HiFi Berry Amp 100 Housing

Full Project Details and Docs: https://github.com/AnotherMike-exe/HiFiBerry-Housings

Amp100

Exploded view:

Files:

File

Purpose

Amp100/HiFiBerry-Amp100-Housing-A.3mf

Orca/Prusa Slicer print file for Part A.

Amp100/HiFiBerry-Amp100-Housing-B.3mf

Orca/Prusa Slicer print file for Part B.

Amp100/HiFiBerry-Amp100-Housing.stp

STEP file, all parts, for other CAD tools.

Amp100/HiFiBerry-Amp100-Housing.stl

Combined STL mesh, all parts, for slicers without STEP or 3MF support.

Amp100/HiFiBerry-Amp100-Housing.3dm

Native Rhino source file.

Print settings:

PETG, multi-material, standard-profile layer height, 15% infill.

Hardware used:

Item

Value

Heat-set inserts

(7) M3, Voron-spec

Standoffs

(4) M3 x 12mm motherboard standoffs

Screws

(7) M3

Build steps:

- Install the (7) heat-set inserts into the top piece (the green part shown in the pictures).

- Mount the Amp100 board to the top using (4) standoffs (where the Pi mounts), and (3) M3 screws into the heat-set inserts.

- Place the Raspberry Pi onto the standoffs, and attach with the (4) M3 screws.

- Snap the bottom housing piece onto the assembly.

Attributions

- Base design: Malolo's screw-less / snap fit Raspberry Pi 4 Model B Case & Stands by Malolo , licensed under CC BY-NC 4.0 .

- This remix is released under the same license: CC BY-NC 4.0 . Use, modify, and remix freely for non-commercial purposes, with credit to Malolo for the base design and to this repository for the HiFiBerry-specific changes.

- HiFiBerry is not affiliated with this project.