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OPERATIONS STUDIO / SPACE & MOVEMENT

Warehouse Layout Simulator

Design rack aisles, inspect access, and simulate picking routes before committing to a physical layout.

Rack positions—Rack cells
Storage capacity—Estimated pallet positions
Rack footprint—Percentage of grid cells
Accessibility alerts—Planning diagnostics

Warehouse floor plan

24 × 15 cells · 1.5 m per cell

100%
RackAisleStagingInboundOutbound
Illustrative layout · Not a safety or code compliance assessment

Design and evaluate in one workspace.

Move from floor layout to reachable-rack analysis and deterministic route estimates. Export your concept for review, then reopen and refine it later.

⌁ Grid editingPaint racks, docks and paths◇ AccessibilityDetect unreachable storage↗ Route planningTrace traversable cells⇩ Local outputsJSON, SVG, PNG and CSV

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Using the warehouse studio

Select a paint tool, then click or drag across the warehouse grid. Pick Inspect cell to edit a rack’s capacity. The simulator chooses an inbound dock that can reach an outbound dock and serves the largest number of sampled rack tasks. Pick zone and view mode can be changed without changing racks.

Keyboard: 1–8 selects tools, arrow keys navigate the focused grid, Enter/Space paints, and Ctrl/Cmd+Z / Ctrl/Cmd+Y undo and redo.

Scope: Orthogonal grid movement, single-picker nearest-neighbor routing, and user-entered speeds and handling times. Traffic heatmaps count cell traversals, not actual congestion. Scenario comparisons vary random samples; they are not confidence intervals. No automatic aisle-width validation, traffic conflicts, inventory demand model, structural loading, or occupational safety certification. Browser backups are best effort; save a JSON project for a durable copy.

Using Warehouse Layout Simulator

Design a warehouse grid with racks and docks, inspect simplified single-picker routes and traversal heatmaps, and compare sampled-demand scenarios.

Workflow

  1. Set the grid and place racks, docks, and walkable aisles; check that the layout connects the requested docks.
  2. Create pick tasks or run a sampled-demand scenario, then inspect the selected route and traversal heatmap.
  3. Compare alternative demand samples and filters, review quality warnings, and export a route report or project backup.

Worked example

Lay out two docks with rack aisles connected by walkable paths, then create a small pick list across several racks. Inspect the selected multi-dock route and traversal heatmap before comparing another demand sample.

Limits and data handling

The model uses one picker on a four-neighbor walkable grid, greedy nearest-stop routes, and uniformly sampled rack demand. Heatmap counts show traversal, not congestion. Twelve demand seeds are alternate samples, not forecast confidence intervals. It does not assess forklifts, turning clearance, rack loading, fire egress, labor planning, or safety compliance. The grid is limited to 60 by 40 cells and 500 tasks.

Frequently asked questions

Does the heatmap show congestion or worker density?

No. It counts route traversal through cells; it does not model congestion, multiple pickers, or worker density.

Does the route model forklifts or certify aisle safety?

No. It models one picker on a four-neighbor grid and does not assess forklift movement, clearances, rack loading, fire egress, or safety.

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