Pallet Load Optimisation Tool Development: Stacking, Weight, and Layer Plans

What this project is

Pallet loading affects transport cost, damage, and safety. A pallet that is half empty wastes transport; a pallet that is overloaded or badly stacked damages goods and risks collapse. When loading is left to experience alone, the same order can produce a good pallet on one shift and a bad one on the next.

A pallet optimisation tool plans loads from product dimensions, weight, stacking, and fragility rules, and shows the result as a layer plan. Weight and fill are calculated before loading, so overloads and half-empty pallets are caught in planning, not at dispatch.

Core features

The features below focus on loadable plans and weight control, not on theoretical packing counts.

• Product records with dimensions, weight, stacking, and fragility rules
• Pallet type records with dimensions and weight limits
• Load planning that respects stacking, weight, and stability rules
• Layer diagrams showing box arrangement per layer
• Weight and fill calculations per pallet, flagged before loading
• Mixed-product pallet planning with compatibility rules
• Warehouse loading checklists generated from the pallet plan
• Fill and weight utilisation reporting per shipment and customer

How it is built

Start with the most shipped products and pallet types, before covering every product.

1. Record products with dimensions, weight, and stacking rules
2. Build pallet types with dimensions and weight limits
3. Add load planning with stacking and weight checks
4. Add layer diagrams and loading checklists
5. Add mixed-product planning and compatibility rules
6. Add fill reporting once pallet plans are used daily

Technology considerations

Store product rules as data, not as planner memory. Dimensions, weight, stacking limits, and fragility differ by product, and a plan built from memory will be wrong for at least one product in a mixed pallet. Rules as data make plans consistent across planners and shifts.

Show the plan as layers the warehouse can follow. A count of boxes per pallet, without a layer diagram, leaves loading to improvisation, and improvised loading breaks stacking rules. Layer diagrams turn a plan into instructions.

Challenges and how to handle them

• Pallet plans cannot be loaded — solve it by applying product dimensions, weight limits, and stacking rules, not only by counting boxes.
• Weight is exceeded and discovered at dispatch — solve it by calculating pallet weight and flagging overloads before loading.
• Fragile goods are crushed — solve it by storing stacking and fragility rules per product, applied to every plan.
• Plans are ignored because they are impractical — solve it by showing the plan as a layer diagram the warehouse team can follow.
• Transport costs are high because pallets are half empty — solve it by reporting pallet fill and weight utilisation per shipment.

Who it is for, and honest limits

This project fits manufacturers and distributors shipping palletised goods to retailers and wholesalers. It also fits firms whose transport costs rise because pallets are badly loaded. Start with the most shipped products and pallet types.

It does not fit a firm shipping only loose parcels with no pallets, or a firm with a single standard pallet pattern that never changes. It also does not replace warehouse loading skill or transport safety checks. Cost depends on products, pallet types, and integration needs, so confirm with a quote. A useful first version can be judged by a simple test: can the team enter an order and receive a pallet plan that the warehouse can actually load, with weight and stability shown? Loading plans should be reviewed against actual loading each week, so rules that produce impractical plans are corrected from warehouse feedback. Loading teams should also record when a plan could not be followed, so impractical plans are fixed rather than ignored.

Frequently asked questions