Pallet load workspace
Pallet Calculator & TI‑HI Planner
Compare straight and 90° rotated uniform-grid layouts, then calculate layers, stack height and total cases. Inputs stay visible beside the result.
Inputs
Results
Pallets in equipment
Container floor layout
Calculate an axis-aligned mixed-orientation floor plan with explicit interior dimensions, gaps and wall clearance.
Equipment inputs
Preset dimensions are representative planning values. Source: Hapag-Lloyd container specification.
Geometric fit
– pallets
Choose a container preset and enter a pallet footprint to calculate a floor layout.
- Rotated 90°
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- Floor coverage
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- Common planning baseline
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- Door check
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Geometric fit and common planning baseline are intentionally separate. The diagram does not prove a feasible forklift loading sequence, payload, axle distribution or securement plan.
View pallet coordinates
| Pallet | X | Y | Footprint | Rotation |
|---|
What this model includes
- Identical rectangular pallet footprints at 0° or 90°, with optional equal gaps and four-wall clearance.
- Mixed strip enumeration plus multiple deterministic MaxRects searches; unproven custom results are labelled “Best found”.
- Representative dry-equipment dimensions that remain editable before calculation.
Actual clearances vary by carrier, equipment serial, wall and floor construction, liners and production tolerance. Refrigerated, pallet-wide and other special equipment use different dimensions. Confirm the assigned unit and door opening before loading.
Notes & disclaimer
- TI is the better of the straight and 90° rotated uniform-grid rows × columns layouts. Mixed, pinwheel and interlocked patterns are not evaluated yet.
- HI is constrained by max stack height minus the pallet base. If no max height is supplied we show one layer as a baseline.
- Weight checks require box weight and max weight. We flag OK/Warn/Over based on totals.