Downloads & Free Reading Options - Results

After moving to Klipper like on my other 3 Vorons I realized that my old Mega Screen is obsolete. So I added a 4inch SPI touch screen to replace stock screen. The screen is mounted directly on Rpi GPIO. More on the screen you can find here (http://www.lcdwiki.com/4inch_HDMI_Display-C). This is a deep remix of a simple Rpi Hanger Mount by Tyler (https://www.printables.com/model/75792-screen-hanger-for-anycubic-i3-mega) and a RPi4 Case by ame3 (https://www.thingiverse.com/thing:4814694). Thanks to both for inspiration and sharing step files! I also added a 5015 5v Fysetc Cooler that is PWM controlled using 2n2222 transistor depending on RPi temperature sensor. Works quite well.

A simple way to mount a RasPi to any flat surface! Can use adhesive like command strips, or a combination of the 5 screw holes. Simply ziptie the pi to this mount and you're good to go! The large gap under the Pi allows some airflow, or for routing cables underneath.

##**SnapBox Raspberry Pi Camera V2.1 - (Resin)** This **casing** is from our **first** product line **SnapBox** by [**DIYBlender.com**](https://www.diyblender.com/). If you **support us** on [**Kickstarter**](https://www.kickstarter.com/projects/diyblender/diy-blender-casing-and-tools)**,** we will be able to **release** all the current **casing versions**, extend the **variations** and **combinations**, **implement** other **SBC's** and even **customize** them for anybody **on-demand**. For more casing examples, visit [**here**](https://www.diyblender.com/). For more pictures, visit [**here**](https://albumizr.com/skins/bandana/index.php?key=Mkrc#88).

This is a remix and I'm not the original author of the design. I just added some holes and made some other holes bigger :) Have fun!

This is a slightly shorter version of DiscoJohn's Taz 5 cover that will fit a Taz 3 control box. I also added a side slot cover, additional plates will be available for that once I figure out what needs to go there. The cover is designed to seat into 2 M3 heat set inserts. edit 1: Mod 1.1 includes integrated support for the flat bridge section. I also moved the support bolt holes back where they were rather than the 11mm I had moved them. it seemed like a good idea at the time.

PiCam Support for Smartcub3D Screw M3 - 30mm 12/08 - Added box for Rpi Cam v2 Use this magic tool to focus the camera : http://www.thingiverse.com/thing:1941802

slim and compact Case for the Raspberry Pi Model B+ Its a remix of: http://www.thingiverse.com/thing:400624/ - logo removed - air flow slots added - screw holes for very flat screws

Hi, made a housing for my Raspberry running octoprint. Keeps everything nice and tidy. It fit's perfect and the carriage has about 1mm clearance. You can run the cables through the inside of the printer (see pictures) Cut or drill holes for your cables afterwards in the walls. Easier than printing with support or bridging. Be careful with your slicer. One of the long walls was somehow sliced hollow. Now with 3 lids! One with the classic Unreal Tournament logo, one with the Octoprint logo and one empty, so you can stance your own logo in. Have fun with customizing and post some makes! Forgot to mention, this is for the Raspberry Pi B +. If you want, I can edit the file for the other versions.

Raspberry Pi Nas Case with fan- holders for Raspberry Pi and HDD. Optimal is a 5V notebook-fan to join him at RPI GPIO. 3.5 Zoll HDd with "Digitus USB 3.0 zu SATA II Adapte" https://www.digitec.ch/de/s1/product/digitus-usb-30-zu-sata-ii-adapter-konverter-282818 Ich drucke und versende euch dieses Komponenten sehr gerne.(DE,CH,AT) -> https://www.3dhubs.com/zurich/hubs/michael-0

I wanted sound on my Voron 2.4. Hardware wise, all that was done was to add in the following items and connect to the Raspberry PI. View my serial request here: https://www.youtube.com/watch?v=QOttzamn1X4 Beyond that, you'll need to level up on your Linux skills. Here is only the segment on how to add video and get it to boot up. How you interface it with Klipper / Mainsail / Fluid, will vary. How to boot with video, refer to: https://florianmuller.com/polish-your-raspberry-pi-clean-boot-splash-screen-video-noconsole-zram pi@host: sudo apt-get update pi@host: sudo apt-get install omxplayer *** Test Video play *** pi@host: omxplayer /home/pi/mnt/storage/Neon_Voron_v2.mp4 --aspect-mode fill (replace with your filename) *** Configure script to play video and to start on boot up *** pi@host: sudo nano /home/pi/vidboot.sh (add these 3 lines) #!/bin/sh omxplayer /home/pi/mnt/storage/Neon_Voron_v2.mp4 --aspect-mode fill done Save pi@host: crontab -e (add at very end of file) @reboot bash vidboot.sh Save pi@host: sudo reboot

Raspberry Pi R2 Analog for testing/scale purposes.

I'd started out by printing one of [MarkBenson's Pi Mounts](http://www.thingiverse.com/thing:79834) and then discovered my Pi was so old it didn't have the mounting holes. Print out 4 of these and use some rubber bands (or steal your some hair elastic from your daughter) and you can mount your Pi with or without screw holes.

Keeps your Raspberry Pi attached to your Printrbot Simple Metal. The clip attaches to the frame from the bottom. Choose the 17mm clip for the sleeve Raspberry Pi case: http://www.thingiverse.com/thing:604915 And the 14mm clip for this slim case: http://www.thingiverse.com/thing:400624 The clip needs some clearance on the bottom and assumes you have feet on the corners to raise the Printrbot a bit for the clearance. The clip accounts for the curve of the Printrbot bottom frame with a sloped bottom floor.

Here's an extension to the Lulzbot Taz electronics enclosure to fit a Raspberry Pi for wireless printing and monitoring of your projects. The extension features room for the existing fan and a built-in holder system to keep the Pi in place. **Update: Please use v3 of this model. I've updated the Pi holder to address a problem with the clips breaking.** The USB and network ports for the Pi are exposed on the top of the cover and there's groove to allow the Pi camera ribbon cable to pass through. The RAMBo board can supply 5v power to the Pi from the inside of the enclosure, so the system turns on with the TAZ. Works great with [Octoprint](http://octoprint.org/) or [Astrobox](https://www.astroprint.com/) for Raspberry Pi. This model was designed using Google SketchUp and the measurements taken from the Lulzbot design diagrams for the Taz electronics enclosure. The SketchUp file is included so please feel free to modify to suit your needs. Enjoy!

Modified mazi710's bracket to fit the v-slots on the side of the Neptune 2. Like the former, the bracket fits [this Raspberry Pi Zero case.](https://www.thingiverse.com/thing:1167846) Not perfect, but does the job.

The objective was to design a PI 3 case with: - minimal footprint - very compact - maximum protection (for dust, ESD, mechanical impact) - very easy to add or to remove - space for CPU RAM and GPU heatsink - allowing cooling by natural ventilation - connectors easily accessible - GPIO easily accessible for lead connectors or small footprint 40PIN IDC. - easy to print

Just wanted to post this. This is just a ruff estimate size of a raspberry pi 3.

I couldn't find a Raspberry Pi 3B+ case compatible with the kind of cooling fan that I have. So I decided to make one myself!

This is a case design for a custom OpenWRT Router using a Raspberry Pi 4, a Noctua Fan and TP-Link 5 Port 1GB Switch. Why didn't I just buy a normal OpenWRT router capable router do you ask? This is actually an OpenMPTCP router - an Open Source Multi Path TCP Router (OMR) - Which is used alongside a VPS to aggregate multiple WAN lines (ASDL, VDSL, ethernet WAN, 4G dongle) into 1 for increased broadband speeds... I live in area with shoddy broadband. I needed something with a little more CPU power, and the software doesn't have a 'non-beta' version for routers just yet, so... hence - A Raspberry Pi router! The case is sturdy. I made the wall 4mm thick and used 90% infill. The case has plenty of airflow. With that, together with a Noctua fan (only needs running at 3v - Best to make it silent) and a decent heatsink stuck on with proper thermal paste, my temperatures are between 39 - 44 degrees Celsius (depending on load). POWERING THE PI The Raspberry Pi is powered from the switch itself, as the switch takes 6v (just less). You can solder wires onto the switch (there's a picture of this in photos), where the switches power input plug is located and then connect to the 5V GPIO pin and ground of the Raspberry Pi. Yes, I'm aware the idea input of a Raspberry Pi 4 is 5.25, but so long as the input is just shy of 6v, you're good - I've done this plenty of times. ETHERNET FROM SWITCH TO PI I made a small ethernet cable (you'll need a crimping tool to do this, and some RJ45 connectors), but the case hides (more or less) this cable. SHOPPING LIST (I live in the UK FYI): - Raspberry Pi (2GB Model is more than enough) https://thepihut.com/products/raspberry-pi-4-model-b - TP-Link 5 Port 1GB Switch https://www.amazon.co.uk/TP-Link-TL-SG1005D-Desktop-Gigabit-Ethernet/dp/B00ZOOJXEG - RJ45 Connectors https://www.amazon.co.uk/Connector-Through-Ethernet-Modular-Network/dp/B08YDLVB6C/ref=sr_1_4?crid=14UBRQ6UV8N6R&keywords=cat5+ethernet+plug&qid=1645376769&sprefix=cat5+ethernet+plug%2Caps%2C74&sr=8-4 - 5V 3 Port (FLX) Fan https://www.amazon.co.uk/Noctua-NF-A4x10-5V-3-Pin-Premium/dp/B00NEMGCIA/ref=sr_1_2?crid=105O76FAHTX58&keywords=noctua+5+volt+flex+fan&qid=1644789459&s=computers&sprefix=noctual+5+volt+flx+fan%2Ccomputers%2C71&sr=1-2 - Heat Sink https://thepihut.com/products/aluminum-heat-sink-for-raspberry-pi-3-or-4-15-x-15-x-15mm?variant=32053089697854¤cy=GBP&utm_medium=product_sync&utm_source=google&utm_content=sag_organic&utm_campaign=sag_organic&gclid=CjwKCAiA9aKQBhBREiwAyGP5lRSWsRp5NmDKdWINNtlyg2e2125lex4fgf59ino_Q5VFIHP1Mex2AxoCilkQAvD_BwE - M2.5 Pillar Set https://www.amazon.co.uk/Geekworm-Raspberry-Installation-Standoff-Accessories/dp/B07MN2GY6Y/ref=sr_1_4?crid=2T8HXKGUOXM5O&keywords=raspberry+pi+pillar+set&qid=1644789558&sprefix=raspberry+pi+pillar+set%2Caps%2C54&sr=8-4 - Thermal Paste https://www.amazon.co.uk/dp/B07BNDPKL5/ref=cm_sw_em_r_mt_dp_MT99GJV098AXPTVSJWEZ - USB 3.0 Extension Cabe (L-Bend) (You need to buy 2 of these, cause you need two 'L-Bend' ones) https://www.amazon.co.uk/gp/product/B07SLYC9YQ/ref=ppx_yo_dt_b_asin_image_o02_s00?ie=UTF8&psc=1 - Rubber Feet https://www.amazon.co.uk/Rubber-Adhesive-Bumpers-Dampening-Cabinet/dp/B06XD47D79/ref=sr_1_6?keywords=rubber+feet&qid=1644789518&sr=8-6 Think about the orientation of the fan when printing the fan mount STL - Do you want the fan blowing air 'out' like an exhaust or 'in' and directly onto the CPU? - You'll need to flip the STL file accordingly as there's a little hole for the wire to go through - I decided to blow air out in the end (different from the pictures, due to the fact that the motor body of the fan is directly above the heatsink - So I thought that mind by the 'eye' (blind spot), but honestly, that's just me being anal - Probably don't need to worry about it. Also, I had to 'bend' the LEDs of the switch a little to get them nicely in place - Only a little 'back and down'. SUPPORTS Supports are only needed for: 1. The USB plug holes 2. There's a lip where the ethernet cable going from the switch to the pi is housed (the sticky out bit at the back) EVERYWHERE ELSE SUPPORTS NEED BLOCKING. - Otherwise you'll add supports to to the ethernet sticky-outy area - Which you don't want. ABOUT OpenMPTCProuter https://www.openmptcprouter.com/ Basically, this guy Ysurac (who I think is a genius - https://github.com/Ysurac) has turned the effort it takes to script this kind of thing on a VPS and Linux box into a doddle. He's forked the OpenWRT software and wrote all the scripting needed and included the UI to be able to easily achieve MPTCP / channel bonding / aggregation for home use... All you need to do is run his provided script on a VPS server, which spits out a set of keys, and flash the firmware onto an SD card and rest is relatively straightforward... Businesses provide this very feature for industry use and it can cost thousands! Just for router (which we're making) and a VPN and an overprices VPS subscription which we can get for £3 per month! This video is a very good one, it explains what MPTCP is and how to actually set up the software: https://www.youtube.com/watch?v=mYYoIDCWszo&t=679s I have mine connected with 2 VDSL lines and a 4G dongle and there's very little overhead - Hardly any speed is lost. The latency has increased by 1ms only! - Mind you, in the UK most data houses are in the London, and since I chose a VPS that has a data house in London (I'm using OVH), then there's not much of a 'hop'. QUESTIONS - Does it need to be a Raspberry Pi 4? Will a Pi 3, or 2 do? -- Raspberry Pi 4 has a proper 1Gbit ethernet port and enough CPU power to do the aggregation - So no - Will the Pi 4 2GB RAM model do? -- Yes, it's way more than enough - Will a Raspberry Pi bond 2 or more 1/2 gigabit or 1 gigabet connections? -- No, you'll need to go more with something more powerful - How do you power the Pi? -- Double connection to the switches input power - Solder wires onto where the switches power plug is soldered on.

Remix of https://www.thingiverse.com/thing:2957507 with a ball joint mount added to work with https://www.thingiverse.com/thing:3017729. Thanks to users giacomo30196 and LarnOm.

customized with 3D Slash! I needed a way to store my Pi when not connected to the printer, so I just cut the ends and glued it to the wall (needed to be quick).

Easy to print, just you have to be patient and print it at normal speed, it will take about 5 hours to complete. It protect all parts of your raspberry including the sd card, by the way also have a nice access to it. Of course, it was made for keep cool your raspberry. No screws, ready to use. If you want to share your print, please send pics of your print at [email protected]. Greetings If you like or thing it work it nice for you, please consider to make a donation: https://paypal.me/crisgranadosCR or: Thank you $2.00 USD You make my day! $5.00 USD I will kiss you! $10.00 USD I realy love you! $100.00 USD

This is a remix for the Raspberry Pi 4B from Moon_buggy. I added stand offs for a Buck converter to be mounted inside the case next to the Pi. I didn't need any of the HDMI or power connections on the board. I also remixed the fan shroud to channel air across the board hopefully increasing airflow over the buck converter. The screw holes in the shroud were resized for 3mm screws I had on hand. You will have to drill the pi mount holes to fit the larger screws as well. I also made a matching fan so the same 24v 4010 fans used for the hot end and main board can be used on the Pi as well. I soldered the fan connections to the input side of the buck converter getting 24v from the power supply. Buck converter used: https://www.amazon.com/gp/product/B079N9BFZC

This is a simple HD RPI camera mount for the Ender 5. You will need a M4 bolt and nut for the base and a M3 bolt,nut for the top part. It prints without support. If you like it support me on Patreon. https://www.patreon.com/Izi96

My RaspBerry PIes have a lot to do in an unfavorable environment, so they are installed in the [Amored case for the PI3](https://amzn.to/2UmpCdJ) (the black one in the pics) respectively the [Amored Case for the PI4](https://amzn.to/39kQrDl) (the grey one). All my PIes are [booting](https://www.tomshardware.com/news/boot-raspberry-pi-from-usb,39782.html) from some old or cheap [2.5" SSD hard drives](https://amzn.to/3ak4URo). It is quite easy, you only need a corresponding [USB 2 SATA adapter](https://amzn.to/2JikEIN) and just the hard drive. Because it is quite impractical, if the hard disk dangles loosely on the RaspBerry, I have constructed a simple and quick to print bracket. The RaspBerry or the lower part of the Amored housing is held by the tabs, the 2.5 "SSD should be secured with 4 screws become. By screwing the SSD, the Raspberry PI is held securely by the two clamps. The bracket is suitable for the RaspBerry PI 3 and Model 4. The connections are still easily accessible. I print the case upright and therefore with rafts and supports because the case is quite thin-walled. Note: In the United States, the same cases are *probably* available [here for the PI3](https://amzn.to/2UkD55Y) and [there for the PI4](https://amzn.to/2JkZUjy). (**Please check yourself!**) Some of the links are suggestions for parts to replicate the thing and affiliate. If you buy something, I get a small commission. The price you pay is the same. Thank you very much.

Here is a Raspberry Pi Camera module holder for the SMARS Quad robot. The standard Quad camera module doesn't fit a Raspberry Pi Camera so I designed this one to fit perfectly. I've also created a Video tutorial to go with this, just in case you want to remix it or create it from scratch: https://youtu.be/O8R1fNZtiTM You might also be interested in visiting www.smarsfan.com - a website dedicated to SMARS robots, which has tutorials, videos and code to get you up and running with SMARS as quickly as possible. Finally you might want to subscribe to my YouTube channel, where I publish weekly videos about SMARS robots: https://www.youtube.com/c/kevinmcaleer28

eddited to match fat hdd and standard PC screws.

For those times when we simply need to bolt-one onto a ... whatever. Also included a greater air-flow / convection current theory edition. Arrows were unintentional, but 'tre cool? Enjoy!

i bought these hammerhead gpio header pins and realized that usually, you need an installment kit that comes with acrylic cutouts to install the pins correctly, https://www.youtube.com/watch?v=-2kpl8QNAZU&t. I did not want to pay the extra money so i just printed my own. when hammering, hammer slow and steady, I made the mistake of rushing it and bent 2 of my pins.

# Raspberry Pi Case Modular Mount # Summary This is a Modular mount that allows multiple Raspberry Pi cases to be mounted together. This design was to keep my cluster together whilst allowing me to add to it without much difficulty. Three different versions of the base plate are made so that they can be pieced together without much hassle. Special thanks to BaudlerArtDesign, who designed the best Raspberry Pi case I have ever used. Six years have passed since I came across their design, and I'm still using their cases.

Can buy parts on amazon https://www.amazon.com/gp/product/B00MU2YPXO/ref=ppx_yo_dt_b_asin_title_o03_s01?ie=UTF8&psc=1 https://www.amazon.com/gp/product/B06XFZC3BX/ref=ppx_yo_dt_b_asin_title_o06_s00?ie=UTF8&psc=1 https://www.amazon.com/gp/product/B06XD73SCH/ref=ppx_yo_dt_b_asin_title_o09_s00?ie=UTF8&psc=1 https://www.amazon.com/gp/product/B01N336XEU/ref=ppx_yo_dt_b_asin_title_o03_s00?ie=UTF8&th=1 RetroPi ---------------------- https://retropie.org.uk/download/

update 08.12.2018 -add pic's ( thx Webby_83 ) update 5.12.2018 -place correct rear .stl ( thx JensL ) update 28.11.2018 -add 2cm for more place -update all STL update 21.11.2018 -modify rear plate for 6 connector GX16 -add pics update 19.11.2018 -put the reader SD to the right side to accept the raspberry -edit fan duct to accept the raspberry -make Raspberry plate for independent mounting update 18.11.2018 -add top plate for TFT 32" -add raspberry Pi Plate for all motherbord -edit the fan duct for power supply and left plate to accept raspberry pi -add datasheet update 13.11.2018 -Add support plate without screws for MKS GEN_L/MKS Base 1.6/MKS Sbase (Not tested) update 12.11.2018 -update slope design ( thx to Exa-tech ) -add rear ventilation hole -add SD card reader -update pictures -add text ( or not ) update 7.11.2018 -add fan duct for power supply -adjust the ventillation output update 3.11.2018 -rear plate with connector Gx16 -hole for fixing power supply -update pictures and stl -add foot update 2.11.2018 -adjust the fixing of the middle plate -adjust screen size -creates a location for the nuts -adjust fan screw size update 31.10.2018 -corrected diameter for fixing without screws of the ramps 1.4 -Add pictures -Add datasheet mks tft -Hole for mks tft 28" ________________________________________________________________________ ________________________________________________________________________ Box for Ramps 1.4 / tft 28 / 12V 30A power supply. Easy and clean box for your 3D printer ! All printer !!! (Not tested with MKS, feedback welcome) ________________________________________________________________________ 1x [Fan 90*90 12v 2 pin]( https://s.click.aliexpress.com/e/ihZ0y1i) 1x [MKS TFT 28"](https://geek.wish.com/product/28-inch-mks-tft28-v12-lcd-display-touch-screen-wifi-for-3d-printer-ramps-v14-58f71415539fcd223ef870b3 ) or [MKS TFT 32"](https://fr.aliexpress.com/item/CE-RoHS-3D-Printer-splash-screen-MKS-TFT32-touch-screen-smart-controller-display-3-2inch-support/32808866999.html?spm=a2g0w.search0604.3.32.4d8a1e1bfvWBL0&ws_ab_test=searchweb0_0,searchweb201602_2_10065_10068_319_10059_10884_317_10887_10696_100031_321_322_10084_453_10083_454_10103_10618_10307_538_537_536_10134,searchweb201603_51,ppcSwitch_0&algo_expid=5f6a51cc-0415-4c76-aae1-a8b4b0ab0c5e-5&algo_pvid=5f6a51cc-0415-4c76-aae1-a8b4b0ab0c5e) 1x Mother Board 1x [Power supply 12V 30A]( https://s.click.aliexpress.com/e/n4qnCss ) 1x [c14 plug](https://s.click.aliexpress.com/e/WziITni) 3x [ GX16 connector]( https://geek.wish.com/product/6pcskit-gx16-8-pins-aviation-plug-male-and-female-metal-connectors-joint-plugs-5acd8b0a30a7eb3c035af5c6) 1x [sd extender](https://s.click.aliexpress.com/e/6EYne7W ) screw and nuts ________________________________________________________________________ ________________________________________________________________________ in progress: -Test with MKS board and Raspberry Pi (Thx to Bolenho) -parts -description -On / Off Button ________________________________________________________________________ Comments and remix welcome Please post your own print Easy for print ! No support, no raft

I wanted to make a simple case for my Raspberry Pi NAS. I used - X822 dual HDD shield : https://www.thingiverse.com/thing:4284735 - X875 smart power management board : https://www.thingiverse.com/thing:4292246 I maybee make another version full enclose

Remixed from https://www.thingiverse.com/thing:4326937 to mount Raspberry Pi 3B in rack. Includes 0.96 I2C LCD screen for displaying system stats.

This version is a little less safe than the original, but it seems to work OK. ABS would be the best material, but I printed it in a Pro PLA and it seems fine. 1. You'll need supports for this version. 2. I drilled in the holes for the stand off screws I used to mount the Pi 4. 3. I used nylon standoff screws/nuts from a random amazon kit I had laying around. - There isn't a lot of space between the PSU and the pi 4 but there is an air gap and air flow seems OK. I left the bottom simple so you just hot glue the relay in place. I've found quite a bit of variability in the relays you get off amazon so there wasn't much point in putting mounts on this thing. If you are not comfortable with wiring this one may not be for you. At this time I don't plant to make changes to this model, but if I break it somehow I'll probably improve it.

This is a additional VESA Interface Plate 100x100mm for barneyj's great Raspberry Crust. http://www.thingiverse.com/thing:83201 I only use the bottom of the crust and the VESA plate to mount the PI behind the TV. Cooling of the PI is much better without the top of the crust. With additional coolers, my PI runs 24/7 hours overclocked at 900 MHz without any problem. Have fun !

This is a modified version of the lid for https://www.thingiverse.com/thing:1934900 with an opening for the Raspberry Pi 3B+ POE hat pins and the heatsink on the ethernet/USB controller chip. Note that the ethernet/USB controller heatsink that Canakit does not project above the case so an opening is not strictly required,

This thing was made with Tinkercad.

Got bored by the flat box cases and made my own for my raspberry running home assistant.

cover case for raspberry pi fan

I was unable to find a portrait oriented case for the Waveshare 2.7 inch ePaper display, everything I found was landscape oriented so I decided to create one myself. I also wanted access to the memory card without taking the case apart so I decided to add an opening at the bottom of the case to allow easy access to it.

Ich habe ein kleines nützliches Gehäuse für den Raspberry Pi konstruiert, welches nicht nur gut aussieht, sondern auch funktional ist. Die Homematic-Software (Hausautomatisation) läuft über den Raspberry Pi und die verstärkte Antenne sitzt auf dem Dach. Das Gehäuse hat die Form der TARDIS, einer alten, britischen Polizeinotrufzelle, aus der BBC-Serie „Doctor Who“. Der Witz bei dem Gehäuse ist, dass die TARDIS innen größer ist als außen, was auch auf den Raspberry Pi zutrifft. Als Besonderheit lassen sich die Türen und die Telefonklappe öffnen. -------------------------- I have designed a great case for Raspberry Pi, that is useful as well as have a good look. The homematic software (home automation) works at Raspberry Pi and the antenna is on top. The case looks like the TARDIS, an old police box, from BBC series “Doctor Who”. The gag with this case is, that the TARDIS is bigger on the inside, than on the outside, which is also with the Raspberry Pi inside this case. As special feature it is possible to open the doors and the little flap for phone.

this is a minor remix of BaudlerArtDesign's Rpi 4 case found here : https://www.thingiverse.com/thing:1815268 This resdesign was made to help with exhaust airflow slightly, along with adding rail mounts to the bottom shell to mount it on the left side of the print bed close to the USB port of the printer.

This remix allows you to mount an IR Raspberry Pi Camera using the original amazing designs by @baloan and @kevinlo - a huge thank you to both of them for publishing their work. Use the front piece CameraIRFront_large_opening.stl for a wide angle camera. If you find the ball joints and/or the wall mount to be too loose, I recommend lining with regular sellotape like in the picture. It's not pretty but it's very effective.

I wanted to use the amazing support from https://www.thingiverse.com/thing:3114849 to be able simply to use the Raspberry Pi camera as surveillance camera. So I remixed the mounting to be able to mount the ballnutt / gbloak / thumbolt assembly. My foot can be printed in PLA where I recommend using harder material for the ballnut and screw (PETG). So to have the full assembly you need to print the foot plus these part from the Articulating Raspberry Pi Camera Mount for Prusa MK3 and MK2 : - raspiCamCover - raspiCamBack - BallNut (PETG) - Thumb_Bolt (PETG) - gBlock_v2

Bracket to mount Raspberry Pi Camera Board V2. Originally designed to use existing left over hardware. One M4 x 20 bolt through the adjusting hole and one M4 T-Nut. Adjust the camera to the position you want and tighten the bolt. I mounted it directly to my raspberry pi 2 case but could be mounted to t-slots in frame if the right length bolt is used (not a left over component). The camera slips over the posts on the swivel bracket and I used hot glue to securely fasten it. Be sure to check clearances before permanently mounting camera to frame. There is a possibility of interference/crashing.

This is a remix of badabby’s Piunora case. There are cutouts for the STEMMA port and USB Switch. The vented version supports the Piunora Pro with a 2242 NVME.

This is a simple bracket to attach a Raspberry Pi Zero (or similar SBC) to a piece of 2020 extrusion in your 3D printer. The 10-mm gap between the board and the extrusion is to accommodate other parts that might be in the way. For instance, in my Hypercube 300, a Z-axis rod mount is right about where I want to put a Raspberry Pi Zero 2 W to keep it close to the main control board. For whatever it's worth, this is also my first design brought to fruition with FreeCAD. I've tended to use OpenSCAD for similar things in the past, but just figured I'd try something different.

Крепление для камеры. Используются посадочные отверстия для петли дверцы, длины стандартных винтов хватает, можно не менять. На задней части крышки камеры выполнена площадка для стяжки (в сочленениях оригинального проекта имеются для стяжек отверстия). Я использую китайскую копию камеры, для неё нужно использовать другую фронтальную крышку https://www.thingiverse.com/thing:3720722

Raspberry custom microscope. Need bearing 22mm diameter, bolt 13mm and rood 8mm. Focus test.