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This guide covers the 3D printed parts required to build a RADR wireless remote.

Required Parts

PartQuantityNotes
Top Housing1Main body with display cutout
Bottom Housing1Battery compartment and mounting
Buttons3Under-screen buttons
Encoder Knobs2Left and right encoder caps
Power Switch Cap1Optional cover for power switch
These parts print nicely with the following settings:
ParameterRecommended Value
Layer Height0.12mm (for smooth curves)
Wall Thickness4 layers
Infill20-30%
MaterialPLA, PETG, or ASA
Using your slicer’s auto layer height function will balance resolution and speed.

Top Housing

The top housing requires significant supports due to the display cutout and internal features.
  • Print with the display opening facing up
  • Enable supports for overhangs
  • For Bambu printers, the included 3mf file has recommended support settings

Remote Clip (Optional)

If you’re printing the wireless remote clip for mounting:
ParameterRecommended Value
Wall Thickness6 layers
Infill40%+
The clip needs extra strength to handle repeated mounting and removal.

Multi-Color Printing

Many of these parts contain multiple bodies to allow multi-color printing. This is optional—you can print all as the same color if you don’t need to see the LEDs through the housing.

Transparent Sections

The following areas benefit from transparent or translucent filament:
AreaPurpose
Power indicatorShows charging LED
Button status indicatorsShows button backlighting
Knob backlight areasShows encoder LED colors
Multi-color printing is purely aesthetic. The device functions identically with single-color prints.

Part-by-Part Guides

Detailed documentation for each printed component with 3D preview, print settings, and assembly instructions:

Source Files

All print files are available on GitHub:

Print Files

Download STEP and 3MF files.

Available Formats

FormatDescription
.3mfBambu Studio project with print settings
.stepEditable CAD format for modifications
.stlStandard mesh format for any slicer

Assembly Tips

Test fit all parts before final assembly. Some printer calibration variation may require light sanding.
The encoder knobs press-fit onto the encoder shafts. Apply even pressure when installing.
Don’t over-tighten screws into 3D printed parts. The threads can strip if overtightened.