Warehouse capacity
See usable pallet positions and operating headroom.
OperationsEstimate storage positions from peak units, units per pallet, a target occupancy ceiling, and usable positions per rack bay.
Estimate storage positions from peak units, units per pallet, a target occupancy ceiling, and usable positions per rack bay.
One usable slot per pallet. Separate non-mixable SKUs before rounding. Not a rack safety or structural design.
The tool rounds each planning stage up. A position means one usable pallet slot, counting every usable rack level. Complete bays can add spare positions beyond the target calculation. The default occupancy is an editable example, not an industry requirement. Pooling assumes identical goods can share partial-pallet capacity.
Translate the stock requiring storage into comparable pallet positions before applying occupancy assumptions. Keep peak stock separate from average stock if the decision concerns the busiest point in the period.
A calculated position count is not a rack design. Product compatibility, partial pallets, usable slots, and access constraints can change the practical requirement. Do not treat target occupancy as permission to use blocked or unsuitable locations.
Calculate non-mixable SKUs or storage zones separately and sum their requirements. This is not a rack design, floor-area, fire-code, load-rating, aisle-clearance, or structural safety assessment. Allow separately for staging and unusable locations.
No. Warehouse capacity measures how full existing positions are. This tool sizes the positions and complete bays needed for an entered peak inventory.
Yes, the final partial pallet takes a full slot. If products cannot share pallets, calculate each SKU separately; rounding a pooled total can understate the positions needed.