new_3d_printed_enclosure

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new_3d_printed_enclosure [2026/09/07 18:01] – [Introduction] walkeradminnew_3d_printed_enclosure [2026/09/10 13:39] (current) – [Assembly] walkeradmin
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 ===== Introduction ===== ===== Introduction =====
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-Oh No!!! You are a bit early. I hope if you got to this page that you have built the hardware and tested the software and have had it running on your desk for a while, if so WELL DONE, seriously. +Well, here it is. I did do a couple of versions of this, but this is the one I prefer, even though it is a little tricky to put together. Here is the design.
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-Target to get the 3D enclosure uploaded here, Mid-Sept-2026.+You can download the STL file {{ :phase_2_frame_mount_pico_plus_lid.zip |HERE}}.
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-It will look a bit like the picture below (oh come on, it will be way cooler lol) 
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-{{ :undefined:3d-enclosure-wifi-analyser-mock-up.jpeg?500 |}}+Front View
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-Now if you think my design sucks, then you don't have to use it, design something cool and funky of your own :) Whatever you do, have some fun :)+{{ :phase2-case-enclosure.png?500 |}} 
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 +Internal View 
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 +{{ :phase2-case-enclosure-rear-view.png?500 |}} 
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 +Rear Panel 
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 +{{ :phase2-case-rear-panel.png?500 |}} 
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 +Locator Pins (you'll need 6) 
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 +{{ :phase2-case-pin.png?200 |}} 
 +---- 
 +==== Assembly ==== 
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 +{{ :wifianalyzerwiring.jpeg?500 |}} 
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 +So the hardest part is getting the pins in to the Pico. I have made the pins smaller, but you will have to glue them in, but at least they won't snap when you press them in. I would do the following: 
 + 
 +  * Put the cable on the LCD Pins 
 +  * Fix the LCD to the Box 
 +  * Put the Pins on the Pico (take note, solder the Pico Pins on top of the unit, not the bottom) 
 +  * Fix the Pico in using just the pins at the rear 
 +  * The box uses brass M3x4x5 Threaded Heat Inserts. 
 + 
 +That's it, your Wifi Analyzer project should look pretty good in it's new home.
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-{{ :raspberry-pi-pico-pinout-diagram.svg |}} 
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new_3d_printed_enclosure.1788804086.txt.gz · Last modified: by walkeradmin