 Folks, welcome back to another 3D Hangouts. My name is Nueva Roez. I'm a designer here at Adafruit, and joining me every week is my brother Pedro. Good morning everybody. I'm Pedro Roez, creative tech here at Adafruit, and every week we're here to share 3D-printed projects featuring electronics from Adafruit. Yeah, this is the show we combine 3D printing, sometimes CNC milling as well with electronics to make inspirational projects. Bam. We did it. Nailed it. Hello everybody. We're hanging out in the Discord chat room if anyone would like to join us during the show live. You can join the Discord chat room by heading over to discord.gg slash Adafruit. You can join the live broadcast chat room. That's where we're hanging out. And then you can also use this link here. What was it? Discord. Did everybody say that one? Discord.gg slash Adafruit. We're also hanging out in the YouTube chats over on the Twitch, on the Twitter. On the LinkedIn. Oh man, we've been doing so good. Alright, well let's give a shout out to everybody hanging out in the chat rooms. We've got Xbox Gamer, a writer wandering, red bearded pirate hanging out. We've got BlitzCityDIY in the Discord. Hello. We've got Andy Calliway. We've got Tinkering Tech. Everybody hanging out. Good morning. Good afternoon. Good evening. Good night to everybody hanging out. Good night. Cron Job also hanging out. Good morning, everybody. Let's go ahead and jump into this week's show. Yeah, we'll do the housekeeping stuff. So head on over to Adafruit.com slash free. You can see all the different deals that are going on. The more money you spend with Adafruit, the more stuff you're going to get for free. This week we got some things, so I will just kind of run through it. So check it out. Go to Adafruit.com slash free. You can see all the different tiers. Yeah. Circuit Python meetings happen every Monday at 2 p.m. eastern time, and you can join live during the show. It's recorded in the Discord server. You can join the Circuit Python chat room every Monday at 2 p.m. It's a good place for the community to listen into the core devs and what they're working on and progress across the community. For newsletters, we have a weekly newsletter that's focused on products, all the new products that get added to the Adafruit shop. You can get on top of that by subscribing to this newsletter. It is Adafruit.com slash newsletter. That's the URL to get subscribed to that. If it doesn't spam or automatically subscribe anybody, so you have to opt in. Daily newsletters, the name is Adafruit Daily. You can check out AdafruitDaily.com. It's a standalone website. You can click all the little categories and check boxes to subscribe to daily content in your news box. I think that's what they call it, your email inbox. We have 3D printing. We have Python on hardware, maker business, biohacking, and lots more. Like the newest edition, the IoT Monthly, headed by the IoT master himself, Brent Rubel. That's pretty good. I like that one. Let's save it. Help Wanted. That's what that says. There's a jobs board at jobs.adafruit.com. Let me head over there right now. It's a free website for makers and maker companies. We've got some job postings there. Check them out. You can make a profile, whether you're a maker looking to get some gigs or an employer looking to employ some makers. Well done. Are we ready to do the show? Yeah. Cool. This week, it is Cyber Deck Week. We have a learn guide and a little video on the Cyber Deck. Let's just look at the Cyber Deck. This is the Cyber Deck. There's two versions. What's the difference between these two? Well, these are designed for the Raspberry Pi 400. This is the Raspberry Pi 400. That's just a keyboard. No, the computer's in there. You've got a 2x20 header here, and this is where it plugs into. Yeah. Raspberry Pi 400. These are the Cyber Deck Cyber Decks. We have one for hats. Raspberry Pi hats and Raspberry Pi bonnets. What's the difference between these two? They're just the size. That's really the difference. Some of the features that we have here is you have this super cool custom angled header that's 30 degrees angled down so you get really nice viewing when you plug it into the back of your Pi 400. For the bonnet, it's going to work with bonnets. Bonnets are these smaller hats. A smaller hat is a bonnet, and these just plug in like that. There you go. This is a little Adafruit 128 by 64 1.3 inch OLED bonnet with a joystick. I like this joystick and two buttons. I don't have any demo code running on this one, but you can imagine that this looks pretty awesome. This is the hat version of it. I forgot to mention that these have stemma ports on either side, so it's really easy to connect. Stemma QT sensors. Stemma QT is the I squared C connector for all of the Adafruit sensors that are being updated with Stemma QT. We also have a JST 3-Pen port here, so if you want to plug in some new pixels or something else, it's like an analog sensor. You can use these right here, and they both, both the bonnet and the hat version have those. Yeah, so as far as features, that's that right there. And then this is what we did today, or this week, rather. You can 3D print or a CNC mill or laser cut this little expansion plate. The expansion plate has these two slots, and the slots allow you to secure some of these Stemma QT breakouts to those slots with some hardware. So I got these standoffs. These are M25 standoffs. We sell a kit as well, so if folks want to pick that up, you can start using some hardware to attach your stuff. So right here is the 3.5-inch Pi TFT. This is a very awesome touchscreen that you can add to your Raspberry Pi, and if you were to plug this in here, it wouldn't quite work, so that's why Lamar came up with this awesome little accessory for the Pi 400. So it just plugs in like this. You got yourself a 3.5-inch Pi TFT screen, and then the connector here is slot, or it's keyed, so you can't fit it in incorrectly, so that's really nice. Did I manage to fit it in incorrectly? Maybe. There we go. So that plugs into the back there. And I already have Pi OS running, so this is a USB-C. It's a 5V 3A power supply that comes with the Pi 400 if you get the Pi 400 kit. And let's take a look at some fun demo code. So the AMG8833 is this thermal imaging camera, and it's the latest version of it. It has these thermoQT connectors, so I was able to connect it to our cyberdeck hat by just plugging in this cable. Super rad. So the Pi TFT has its own learn guide, and you can use Adafruit script to easily install it. You can now get install stuff in the terminal, and then you can use this awesome display. It is a touch screen, so you kind of can touch stuff. I was trying to make a marquee selection to show that off. There we go. Yeah, so you got a full blimp Pi in here. I have the AMG8833 demo code running, which you can get from the learn guide. And let's run it. So I forget where the terminal is. It's under accessories. There it is. I don't have a mouse hooked up, so I'm just going to click it away. So yeah, you can run the terminal here. I'll run the demo code. I'm just going to get into the AMG folder. We can run this Python script. Sweet. So there we go. I've modified the code a little bit, just the height and width of the pixels. So that way it's displaying full screen. It's using Pi Game library for Python, so you can modify things to it. I really like that you can switch between the kind of start X GUI, and also a full blown terminal using F1 and F7. You can switch between this demo and another terminal, like the full screen terminal. This looks really nice. It's a super crispy text. And here I can run the Hollywood script, which is written by Dustin Kirkland. I saw this on Zach Friedman's video, where he also created a cyberdeck with the Pi 400. He was running the script on this really nice, kind of weird display. And it works well here too on the 3.5 inch Pi TFT. This doesn't really do much other than, like, looks super awesome. You can type away if you're kind of like hacking. And you can switch between, you know, the demo kind of looks like this is the code that's running. You can control C and run it again. That one kind of shows the matrix kind of code. If you want to play with that, definitely check it out. I have a link to Dustin's blog post where you can just install it with a couple app get commands. That's the best one right there. So cool. Let me switch between that. Hello. Yeah, so there we go. We have some nice expansion plates with cyberdecks. End of demo. Any questions or anything that folks are curious about? They like the acrylic style that you're using on that. So it is the fluorescent style acrylic. Yeah, sure. So I tried it in different colors. Like this one doesn't look as great. It does not fluorescent. But yeah, this is milled with an engraving bit on our desktop CNC from Bansom Tools. And this is the 3D printed version. So I added some grills here to kind of make it less print time. But it's still rigid. It's not super flexible. You can flex it a little bit, you know. Acrylic is really kind of stiff. So it doesn't get that much flex. But yeah, if you have a 3D printer, go ahead and 3D print this one out. You can print it in whatever color. Now they do have fluorescent filament. So that would work as an option as well. Yeah. This is like a custom pattern that it puts together in Fusion 360. The traces. Maybe I can zoom in here a little bit to get a good look at them. I'm using end mills, engraving bits from Harvey Tool. Shout out to Bansom Tools for sending them my way. So I've been testing those out. And then the slots in the outline was milled with a 1.16 inch flat end mill. Which is a great tool if you're doing M3 size holes. Like these are M3 size holes. So I'm using a 1.16 inch, which converts to 3.17 millimeters in diameter. So they're perfect for making these slots. And the tip here with engraving is like this is the surface that was engraved. You can see that it's a little, it's not popping out. When you look at it from the reverse side, it really pops out because all the light is diffracting inside of those little cutouts there. As far as the depth of the cut here, we're looking at 0.4 millimeters of depth. But shout out to our creative, Bruce Yan, what is creative? It's like the top creative guy. Designer. Designer. He does all the Adafruit logos, Adabot design. All the artwork you see. All the artwork you see is from Bruce Yan. And this pattern, I've been seeing in a lot of Bruce's work and it's these traces that kind of angle at a 45 degree angle. And I just really like them. So I redid them in Fusion and came up with a tool path strategy that can be repeatable so that you can, you know, mel it across the surface. Excellent. So the pink one really shows it much better here. It's really hot pink. So there's a little bit of milling talk there. I also have more things in the learn guide that we can talk about. So I think with that, I will switch it to the learn guide. Did we look at the bonnet version? So this is the 3D printed version of the bonnet. I haven't quite put it together yet, but this is how it looks. You can use standoffs to secure it. So you add screws here in the back here and then you get these two slots here. So, yeah. I got to get this running at some point. Maybe I'll do this for show and tell tonight. Cool. All right. So let me hop over to the learn guide or maybe just talk about the products that we just talked about, right? There are some things in stock, folks. So the Pyre 400, as the kit is in stock, it comes with this awesome beginner's guide book. It comes, and it's updated too. It comes with the power supply, an SD card, a nice official mouse, and an HDMI cable that converts like a mini HDMI to the full HDMI. So you can get the kit for about 100 bucks. You could also get just the pies as well. I think it saves you a couple bucks, but you might as well get the kit because it has all the things you need really to get it going. So cool. It's nice to see that in stock. The Pyre TFT is also in stock. This is the 3.5 inch. So the resolution for that is 480 by 320. And it's designed to work with even the oldest Pi generations because it has that extra 2 by 13 header pins that the old Pi used. You can tell it's an old Pi because it's got the RCA connectors. Is that RCA? That's video, something like that. Cool. So that's the Pi TFT. We all know and love it. It's great. A little TFT. The biggest TFT that you can get, really. Yeah. And it's the assembled versions. You can get it pre-assembled or without headers. And it's nice to see the AMG8833 thermal camera breakout is in stock. This is one of the better thermal imaging camera sensors. And we got demo code that can run on the Raspberry Pi using Python. I think we also have Arduino and circuit Python code for it, I believe. We can look at the learn guide. Yeah. We had it running on the feather wing TFT. So we know that works with Arduino. Not sure if it works with circuit Python. Yeah. I guess it is circuit Python. Yeah. Excellent. It uses Blinka, I think. But this learn guide here, we'll walk you through installing the library and getting the demo code here. I just clicked on the learn guide for the AMG8833. And this will walk you through installing all the libraries and wiring it if you needed to wire it. But we just plug it in with demo QT, right? And the code, it's nicely documented. So I came in here and just changed the hyphen width here in the sensor from 240 to a 320 pixel square. That's all I changed in it. Well, I did change one more thing. I'm sorry. There's a way to make it go full screen. I think somewhere around here, you just put dot full screen in caps. It works. It's a Pi game thing. But that's kind of just a little extra detail there. If you want it full screen, you can do full screen by typing it in the right syntax there. Yeah. But it's pretty good. It's fun to play with this one. And if you want to pick up some of these demo QT cables, get them while they're still hot, while they're still in stock. I see a lot of, Lamar says, a lot of folks just buy these crazies. So a project could use anywhere from two to three of these. So more than one. It's nice. And this is the 50 millimeter version. The length of it is the shortest you can get. And then we have longer ones, like 100 and 200 millimeters. So depending on what you're doing, you might want a bigger, a longer one. A shorter or a longer one. Let me work that. All right. So those are the parts. I'm back to the learning guide. Pretty simple guide. The CAD files page has the CAD files. We've got STLs. If folks just want to 3D print it. The naming for them has like a prefix that says it's either a hat or a bonnet. That's the version. And then the suffix at the end is the length of the slot. So this design I needed to, originally I made it longer. And then when I wanted to CNC mill it, I had to reduce the length of the slot because the bed of the spoil board of my CNC machine isn't as big as the 3D printer. So I had to resize it a bit. Cool. So that's for 3D printing. If folks want to modify the design, I have the step file in the Fusion 360 archive available, which has all the original sketches. And it's driven with user parameters. So it's really straightforward and easy to adjust the length of the slot and mounting holes. So let's just jump into Fusion real quick and kind of take a look at the CAD stuff. I want to start off with the original design. The original design was just this super simple plate with really straight edges and shapes. So I wanted to rework it so that it matches more of the cyberdeck. So I added these chamfered, or rather these angled edges here and then kind of shifted it up a bit to kind of look like, just to go with the theme of traces, right? You got this 45 degree angled stuff. So the sketch here is, it uses user parameters, which are just like variables that you can use. So here I'm changing the length of the slot. So the length of the slot is able to adjust by just changing that user parameter. And this was really important for me to be able to 3D print it and quickly change it so I can CNC mill it. Other things like the mounting holes is something that you want to change. For me, like if you want to use different size screws or you want to add a little bit more wiggle room to your mounting holes, you can change that as well. And then the last thing I made was the thickness, like making that adjustable when you're setting up tool paths for CNC milling inside the cam workspace infusion. You really want to pay attention to your material thickness because that will affect the amount of depth cuts that you need to make. So here I'm just kind of changing it so that you can get pretty extreme on the thickness. Or you can print it really thin if you'd like, right? It depends on what you're doing. But if you're milling and you're using the cam tools, definitely take a look at this one. Yeah, putting the extra work in to make it scalable is really nice when you want to translate, when you want your design to go across different mediums, whether it's CNC or 3D printing. Yeah. We have 3D models of both versions of the Cyberdeck. So we have a 3D model of the Cyberdeck hat and the Cyberdeck bonnet. This is the bonnet and this is the hat. It's been some time on the differences between it too. We have some questions on the differences. All right, let's hop back over here. Overhead, you can see the size difference for these. Yeah, the bonnets are just smaller hats. So of course you could fit a bonnet onto the hat but you can't fit a hat onto the bonnet. So if you just like a smaller format for your smaller Pi Zero sized accessories, that's what your bonnets for. And again, these are for the Pi 400 only. So if you're going to put this on a Pi Zero, it's not really designed for a Pi. Unless you have that exact same angle and you want to use that to do the 30 degree angle for whatever reason. Right, did you put the Pi Zero away? Yeah. You brought the Pi Zero and you're like, how does this? I was like, that's not... Yeah, but that's the difference. It's just, you know, they still have the same connectors on them, the semi-QT connectors. The only difference here is the size, that's all. The headers here are the exact same headers, right? They're 2x20, that's designed for the Pi, and then up here 2x20 as well. The exact same. The artwork is slightly different on the silk screen. By the way, it's designed by Philip Burgess, who's a residential dragon. And this is Jones. He's a cybernetic dolphin from the movie Johnny New Monic. You see these little cyber-esque laser discs. Yeah, pretty awesome artwork. Yeah, I really like that. Yeah, anyway. Okay, so does that answer your question? Yep. And then some questions on what printing services for the milling of the plates. Yeah, for milling plates, check out Panoco. They're more of a laser-cut service. They have a lot of great choices of acrylic, lots of fun styles, lots of fun... Yes, and different material thicknesses too. I think you could also do wood and metal, which is really cool. So yeah, check out Panoco. I can pull up the website if you'd like. Panoco.com. There it is. Yeah, they can do metal as well. Here's all the 200-plus engineering grade materials. Yowza. It'd be sweet to see this in some wood or something. I asked Kirby if he would mill it out of aluminum. I don't know. So that's cool. So yeah, check it out. You can just upload the SVG here. Let me just do that now. I'll log in. Bidra, entertain the folks while I log in here with my Google stuff. Okay, so plus one for Panoco says BlitzCity. Yeah, Blitz. Liz got her EuroRack case. The side panels were... It uses wood, but also the acrylic panels were done in the super juicy colored acrylic. And then for the actual question, which was what 3D printing services? Oh, sorry folks. 3D hubs, I suppose, but folks might not be... I think it's like for industrial services. Yeah, they've kind of pivoted from the maker community to... So I don't have any. I suppose X, Y, make X, Y, Z. If anybody in any of the chats knows, we have not kept up the data on any 3D printing services besides shapeways, but it's going to cost them a leg. Yeah, I don't know if they do that. At this point, it's cheaper to just buy a printer, I believe. I saw a lot of folks having luck getting that $100 printer at Joanne's fabric, right? Oh, yeah, a little polar one. Sculpty or something. Yeah, maybe take another look at 3D printers if you have a budget, some $1,000 for sure, some $500 for sure. Weren't these like a hundred bucks for the whole printer? All right, you logged in? No, I cut distracted, sorry. That was supposed to entertain the folks, not you. I know, my bad. This wants to be... This wants like, who am I and what am I doing? I have to skip it, skip it. You don't need to. I'm skipping this, sorry, folks. But yeah, just make an account. Maybe don't use your Google account, just make a... Anyway, trust me, it's a good site. It's a good service. Quick shipping, great quality. Ask too many questions. Okay. Back over to the Learn Guide then, I suppose. So yeah, check out the CAD source file. It's a great little demo in user parameters. But if you have a laser cutter, maybe you have a vinyl cutter and you want to cut this out of your vinyl cutter, you can do that too. You can use the SVG file to laser cut or vinyl cut. You can print it on a 2D piece of paper. Sure, and outline it on and use a scroll saw to cut it out. That would be really cool. And then I have a mechanical drawing. If folks want to add extra kind of pieces to it, this is the first time I'm experimenting with using the 2D drawing workspace inside of Fusion. So I had fun learning that by just clicking around. So this tells you all the mounting holes and dimensions for the slots and the various dimensions for the whole thing. This can help you determine what kind of material stock size you need if you're laser cutting or cutting out of wood. You need to know what kind of base dimensions this thing is. And that's what this does. It's just a drawing. Alright, that's the CAD file page. Got all the things out there. For the assembly, I'm using the hardware screws, the M25. We have a kit just by the kit. It's got all the standoffs. All the different various sizes of standoffs and hex nuts and different sizes of screws. I love this kit. It's my favorite hardware kit. And they're black, eight foot black. So that's what I'm using here. They're about six millimeters tall, the standoffs. You just need four of them. There's four mounting holes. And for the Stemo QT breakouts, you can use these little short male to female style headers. I'm sorry, header standoffs. And use hex nuts to secure it to those slots, whichever slot you want to use. You've got two of them to choose from. Yeah, and then just watch you through installing, plugging it in, as I showed. Pretty straightforward. Yeah, that's it. That's pretty straightforward, huh? And then we've got some general questions on starting your journey into a Raspberry Pi. People are recommending, yeah, go with the Pi 400. It's definitely a really good way to get started off since everything is already included in there. You don't need any extra keyboards or mice, especially the kit comes with all that. All you need to provide is an HDMI monitor. Yeah, should we play Doom? I think I installed chocolate Doom, or maybe that was the other Pi. Whoops, I hit the wrong button, sorry. And then some shout-outs for designing this. They were trying to mount some speakers on either side of the... Where did that go? The Raspberry Pi, the BrainCraft hat. Oh, excellent. But it was too janky. This would be a lot more better. Thanks for launching this design. Thank you. Yeah, I hope that it works well. Yeah, we can play Minecraft or just some other things, but that's the majority of the demo. I'll submit mostly the demo. I really like how slimmed down this makes things for like if a kid is doing homeschooling on this, you don't have to have such a giant footprint for an additional computer for them to work on. This can browse the web, use YouTube, and all the pretty, you know, CPU-intensive tasks pretty well. And then DeWester is pointing to a great deal on an Ender 3X that ends at the end of the day. Like Amazon? It's on Banggood. It's on Banggood. Okay. Maybe... You can get on Amazon, they're everywhere. Maybe check Amazon, yeah. YouTube works. And they just caution that you get what you pay for. Right. Get what you pay for. YouTube kind of works. Cool. Don't really try browsing anything. Yeah, it looks overblown because of the webcam, the angle, but yeah, really nice. 320x480 can fit quite a bit on there. Mr. Pedalicious is saying, just more explaining to the newcomers on what the Cyberdeck can be used for. You can plug in more GPIO if you want to fiddle with plug-in and additional electronics, like we're showing here, the sensors and speakers and, you know, pixels. Yeah, it should be cool to see some new pixel stuff. It has built-in Wi-Fi, so you just plug it into, you just, you know, type in your Wi-Fi stuff. The kit is really great because it comes with an SD card that has PioS already on it. So you plug it in and it updates itself and asks you what's your Wi-Fi, what's your password. Really, really great experience for a newbie, a newcomer, a beginner, a student. And there's some chat about the different sizes. There's 2GB, 4GB and 8GB. Just go ahead and go with either the 8 or the 4 just so you don't have to, you know, worry about any RAM or running out like for programs. But the 2 should be just fine if you're just starting out. My cold hands. Mr. Petalicious is saying, yep, make sure you decide on which RAM because it is not upgradable. This guy, yeah. Yeah. I thought this was only one version. You're talking about like a Pi 4? Yeah. This Pi 400 is the built-in keyboard thing here. Yeah. I'll say one thing about making it portable. Last week we were showing it off with the PowerBoost 1000C. It doesn't work. So that's why we're not showing it. Lamar also suggested don't show that. The PowerBoost caps out at 2 amps. This guy needs 3 amps. This guy or girl needs 3 amps. Which is what this power supply. It has like a Pi logo. It's like official Pi power supply. That's the only thing. It's like you need a power supply that can power it. And this one here is what you need. It's got a little Pi logo on it. Do we sell that separately? Not sure. And you can check out the video where Lamar is talking about it when it first launched. And hey, that's the... That's a really good build. I was surprised at how comfortable the USB mouse was and just the build of the keys themselves. They did a really good job on that. It really is. Built-in cat 5 as well. People thanking you for clarifying the PowerBoost. Yeah, for sure. I don't want folks to get PowerBoost like this don't work because it doesn't work. That's why it didn't work during the demo. And then Avro32 saying to play BZ flag. What's that? I guess it's a game on the Pi. Oh yeah, let's see. Jim Hendrickson is saying we're going to have to wait for the PowerBoost 3000 then. Yeah, right. I think Lamar had a thing about the PowerBoost. Do you remember what she said about it? It's probably in the notes. I don't remember it. I vaguely remember her being a bit against it. I could be wrong. I'm probably wrong. So we've got a request to play something. I don't know. I have a banner. Just open it on Minecraft. It didn't work because the... Oh, the Pi. Yeah, the Pi TA doesn't quite run it with the frame buffer. Yeah. Then clarifications. We said scroll... Scroll Sol, not Blue Sol. Scroll Sol. Someone on Twitch. Scroll Sol. Yep, you can cut it with whatever. Cutting tools. Piece of wood. Yeah, you can make it out of chipboard and stack multiple chipboards together. You can do a thin wood, like a 16th inch thick wood. You could probably cut that on one of the CreeCut machines with like a deep knife. Yeah. And then question about Raspberry Pi OS and the Cyber Hat. Is there a good resource to figure out how to keep the terminal window open on the Cyber Deck TFT while still having a usable GUI on the HDMI? Yeah, so I showed earlier that you can use the hotkey Control Alt F1. And that'll take you to a full-screen terminal. And then if you use Control Alt F7, it'll take you back to StartX. So maybe that can help. That might work with HTML. And you can have two, you know, terminals open. There are two instances of it. And that's how I was running both these demos. And one terminal will have the AMG8833 demo code and this I was running Hollywood. Which I have linked to Dustin's blog post. He walks you through the commands for installing it. It's pretty simple. It's like install apt-get, or sudo apt-get install Hollywood. It's pretty awesome. It looks great too on like a desktop. Like you can run it on your desktop. Windows or Mac or whatever. Linux. I mean it's for Linux. And then Yanni is suggesting the PowerBoost 7000. Yeah, I mean the future. And then DeWester is saying that some of the crates where cuties, mandarin oranges, and what those come in, those are very nice and thin plywood. It's a great graphic here. I'm going to source some of this mandarin orange, the cuties, crates. That sounds like some good wood. Alright, well that's the pie. Cyberdeck, pie 400. I want a couple of people have asked about the strain of when there's a little bit of play on the Cyberdeck. Oh yeah, Lamar talked a little bit about it. It's pretty sturdy. This is the amount of play. It's about five degrees, if that. Difference. So one of the things that we wanted to do. Power or anything. Yeah, one of the things we wanted to do was add, what, a wedge here or something. I don't think it needs it, y'all, to be honest. It's not bending it too bad. There's a little bit of play. I mean, I guess if you have it bent all the way back it won't affect it when you're doing your touch screen. But it would, you know, peace of mind if anybody wants to design a little wedge for the back. It should just be able to slide in there. Oh, I posted the Hollywood link inside of the Discord. It is on the Learn Guide. Let me dig that out. Yeah, it's just the link to Dustin Kirkland's blog post. It's on the homepage. Yep, I've already linked it in the Discord. Right there. A couple minutes ago, but I'll re-link it. No, it's right here. I know, but just like a visual, like if you go to the homepage, down here there's a little description of the infamous hacker demo, but there's Hollywood Linux script by Dustin Kirkland. Let's look at his website real quick. There's Dustin, and he's got a little bit of video, like 4K. It's really dope. And, yeah, sudo apt-get. It's to Hollywood. It's awesome. If you have, you know, a boom tour, whatever. But it seems to work perfectly fine with the PiOS, the latest version. And then if you have some other version of maybe run this one, if you need to install any dependencies or something. Yeah, it works really awesome. Awesome work, Dustin. He has a little backstory, and he had like an hour during a flight or something, and he whipped it out. Nice. Crazy hacker. Crazy hacker mode. So we've got two comments on the play that is on the port there. Do Wester says that? Now there might be some frames on Thing of Risk with Pi 400 that might help with that. And then over on the Twitch, IonEU is saying that cycling that connector will eventually kill it, so it might be a good idea to add that wedge on there. And then clarification on big blue saw, it's a cutting service. So it's like Pinoco, I'm guessing. A big blue saw. Interesting. For cutting services. Waterjet, laser, and custom parts. Nice. There you go. Another service for your cutting needs. And have like their own software too. That's fun. Pinoco is really nice. Once you have an account, you literally just throw, you give it an SVG and it like quickly, it's a real nice setup. They have all the materials there. Let's do it. I don't actually want to do this. Source, vectors. Let's do the 46 millimeter one. Upload. I need to tell it notes and things. Well, any manner. Yeah. Check it out. Fun. All right. I think we're ready to end the this week's project and move on to what are you prototyping for next week? Hold on. Just posting links to the discord over on the YouTube chat. Definitely join discord. There's a bunch of people in there that are always helping out. We are in the live broadcasting channel. And let's go ahead and jump into this week's. What are we prototyping? Just leave it in the background. All right. So what are you prototyping? It's actually kind of done. Just waiting for some updated on our resident dragon. Miss a Phillipburg guest. This is Tarako from Zelda age of calamity. And showed it off a couple weeks now. And I think I'll save it for next week since guide and video. All that stuff is done. And it's just like a little shoulder mounted robots. One of those companion robots are quite popular in the maker scene. So I wanted to theme one out to a playable character that you can get on Zelda. It's pretty cool. Like I had no idea that he was such a badass. You have all these crazy power ups and what not combos. But for the electronics on this, it's running itsy bitsy. If we look on the inside, all of the electronics are inside there. It's a servo that is just with a horn. It's a horn that is moving his head around. With the neopixel inside there, you can see the lipo battery on there on the inside. It's not together bottom lid here. We have the it's a bitsy, a lipo backpack. So you can recharge this and a little slide switch to turn the circuits on and off. Everything is connected with the molex connectors. So it's easy to reattach or assemble this little guy. And it's a nice little compact little circuitry for a little robot. We have this little magnet that you can use with to attach to your shoulder and just press fits in there. So you can change whatever magnets around in there and snap together little legs, segments. So you can position this guy however you want. Used to be ports on the outside and of course your slide switch. Everything just snap fits together like this. So, and yeah, we will. So what he's working on is BLE code that runs with our BLE connect app. So you can use your phone or your watch to just have it, you know, turn or light up, change the colors of the lights and be more interactive. So you have like a little folder puppet. Puppeteer. Puppeteer mode, yeah. It's just left and right. It's really cool to control them. Yeah, just super cute little Zelda themed sense. People like to, like all the Zelda projects Yeah, it might be one of the most popular videos. The, he's an egg. It's like Easter is coming up and there's eggs. Speaking of that, do we go into Community Makes or you've got something else? Alright, so of course Easter is, what is it, the fourth? Yeah, it's Sunday the fourth. So of course we had to come out with some really cool eggs from the community. This one is from Grey Fluffs. It's a lovely dragon egg. Printed many dragon eggs before. This one's really cool because of the hinge geometry on it. Yeah. So just some specs about this. This was scaled to 200%. So it is a little bit bigger than what he uploaded it at. Surprise, you got an adibot and the Feather RP2040. Of course everybody in this audience will say that that is an excellent gift for like the Easter surprise. Lego adibot. An RP2040 Feather. Like Pedro said, this is designed by Grey Fluffs. It's a thing you can grab on Thingiverse. It originally printed small. So it's scaled up, I think you said 200%. So small using a 1.75 filament to act as the hinge. Oh interesting. So we're using an, what is this, an M3 by 20 millimeter long screw that we're using for the bigger one. And this lovely silk rainbow filament. It gradually changes as the of the spool. Can you close those blinds? It's like too shiny. Look at all the cool detail on this. This came out so good. The metallic feel of it definitely has that dragon-esque theme to it. And you can see here how the hinge is working. So it can pop all the way out into the, I guess as big as you can. And a little bit of a mystery when you close it is kind of tough to figure out where the opening is. It's one of the things I really liked about this because it goes along with the textured pattern instead of it just being a solid line across. There is a little, what is this called? It's a clip or a latch. It's like a little latch that clips on to the inside here. Yeah, there's a good look of it from Grey Fluffs here. This is the latch. See there? Very nice. He has this really cool experimental support all over it. Right there, you can see the support. Is that what you printed? Yeah, I just used the supports. I tried without and just the way that Kira was trying to generate the supports was not good at all. So I just used his. That's awesome. I had no idea about that. That's great to see. Designers that design their own support material? Yeah, that's quite impressive. You can see how the hinge structure is there. Just the geometry if you want this lid to open up in a like completely open because otherwise if it didn't it would just barely open because of the geometry in the back. I broke the thing. I broke that latch. The filament isn't the strongest. The thing that we're doing the time-lapses for this I had a super glue that it might break again. Look how the hinge can accommodate for the opening sizes. It's almost of a longer slot so it looks like a Danish flytrap. Navro saying that looks like Faberge. This is the M3 screw. Did we talk about the screw? M3 screw 25mm. M3 hex nut there. Michael Porn on the YouTube is asking if there's 3 printed. Yes. And they spin too. Wow. Very lovely look. 200% scaled up. Thank you Gray Fluss for sharing this on Thingiverse. Lovely design. Check it out. There's also a lovely little drag right out for it as well. You can see in the photos here. Fan Ok. Let's keep going with the community makes. Okie dokie. Alright. This week from the community makes. This week we have a make from Suso Star. This is the key Hey what's up folks. Welcome to the second part of 3D Hangouts. We had a little bit of a technical issue where wire cast crashed. But here we are. We hope folks are still hanging in there. Almost there. So we're hanging out in discord. Let me fix that real quick. We're pretty close to the end of the show. So we'll finish up with the last bit here. Alright so let's go. I can't. There we go. You saw the selection bug. That's not. Wire cast why? This. Oh boy. Maybe if we do full screen and then just. You had one job wire cast. Once a week. Let's look at the last stuff. Let's start over with the title screen. Ok. Where is it? Community makes. Let's go ahead and jump into this week's community makes. The first one is from Suso Star. They posted a make of the Keyblade from Kingdom Hearts and they liked it so much that they created a custom wall mount. This is really nice. It's got multi colors and it just looks fantastic. It's the full scale of the prop. There's no electronics in this prop but I worked really hard on it. And it's great to see other folks work really hard on a piece of it that makes it even better. Like this wall hanger. It has brass standoffs as well. Insert heated inserts. That's fantastic. Is that part of the design? No. This is something they made. Wow. They liked it so much that they made a custom mount also for their sword. Amazing. The STL is up there too. Folks want to make this. I want to make that. I know. I do too. Mine's just... anyway. Cool. And one of the cool things about it is if you scroll down you can see that they are all screw together pieces. You can make this full size or if you have a kid you can make it nice and small so that they can swing it around. Yeah. I spent a lot of time on this. Excellent. Well thank you for sharing that. Suzo... Suzo Star. Excellent. Moving on to a couple of Zelda themed things to make. This is the Thunder Helm. It's from Zelda Breath of the Wild. Dagger 10. I uploaded this. I'll do an excerpt here. My daughter and I worked on this helmet together and we scaled it down to 90% to fit her head and cut into several pieces to accommodate for the Prusa I3 Mark K3 printing bed. We used custom supports. It paints it with acrylic paint and the rest of it just details on it. But this is fantastic. I like it when parents work with their kids to create some fun projects for their kiddos. And a couple other things that he mentions is he's going to do some resin casting for the gems and I forgot what I scaled the Thunder Helm to fit Gavin. Because there is a percentage where you can scale it to where the gem holes line up with your eyes. You can just poke them too. Yeah. I thought this was a very obscure thing that nobody would make. It's amazing when folks do make it. Yeah, in the game it's pretty sweet. Yeah, it's pretty sweet. It protects you from lightning. It protects you from lightning. That's what it's job is. This was a fun project. This makes it all the better. So shout out to Dagger 10 for sharing that with us. And another Zelda themed one. Of course the Highland shield can't cause play without having your shield. This is split up in four pieces and then printed one by one and then glued together. So probably still some post-processing to do, but it looks great. And then Spanish it says Cerro Fuerro Dama with filimente. Yeah, there's some problems with filimente. But they got it going. Nice. The pot through it. Yeah. Alright, and that's this week's community makes. Thank you everybody for sharing your community makes. You can post it up on the finger verses for any of the social channels and tag me or Pedro or Adafruit in it. Check them out. Sorry about the show crashing, but that is what it is. Wirecast. Alright, so I think that's it for this week's episode, but don't go anywhere later today. We're going to have the Adafruit Show and Tell hosted by John Park this week. We'll be hosting next week. Oh boy, that's the one. And then right after that, it'll be Ask an Engineer Full Hour of Lamar and Phil talking about all the cool stuff going on in the maker community. All the new products and of course all the cool new circuits and boards that Lamar is working on. Excellent, well done. This is John Park's workshop. You can check out John Park tomorrow on Thursday at 4 p.m. eastern time and then Fridays as Deep Dives with Scott every 2 p.m. Pacific time or 5 p.m. eastern time. On Sundays we have From the Desk of Lady Aida featuring awesome segments like The Great Search with Digikey, Top Secret and more. On Mondays is the circuit Python meeting. Don't forget that. You can join in live every Monday at 2 p.m. eastern time in the Discord chat room. And then on Tuesdays which was yesterday here JP's product pick of the week every Tuesday at 4 p.m. eastern time or 1 p.m. party time because he's a party animal. Let's look at this. Just look at him. I need to go. We do this show every Wednesday. We struggle to do it, but here we are. Every Wednesday at 11 a.m. I think that works. Glad it's the software that has the struggle, not us. Thank you all for hanging out every single week. We'll see you later tonight. And with that, don't forget to make a great day. See you later tonight folks.