Learn Pallet Rack Layout Design

Upload a floor plan or describe the building. Forky AI drafts the pallet rack layout, counts the positions, draws the elevations and prices the quote.

Compare selective pallet racking, drive-in, pushback, carton flow and cantilever systems. See how each loads and compare storage density, FIFO and LIFO.

The app in 37 languages (right to left too), metric or imperial, and quotes in 76 currencies, with the number and date formats your customers read.

From blank canvas to a floor plan PDF, elevation drawing, and client-ready quote — enter your building, add zones, configure racks, and export, all in under 10 minutes.

Turn a building flyer into a priced BOM and a client-ready Pricing Summary in under 10 minutes — no CAD, no spreadsheets, no waiting on engineering.

From first call to signed PO — how to use software at every stage of the rack sales process to quote faster and close more than the competition.

The building permit and the high-piled storage permit, the heights that trigger each, what seven jurisdictions publish, and which pieces of the package are yours, the engineer's and the fire department's.

Drop the leasing brochure on the start screen, tick the plan page, pick the truck — and, more usefully, check what the reader read and fix the four things flyers get wrong before you say the number.

Counterbalance 11–14 ft, reach truck 8–11, VNA 5–7 — where each number comes from, the fire-code floor under it, and what every foot of aisle costs you in pallet positions across a real building.

Euro and industrial pallets, the beams that hold three of them (2,700 / 3,300 / 3,900 mm), frames, the 100 mm rule, aisles per truck in metres, and a worked 60 × 40 m warehouse — in a tool that works natively in metric.

One pallet position per 8–16 sq ft — where that rule of thumb comes from, the three decisions that move your building within it, and how to turn it into an exact count and a parts list before a contractor quotes you.

Model storage-expansion scenarios, compare current vs. proposed buildings, and build a capital request — all before you commit to a lease or contractor.

Calculate pallet positions for any building in minutes, compare three sites side-by-side, and show tenants a real layout — before they even ask.

8 tools, 11 criteria, one page. Pricing, browser support, rack-awareness, learning curve — every detail side by side.

An honest ranking of the 7 tools warehouse designers actually use — AutoCAD, SketchUp, RackPlanner, Visio, and more. Pricing, strengths, and when each one fits.

Six tools you can lay out a warehouse in at $0 — ours included — with exactly where each free tier stops, and the one that counts pallet positions.

A complete framework for evaluating warehouse design software. Requirements, criteria, red flags, and a decision matrix to match tools to workflow.

"Warehouse planning software" means three different tools — layout planning, WMS location mapping, simulation. Which one your job needs, what each costs, and what a browser is enough for.

$80–$160 installed, $5–$12 a square foot — what's inside the number, a fully priced quote for a 25,000 sq ft warehouse, and the five levers that move your own figure.

How Forky AI drafts a rack layout from a sentence or a flyer, why the pallet count is the engine's and not the AI's, what it gets wrong, what it refuses, and what it costs.

Which system fits how many SKUs you hold and how many pallets of each — access order (LIFO/FIFO), lane depth, density, selectivity and cost per position — with a to-scale elevation drawing of every system.

Different tools, different jobs. When SketchUp is the right pick, when RackCity AI is, and why most serious teams use both.

Modern browser tool vs legacy Windows desktop. Where RackPlanner still wins, and where the gap has closed.

Visual gallery of common warehouse pallet rack layouts — 3PL, cold storage, ecommerce, food distribution. With diagrams, position counts, and design notes.

One 25,000 sqft building, every decision explained — rack type, aisles, cross tunnels, column burying, and the math from empty shell to ~1,800 pallet positions.

One 60,000 sq ft fulfillment building, every decision explained — the pick line, the reserve block, speed bays, two aisle widths — and why ~3,400 positions at 17.6 sq ft each is the right answer for orders per hour.

The rack seen from the aisle — eight bay elevations from a 16 ft two-level frame to a 36 ft high bay and two metric bays, each with its spec, and how to read the drawing the engineer stamps.

The app, the Material List, the Layout PDF and Forky AI in 34 languages, with Hebrew, Arabic and Persian right to left; units, theme, language, numbers, dates, currency and paper size saved to your account and in place on any device; and metric designs that start on round metric numbers with the SEMA and EN 15620 clearance, overhang, flue and lift-off rules built in.