Travelele: the Compact Travel Ukulele, a 3D-printed ukulele
Image: avocado_boat via Thingiverse, CC BY 4.0
Strings · Ukulele

Travelele: the Compact Travel Ukulele

A five-part frame ukulele with an adjustable truss rod, for 200 mm printers

Designed by avocado_boat, published on Thingiverse

CC BY 4.0 Commercial use OK Build info 3/5

Licence verified on Thingiverse, 20 October 2026.

Printer
200 mm print area (Prusa i3-size)
Parts
5 printed: frame, neck, truss rod and more
Adjustment
Truss rod sets the neck angle
Cost
Hardware under €10, per the designer
Option
Piezo pickup for an electric version
On Thingiverse
1,734 likes · 80 comments (as of 20 Oct 2026)

About the Travelele

A compact frame-style ukulele designed around what 3D printing can and can't do, and meant as a good first large print. It needs only a 200 mm print area and five printed parts, plus strings and tuners. The main frame is three parts: the frame, the neck and a printed truss rod that joins them. Like a guitar's truss rod, it lets you adjust the neck angle and so the string height, together with the nut and bridge. There's space for a piezo pickup to make it electric. The designer puts the hardware at under €10.

The video is a maker's build-and-play of the Travelele, not the designer's own.

What you'll need

Printed parts

  • Frame, neck and truss rod
  • Two more parts (see the page)

Bought parts

  • Ukulele tuners
  • Ukulele strings
  • Optional: piezo pickup

Tools

  • A tuner

Video

Play video: This 3D-printed ukulele only costs $10 to make (loads YouTube)
This 3D-printed ukulele only costs $10 to make, Patrick Gibney (a maker who built one (not the designer)). Plays from youtube-nocookie.com after you click.

Nothing loads from YouTube until you press play. Video thumbnails are © their creators.

Photos

Thingiverse doesn't let us fetch its gallery, so the photos stay on Thingiverse. See them on Thingiverse ↗

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