Measured geometry, not freezer-model guessing

Will this measured keg set fit?

Enter the inside dimensions, the actual compressor-hump outline and the measured diameter and overall height of every vessel. The checker can prove a found arrangement; a failed search is reported as not proven, never as a guaranteed no-fit verdict.

1 · Interior

Measure the usable inside

Unit

Use the narrowest usable width, depth and closed-lid height. Keep every value in the same unit.

Inside width Inside depth Inside height

Clearance on every side Clearance above each vessel Search-grid step

A smaller search step can find more layouts but takes longer. It never changes the exact collision checks applied to a found layout.

2 · Compressor hump

Describe the measured raised footprint

Hump geometry

Measured hump height Polygon vertices, one x,y pair per line

Origin is the front-left inside corner: x runs left-to-right, y front-to-back. List the outline in order. Concave shapes are allowed; crossing lines are not.

3 · Vessels

Enter measured circular footprints

Overall height must include every attached part that will remain in place. This checker models rigid circular footprints only.

Label	Diameter	Overall height	Count	Action

Result

No check run yet

Enter your measurements. Your geometry stays in this page's memory.

What this result does not know

It does not identify a freezer model or supply vessel dimensions.
It does not model wall taper, baskets, hinges, lid hardware, hoses or any unmeasured obstruction.
It does not advise drilling, collar construction, electrical or refrigeration work, pressure, gas routing or cylinder use.
A found geometry still needs a careful physical measurement check. A search miss is not proof that no arrangement exists.

Method and source boundary · Privacy and data handling

Will this measured keg set fit?

Measure the usable inside

Describe the measured raised footprint

Enter measured circular footprints

Your geometry stays local

No check run yet

What this result does not know