How do you calculate the crated-panel rate?

Divide the flagged panels by the total panels. With 8 flagged out of 250, the rate is 3.2, meaning about 3.2% of the order needs dedicated crating.

What does the gap to target tell me?

It is the difference between your target rate and the calculated rate. Against a 95% target, a 3.2 rate leaves a 91.8-point gap, showing this order is far below that reference.

Why would I set a high target rate?

The target is a reference you choose; for a job where nearly everything should be crated, you set it high (95) and watch how far actual flagged panels fall short.

Is this the same as crate cubic volume?

No. This gives the proportion of panels needing crates, not cubic feet. Use it to plan how many crates and how much packing labor, then size each crate from real dimensions.

How many panels should be crated in a typical order?

It depends entirely on fragility and finish; delicate architectural graphics may need most panels crated, while rugged ACM often ships palletized. This example flags only 8 of 250.

Can I use this to plan freight class?

Indirectly. The rate tells you how much of the order is crate-bound versus palletized, which informs how you split freight, but the actual class still comes from weight and dimensions.

Signage, Displays & Architectural Graphics calculator

Crate Volume Calculator

This Crate Volume calculator expresses how many panels or graphics in an order require dedicated crating as a proportion of the whole shipment, and how far that sits from your target. Shipping and logistics staff at sign and display shops use it to plan crate builds, freight class and packing labor before a job leaves the floor. Knowing that, say, 8 of 250 panels need crating tells you whether to build one master crate or many, and where the packing budget goes. The gap-to-target figure flags when a job is drifting away from your standard crating mix.

What this calculator does

This Crate Volume calculator expresses how many panels or graphics in an order require dedicated crating as a proportion of the whole shipment, and how far that sits from your target.
Use it when crate volume in signage, displays and architectural graphics needs a clean rate and gap-to-target you can put on a tier board.
It divides the flagged panel count by the total panel count to get a crated rate, then subtracts that from your target to show the gap.

Formula used

Crate Volume rate = affected amount ÷ total amount
Gap to target = target rate - calculated rate

Inputs explained

Panels flagged for crating:
Total panels in the order:
Target crated-panel rate:

How to use the result

Use it during shipping planning to gauge what share of an order needs dedicated crating and how it compares to your target mix.
It is a ratio, not a true volume; two flagged panels of very different sizes count the same, so pair it with real dimensions for freight sizing.

Common questions

How do you calculate the crated-panel rate? Divide the flagged panels by the total panels. With 8 flagged out of 250, the rate is 3.2, meaning about 3.2% of the order needs dedicated crating.
What does the gap to target tell me? It is the difference between your target rate and the calculated rate. Against a 95% target, a 3.2 rate leaves a 91.8-point gap, showing this order is far below that reference.
Why would I set a high target rate? The target is a reference you choose; for a job where nearly everything should be crated, you set it high (95) and watch how far actual flagged panels fall short.
Is this the same as crate cubic volume? No. This gives the proportion of panels needing crates, not cubic feet. Use it to plan how many crates and how much packing labor, then size each crate from real dimensions.
How many panels should be crated in a typical order? It depends entirely on fragility and finish; delicate architectural graphics may need most panels crated, while rugged ACM often ships palletized. This example flags only 8 of 250.

Last reviewed 2026-05-12.