle Maximum Load Limits

Every vehicle type has a legally defined maximum load capacity that must never be exceeded:

Exceeding these limits is a compliance violation under any motor vehicle regulations and exposes operators to fines, vehicle detention, and liability in the event of an accident. All load planning must be completed with verified weight data before dispatch.

Maintaining Pipe and Box Dimensions

Actual physical dimensions of pipes and fitting boxes must be recorded and maintained for every item in the shipment. Dimensions are used to:

• Calculate whether items fit within the vehicle’s internal length, width, and height
• Validate telescopic loading compatibility for large pipes
• Verify that stacked layers do not exceed the container or truck height limit
• Ensure fitting boxes do not overhang or sit unstably on the top layer

Dimensions should be captured accurately at the order entry stage and imported as part of the Excel order sheet.

System Validation Checks

Before any shipment is approved for loading, the vehicle load planning system runs a comprehensive set of validation checks across seven critical areas:

Vehicle Capacity — confirms that the total volume of all items in the shipment fits physically within the selected vehicle.

Weight Limits — verifies that the combined weight of all orders does not exceed the maximum load limit for the chosen vehicle type.

Stacking Rules — checks that the loading sequence is correct: bundles at the bottom, large pipes in the middle, fitting boxes on top with nothing above them.

Loading Height — calculates the total stacked height of all layers and validates that it does not exceed the vehicle’s height specification (8–10 ft for closed containers, 7–12 ft for open trucks).

Packaging Type — confirms that each item is packed using the correct method: bundles for small pipes, telescopic arrangement for large pipes, and cover-then-box for fittings.

Telescopic Loading Compatibility — validates that large-diameter pipes intended for telescopic loading can physically fit within the vehicle’s internal length, accounting for pipe length and vehicle dimensions.

Unloading Priority — for shipments carrying multiple orders destined for different locations, the system sequences the load so that items for the first delivery point are loaded last and sit closest to the vehicle doors, while items for the final destination are loaded first and sit furthest in.

Order Import via Excel

Order details are not entered manually into the planning system one line at a time. Instead, complete order information is imported through structured Excel sheets. Each row in the sheet represents one item line, containing all relevant fields: order ID, destination, priority, item type, diameter, length, quantity, bundle size, weight per piece, packing type, and physical dimensions.

This Excel-based workflow connects the planning system directly to existing order management and sales processes, eliminating duplicate data entry and reducing the risk of transcription errors.

Vehicle Size Suggestion

One of the most practical features of the load planning system is its ability to recommend the right vehicle size for a given set of orders. Rather than leaving this decision to guesswork, the system analyses the total load weight, the types of items being shipped (especially whether large-diameter pipes requiring open trucks are present), and the number of orders in the shipment — then outputs a clear vehicle recommendation.

This recommendation is designed to be handed directly to a fleet provider or rental company, giving the client confidence that they are renting a vehicle that is the right size for the job — not too small to fit the load, and not unnecessarily large at excess cost. For how these constraints apply in practice across consolidated multi-order loads and own vs third-party fleet operations, read this shipment load planning guide

Summary on shipment load planning and truck loading software

Shipment load planning for pipes and fittings is a precise discipline. Every decision — which vehicle to use, how to pack each item, in what order to load, and how to sequence stops — has direct consequences for safety, compliance, cost, and customer satisfaction. A well-implemented planning system that enforces these rules consistently at every dispatch removes the reliance on individual judgment, reduces errors, and builds a repeatable standard of operational excellence across every shipment.

Exceeding these limits is a compliance violation under the Central Motor Vehicles Rules and exposes operators to fines, vehicle detention, and liability in the event of an accident. All load planning must be completed with verified weight data before dispatch.

A water storage tank and pipe fittings manufacturer applies this same principle at production scale, with an AI engine scoring every shipment’s loadability against a utilisation benchmark and automatically flagging trucks dispatched below it. Where this page’s vehicle recommendation logic outputs a size suggestion per shipment, that system goes one step further — recommending additional compatible SKUs to fill remaining capacity and convert a partial load into a full truckload before the vehicle leaves the yard.

See how Ripples-FMS handles your load builds

Whether you’re consolidating multi-order loads across your own and third-party fleets, sequencing multi-drop deliveries, or managing pipe and oversized cargo, Ripples-FMS applies your axle limits, commodity constraints, and delivery sequence in a single 3D build — before the truck leaves the yard.

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