Under Shelf Bottle Rack - Stanley & YETI Comptible

NEW 12-05-2026: Added a larger compatibility version for oversized tumblers including Stanley cups and YETI bottles. (105mm diameter) Find the files behind the Download STL/CAD Files button.

This variant was created after community requests and is designed for wider insulated drinkware.

Included:

• Additional Print profile
• STL files for the large tumbler version

Make use of unused space with this minimal, modular under-shelf bottle rack. Designed to mount inside cabinets or under shelves, it’s perfect for storing cycling bidons, water bottles, and even wine bottles (up to 78mm diameter).

Instead of bulky prints, this system uses 10mm wooden rods or tubes, keeping the print lightweight, strong, and visually clean. The result is a simple, Scandinavian-inspired design that blends into any kitchen, workshop, or storage space.

The system is fully modular, allowing you to scale it to your needs:

• Left set (front + rear)
• Right set (front + rear)
• Middle set+connector 

By choosing your own rod length, you can decide:

• Compact layout (1 bottle per slot)
• Extended layout (2 bottles per slot)

The connectors are designed with a tight friction fit, keeping everything secure without extra hardware.

Features

• Modular and fully customizable length
• Fits bottles up to 78mm diameter
• Works with 10mm rods or tubes
• Lightweight print (wood takes the load)
• Clean, minimal aesthetic
• Hidden mounting under shelves or inside cabinets
• Screw holes for 3/3.5mm screws

Customization

Need a different size?

• Different bottle diameter
• Different rod/tube size
• Custom spacing

Just reach out — I’m happy to adapt the design.

Assembly

1. Print left, right, and optional middle modules
2. Connect modules using friction-fit connectors
3. Screw rear assembly in its position under the shelf
4. Insert 10mm rods/tubes
5. Mount the front assembly over the rods and screw it in place
6. Slide in your bottles

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I’d love to see your setups!
Try different filament colors, rod materials, or layouts and share your results 🔥