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Stacked Pallet of Beer Kegs

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Miniature Reality

Stacked Pallet of Beer Kegs

$2.99

Digital STL download — delivered by email, nothing ships.

Scale

Need a different scale? Scale this STL to any size →

Digital delivery

After checkout you'll receive an email with secure download links for your files in the scale you chose. If anything doesn't arrive, contact us at miniaturerealities@gmail.com and we'll make it right.

What's included

A high-resolution STL file, generated in the scale you select above.

  • Delivered by email within minutes of your purchase
  • Suitable for both FDM and resin printers
  • Personal-use license included
See more about licensing

Highly detailed 3D-printable miniature of a pallet loaded with beer kegs. This model includes a pallet base and multiple keg components arranged in a realistic stack, with clean, manifold geometry and separated parts for easier printing and optional assembly. Perfect for dioramas, brewery or bar interiors, tabletop gaming terrain, scale models, and visualizations. Model notes: separated pieces for efficient slicing, realistic proportions for use as a true-to-life prop, and crisp surface detail to hold up at hobby scales. Ideal for hobby FDM or resin printing; consider supports under the pallet and keg undersides. Glue or pin for multi-part assembly if printed in sections.

Miniature Reality Personal-Use License (No AI / No Resale)

  • Allowed: personal printing for your own layouts, dioramas, tabletop games, and personal display.
  • Not allowed: sharing or distributing the digital files (free or paid), re-uploading to any site, bundling, remix resale, or selling/redistributing printed outputs.
  • Not allowed: using the files (or derivatives) to train, fine-tune, test, or feed any AI/ML system (including dataset creation).
  • Not allowed: commercial use of any kind without a separate written commercial license from Miniature Reality.
  • Note: digital files may include purchaser-linked identifiers / forensic watermarking to help investigate unauthorized distribution.