 Hey, what's up, folks? Welcome back to another 3D Hangouts. My name is Noah Ruiz. I'm a designer here at Adafruit. Joining me every week is my brother Pedro. Hello. Good morning, everybody. I'm Pedro. That's Creative Tech here at Adafruit. Every week, we're here to share 3D-printed projects featuring electronics from Adafruit. That's right. This is a show we combine 3D-printing and doable electronics to make inspirational projects. Hello, everybody hanging out in the Discord chat room. We are streaming on Facebook, LinkedIn, YouTube, Twitch, and Twitter, ex-Twexter. Hello, everybody. Welcome to episode 429. It is January 31, 2024. Hello, hello, everybody. Good morning. We are hanging out in all the various chat rooms. If you want to say hello, comments, questions, gifs, memes, gifs, all that, you can post it on any of the chat channels. But we have the Discord out here live. Going to give a moment to shout out folks that are joining us live. And then we'll jump into coupon code, the freebies. This week's look at next week's project. What are we prototyping? Some community makes, time lapse, all that and more. You guessed it. 3D Hangouts. Good shout out to everybody hanging out in all of the chat rooms. Good morning. Duester, Rosen, Squid.jpg, DJ Devon, Gary, Z, Vince. Hello. Connor, Carter on the YouTubes. We're hanging out on Facebook's. Yes. Yes. I'm thinking I have to mute because immediately it starts playing audio. OK. All right. While you do that, I will run through the freebies. Adafruit.com slash free for all of your details that are going on. If you spend more money, you get more freebies. So let's look at the tiers starting off with a first tier of $99 or more. You'll get a free PCB coaster with an Adafruit logo. If your order is $149 or more, you'll get the PCB coaster plus an Adafruit KB2040. That's that lovely dev board with the RP2040 chip, semi-QT connector, user buttons, and lots of pins. If your order is $199 or more, you'll get the KB2040 dev board, the PCB coaster, and free UPS ground shipping for continental US only. If your order is $299, you get the free UPS ground shipping, the KB2040, the PCB coaster, and a circuit playground express. All of these get automatically added to your cart so you don't need to do anything else. They're just automatic, and they're free to do so. And you can go to Adafruit.com slash free for the details, but that's the breakdown of them. If you want to add a 10% off coupon code, you can use the coupon code doorbell to get you 10% off your total order. It is good for the next 24 hours, and that is the freebies. OK, we're all caught up. Paige just got the comments sectional sent off with the coupon code. Just checking out the comments here. Got a couple of people working out some Pi 5 projects with the Pyramony set environment. And the ME. Yes, I believe so. OK, cool. All right. All right, so do we want to jump into? Yeah. This week's project that, there we go, Pedro has it, and I have it in the background. So last week, we talked about the prototyping, what we were prototyping. And this week, we are pretty much wrapping it up. We just want to make sure that everything is fine-tuned, buttoned up for the Learn Guide, working on a video to showcase all the different features. Using Adafruit I.O., you can take a photo using the Memento camera and display it on a dashboard. You can get email notifications. Yeah, so it's like a cool proof of concept for doing your own DIY doorbell camera. So this is a collab project with Brent. We got a nice 3D printed case for you, but that is the Memento camera board on the inside of the case. We have an arcade button to act as, well, the doorbell button, so you can press it. It lights up. And the Memento camera board has a built-in buzzer. So it gives you a nice little chime that you can completely customize in the code. It's all done in CircaPython. Give access to your USB-C port for charging the battery, programming, and then you have access to the on-off switch. We've done a recent little update so that there are labels on it. Of course, you have the option to put a tripod screw on the bottom here. So that's a nice addition there. So you can attach this to any type of tripod compatible mount. And then there's the on-off button. Let me see if I can get the focus in now to the slide. So this is a little print-in-place switch. So it won't fall out, but it has a little de-groove in there. We talked about that last time. But the update here is that we added just a little I and O label so you know when it's on and off. And then you can just about make out that green LED that lets you know the board is on. Of course, the button lights up. But you can turn it off like that. You can turn it on like that. There's a nice little cut out there for your finger now to kind of groove in there and actuate it on and off. Yeah, so really happy with the case. You got a couple screws here that mount the PCB mount. And then the button is a little bit challenging because it's such a tall component that we ended up creating this kind of sleeve. But we've done this sort of thing before, but we'll create a sleeve that kind of protrudes outwards and just covers the body of the button. But it lights up and this snap fits open. And you can kind of see what we've got going on here. So these are two three-pin JST connectors. The momentum board hasn't built in. So one is powering the LED and the other one is powering the switch. So that's how we got it going on. But other than that, that's the only soldering you need is the arcade button. And everything else is built into the Memento. The battery is just kind of secured with some mounting tack or you can use some double stick tape. There's a spot on the PCB for it. And yeah, all of these pieces kind of snap fit together other than the PCB mount that gets secured with screws. You got a nice flat back here to attach a 3M command hook or Velcro or a way. Or you can add a bracket. I went with the Velcro just so I wouldn't get any of the paint damaged on the door where I'm mounting this on. So I'm using the little blue tape trick so it doesn't take any of the paint with it. And this is just the what is that hoop, hoop, and hoop. Loop, and yeah. Loop, and hoop, and hoop. Yeah, hook, and loop. Hoop, hook, and loop. Or just Velcro. And that works very well. I did the mounting shots for this. Even with the blue tape on there, does a really good job. And I'm just having that on until I find a permanent spot so I don't mess with the sticky backing on that. And that looks really good since the weight isn't too heavy. Yeah, so with Adafruit I.O., you can create a dashboard. And the code will automatically create a feed, a camera feed if you don't create one already. And right there, you can see Pedro's image. And since we're sharing the Adafruit I.O. account, you can see that that's my image as the camera. Going back and forth. Yeah. I think really good project would be to leave this on the TV and then just take pictures throughout the day so you can see all the pictures going back and forth between the two cameras. Yeah, so it's proof of concept. Battery life is not going to be all day, but it's a good proof of concept to show how you can do that with a board like this. Maybe this makes sense for something more like an internal office setting. But yeah, it's kind of an interesting way to make your own camera since everything's kind of built into the memento. There you go. Hey, there's me looking at me. So we're working on the Learn Guide with Brent. It's all done in Circuit Python. And it's using Adafruit I.O. So that's the gist of it. Yeah, I'm happy with the case. It's nice and round. And it's kind of inspired by the ring doorbell that you might have seen. You may have one. Yeah, OK. Let's see if anyone has any questions. We'll release a video and a guide next Wednesday. So folks, we'll be able to build their own if they have the camera, the memento camera, which is it still in stock? If it's not, of course, you can sign up to get notified. But yeah, it looks like we have 90 in stock right now. This shows the whole camera piece with the enclosure included. But this only comes with the camera board itself. As you can see, it's as bare board as your display. As a part of this project, the display is actually shut off to save battery life. And since you really don't have access to it, it doesn't make sense to have a display for this project. But it is using the camera and the speaker. Yeah. So kind of a cool project for the memento. There you go. And of course, if you want to just 3D print the case, we have a case for it. And last week's project was the shutter button, which you can get as well. And then JP did a really cool project with the wireless remote using TouchOSC on his iOS device. It also works with Android, which is really cool. So lots more memento camera projects in the works. Next up, Pedro will be doing a birdhouse to do some wildlife kind of, I don't want to say photography, but I guess it's photography. It's kind of like a bird feeder that you can catch the animal in action. We got a question here from Wolves. Yeah, is it waterproof? This particular one, I would not say it's waterproof. There's some gaps and stuff where water would get in, especially with the lens. But there are waterproof enclosures. We haven't made a waterproof enclosure yet. But yeah, that's a good question. This is more for indoors. Yeah, I think this makes a lot of sense for a classroom setting or an office, if you're busy or something, maybe you can get notification. You can customize the code to not have a chime. So let's say you're in a meeting room. You want to let folks know that you're done or you want to have entrance to it. Maybe that makes more sense. Yeah, Brent is working on a wildlife one that is going to be enclosed in one of the waterproof cases that we have in the store. So that will be one that comes up. Yeah, something like this. That bigger version of that one there. Yeah, it's a bigger version, because it just barely fits in this one. These are what the waterproof enclosures look like. They have these cable glands, is what they're called. They're rated for waterproof stuff. There's the bigger one, yeah, yeah. And you can drill holes and stuff into it if you need to. Yeah, oh, this one fits a long, firm board much bigger. All right, if you want to pick any of that stuff up, you can use the coupon code doorbell. Get a nice discount on your order. Good morning to Balo on YouTube. You got some fireworks going on, Pedro. That's funny. Yeah, we're all animals here. Did you do it? Yeah, I'm planning on where to put the bird one, so we can get the sandhill cranes to come up to it. Those are monster birds. Yeah, I know. It's like a raptor. I think they need a little bit more substance than bird seeds. Yeah, nothing in the grubs, some sort of worms. I'm getting it over. All right, cool. Go ahead and check out next thing you're prototyping. This will be released next week. Just got to get a couple more shots. Well, probably two weeks, because next week is the doorbell, and then this. Oh, that's what I'm talking about, the doorbell. Yeah, let's see here. So we have these large seven segment displays. See if I can make this big. I don't want to make this big. Would it be this? Yeah, this one. Let me do a. So this is a 1.2 inch seven segment display. And it's a numerical display, so you can see the time here. But basically, it's a circuit Python powered digital clock with a real time clock module. It's using the DS3231 module as a coin cell battery to keep track of time when this is not powered off. So if I disconnect this and plug it back in, it will keep track of the time, because that's what the RTC module does. So we have this kind of cool retro mid-century modern inspired design to house the 1.2 inch segment display, the feather RP2040, the RTC module, and a rotary encoder. I have one of these little right angle adapters just to kind of make it a little bit easier, but let's see. There it is. It is 11.15 at the time of this recording. And the rotary encoder is also the Stemma QT breakout. So you can change the time by pressing and holding it down. This will blink, letting you know. And then you have these two dots here. The first dot means you're changing the hour. The second dot means you're changing the minute. So if I want to adjust the time, I can just rotate the just like a real traditional analog clock. You press down, and now it's switching to the minutes. So if I wanted to change the minutes, this is where I would do it. Let's make it one minute forward. Then to save the time, you press and hold down, and it will save it. Now another cool thing is that with CircuitPython, using the library for the LED seven segment display, you can change the brightness. So Liz, who did the CircuitPython code for this one, made it so that you can change the brightness, depending on what time it is. So as it gets later in the night, let's say from 9 p.m. till 8 a.m., it'll be super low brightness so that if you wake up in the middle of the night, it won't be blinding you because these get really, really bright. So that's kind of a cool feature to this project. So cool. I don't think any clock that comes to mind has that. Right. It's always just kind of like a fixed brightness. So that was an idea that Lamar suggested, Liz, to write up in CircuitPython. And everything about this project is StemaQT. So there's really no soldering other than the LED display because you've got to solder that. And this has got a really tight fit. So I'm trying to. Oh, yeah. Hold on. Let me, I already have mine open here. You already have yours open? Oh. All right. Where am I? Here, let me stop. Hold on. There you go. There you go. So there's a PCB mount that secures the Feather RP2040 and the real-time clock module, which Pedro, yours is on order. Oh, yeah, I forgot. That will go right there. Yeah. And then there's a separate PCB bracket that angles, that's the positions the LED breakout at an angle so that it's got a better viewing angle, I guess. Oh, yeah. Let me pop this guy. Oh, wait, no. It's in there. See the way that that is mounted to the stand-ups on the inside? And I really like the way that you have these printing at an angle so there's no supports required. So this whole piece of prints like that with all the 45-degree angles on there for the stand-offs. So they just print in the air. Super clean. Yeah, it's pretty clean. Yeah, no supports. It all snap fits. The back, it snap fits really tight. A little too well, yeah. Yeah, a little too good. But how many times are you going to take it apart? Yeah, exactly. I think the RTC modules battery life is going to be pretty good. No, there's a built-in, what do you call it? Yeah, it uses a coin cell. Yeah, there's a coin cell battery in there. So make sure you have it. Right, so I got the coin cell battery in there. What's the size? I think it's a 1220 CR1220 battery. They're kind of standard. But yeah, everything's stomach QT, even the rotor encoder. There's the rotor encoder. And because circuit Python, you can expand on it. It's a good jumping off point. If folks want to add sound alarms, you can add that yourself. Plenty of room here to mount a button and a speaker. And if you were to do that, I recommend using the Feather Prop Maker RP2040 because it has the built-in I2S amplifier. So you get really good audio quality. And you have all of those screw-block terminals. So adding a button, a switch, and the speakers is pretty straightforward and less soldering. But that's pretty much the project. We have a project that's a minimal clock using a smaller version of this display. But it doesn't have stomach QT, and it's done in Arduino. But it is using the older version of the DS3231 RTC module. That was actually by John Park. I think it was like a Metro Mini or something. We don't have a clock. We don't have a nice big clock that's in circuit Python using an RTC module. So this is the first one that we know of. It's going to be in the learning system. And then you have, I think, two different color options. You can get a red one or a yellow one. I don't swear I got red, but I have two yellow ones. So that should look interesting. Haven't seen a yellow alarm clock. Yeah, they're always red. Red for a good reason. It's not supposed to mess with your eyes at during the night. Oh, that's why they're red, huh? Yeah, that makes sense. Oh, checking out the chat room. DJ Devin posted his clock. And he's using the mirror to hide this. Oh, that is cool. That looks really good. Yeah, I like that idea a lot. Yeah, that's super cool. There's two, I guess you can, DJ Devin, did you get it pre, like, is it the film? Is the mirror finished pre-installed, or did you install it? Because I've done it in the mirror, and I had to install it. And you have to wet the film and apply it, let it dry. You've got to put a little bit more work into it. Oh, Devin posted a link to the roll. Oh, I think this is how you did it, or you did it by yourself. Yeah, yeah, it's a roll. Which is nice. Did you use that roll here? I did. Yeah, you have the roll. Do you remember where you left it? That is really cool. I like that. That would look really nice here, because then it becomes like a mirror. Do you know where you left the roll? Yeah, it's probably in the corner of the 3D printing room, somewhere there. It's in a box still. There's still a big roll of it, so you can use it. But yeah, getting a acrylic in here wouldn't be too hard. I have, I would probably have to, so there's this little frame here in that pops off. That's super easy to come off. It just press fits. There's no real snap locks in it. But there you can see the mounting holes for the, that are built into the side of the frame. And then you really can't see it, but there's like a separate mounting plate that secures the breakout of the LCD to the frame. But yeah, that's how that's working. So it would be easy to put a piece of acrylic here, and then this would go up front. I would just have to push these standoffs a bit back. But there's actually probably a room in here, I think. Yep, as long as it doesn't hit the feather back there, because it dismounted long ways. But yeah, that'd be probably pretty cool. There are gels and stuff like that too for diffusion, but I kind of, I really like that idea of the mirror. The mirror really hides it. Yeah, and it makes it look a little bit more stylish. Yeah, because I'm not, I don't really like seeing the, because you can still see, it's almost a little hard to see, right? Yeah, it's a little tough to decipher like right now when you were covering it up, but that was 123. I missed that. Right, yeah. Yeah, so. There's a nice little chat in the Discord on how Devin set it up. It's like a cling, clings onto the clear plastic. Oh, cool. And Connor on YouTube is saying, oh yeah, the tinted diffusion plastic, which I think the black LED acrylic, that's another way to go about that as well. You know, I tried that and it just made it fuzzy. Like it wasn't as sharp as I wanted it to be. And you tried both signs, the shiny side and then the other side, both in the same thing. Oh yeah, it's because it's just too thick, you know. I mean, it's opposed to, you know, separate and not to see it. Yeah, it's often enough, exactly. Yeah, but yeah, this is the biggest display that we have, it is pretty big. Never seen it this big. Yeah, and then again, these were recently updated, not too long ago, to have the StemAQT port, which just makes connecting it like plug-in play, man. It's very nice. Very nice update. Let me see if I can... A lot of the boards got huge updates by just adding the StemA. Yeah, here it is. And it's important to have two ports because like what I got here, Daisy Chained is, you know, one to the feather, one to the RTC module and the RTC module to the rotary encoder. This is what it comes like, you know, you got to buy the display separately, the LED, but they come in two colors. Just make sure that you get the 1.2 inch version. Oh, it's got a stock right now, for the yellow. Got the last two. Is this like a, you can notice that, I wonder if this is Photoshopped or not. But you can't, oh, that's right, they're all lit up. They're all lit up. And then this is just... Yeah, we were gonna say, we don't do that on our photos. Not Photoshopped. Yeah, you can see here, the exposure got a little bit different. But really good library support. You can do strings attacks and we have a lot of demo code on how to use it. Yes, I remember somebody asked if you could string them all together to create a big one. Yes, Melissa actually worked on some code that strings them all together, right? Yeah, I believe so. Let's see, here's the library page for it. We'll be going back to this page. Yeah, here's how to update the demo with the eight by eight matrix. Yes, yes, yes. But yeah, that is, there's it there. Yeah, because they have Stemma, right? No, these guys. Yeah, yeah. Wait, this one does not. Where's the Stemma one? I could have sort of got, when I was looking it up to order more. Oh, it's this one, isn't it? This is a Stemma. No, that's the different one. That's the... That's the by color one. Yeah. We even have one that has multiple colors. Yeah. I could have sort of got rid of them though. Like it just got replaced. Like we replaced all the old ones with the Stemma ones. Well, I'm not seeing it. But maybe it was the specific color that I picked. Yeah, we do have the by color. Yeah, it should be in our orders. Actually no, because I ordered it a while ago. Eight by eight. Yeah, I'm not seeing the ones with the, maybe our product page needs to get updated. I know I ended up doing that for the other product. Anyway, we're like live debugging. What's going on? My keyboard is not working. I'm trying to search with you crumbly. I don't see no keyboard. Yeah, here's the smaller version of the seven segment displays. These are 0.5 inches, which is I guess half the size of this one. Massive one. So you got options, you know? The code would work. The circuit Python code for this would adapt easily. You just tell it which one you have. It's either the small one or the big one in the code, which makes it really easy to customize and adapt it. You can use a Qtpy if you want to save like a couple of bucks, I guess. Though I wanted to feather mainly because mounting holes, but also because you have the option to do a battery powered so you can have it run off the battery if you'd like because it has a built in battery circuit on the feather. Yeah, yeah, I think these have the gels on them, but I'm not sure. Anywho, that is what we're working on. Here's the seven segment displays in a box with glass, which looks really cool. The YouTube, Twitter, GitHub, yeah. Oh yeah, I came out on the show and tell with this. And let's see. Baloo is gonna check out the mirror, finish the acrylic. Yeah, I'm sure you can get the mirror acrylic. Yeah, you can get mirror acrylic pre-made, I think from Inventables, I remember purchasing some. Yeah, you need a multiplexer if you had more than, or 18 segments, yeah. Just saw that. Yep, yeah, and there's address, I squared C address that you can change, but you don't have to change them on any of these because it seems to work. Oh, and you start getting more of them, you need to identify who's who. Certainly bright, but yeah, very cool. And I guess I'll pull up the RTC module. It's the DS3231, there's two versions of this, one with, STEMIQ team, one without, and surprisingly the one without, it costs more money. Yeah, how does that work? Not sure, but anywho, here's the RTC module itself. I see the bottom. You will need a CR1220 Coinsill battery, that's what keeps track of the time when the microcontrollers shut off. Yeah, we have a 3D model of it as well, and oh yeah, Liz used it in her Propeaker Feather eight about talking clock. You can't have enough clock projects. Yeah, that was a good one. Yeah, and in the code, it's a good way to kind of showcase how to use the RTC for this specific use, because I don't even think the demo code really shows you how to like display it. It just shows you how to just, you know, print it out to the REPL, which is useful, but if you're really new to programming, you gotta be like, well, how do I get this dated to display on a, you know, on a seven segment display or a new pixel display? Screw that JPEG is showing off his kitchen timer while we're on the subject, because it's really good. Oh, that's cool. Small heat timer. Ooh, that is rad. Right, it's perfect. So you can like set your preheat time and then your cook time, then your cool down time. Yeah, it looks different color, the choice of colors, it's good. That's cool. Those are really nice knobs. Oh yeah, they're like translucent. Are those the ones that, are they looking? I'm not sure. No, I think they were, rotary encoders to have the built in or something. Yeah, yeah, cool. All right. Yeah, I'm gonna get me some acrylic. Good thing I have time to try that out. All right, I know. All right, cool. Let's go ahead and jump in to this week's community makes. Yeah, let's check it out. I'll make you bigger here. All right, we're in February, so that means it's time to figure out what you're gonna get for Valentine's. So we got this cool little rose heart beat vase. Of course, we gotta add Lego flowers on this, they don't die. Yeah, these are cool. I'm a fan of these Lego kits. Super fun to build, easy, and there's all sorts of different kinds now. I know there's so many. Gotta pull myself away from getting any more since we're out of room for any more Lego. But of course, the main focus here is this really cool heart beat design from, oh, I forgot the name, Dave Make Stuff. Yes, Dave Make Stuff. A lot of the cool, so much, three designs. This one's from last year, miss this one, but it looks so cool for holding any of your flowers or you can scale it up and hold anything bigger. Looks like there's three different sizes of the design. You got a low, medium, and large. Nothing fancy here in terms of supports or anything, all just regular PLA material. Yeah, the main focus here is just the cool, affects like the wake from the water droplet or something that's being created from the heart's beating, which looks pretty cool. What the heck? Yeah, thumbs up. Yeah, it's, he calls it the heart beat basis. So they kind of look like a beating heart where the wave is like pulsing, I suppose. On the inside, you can see here how it's carved out. So good in terms of the material that you're using, you're not wasting any material by having this flat to go along with the curvature of all of the geometry. It's pretty cool. Yeah, you can even turn this into like a guess a planter if you just add a drainage hole on the bottom. Yeah. And yeah, pencil holder, whatever also works, but definitely like it as just a flower holder for these guys. Do you have the tall version or the medium? Which version is your print? I don't know, whichever one this is. I'm not sure, I'm like looking at it and trying to see, is it the tall version? I think the tall one. Yeah, it's the tall one. You can see three. And you can scale it up if you wanted it. Yeah, totally. Yeah, these are cool. Yeah, Dave makes stuff, does some fantastic textured work. Follow him on Instagram, I follow him on Instagram. Does a lot of fun stuff. Yeah, I think the latest one for this Valentine's, I think is the, a little like a puzzle heart that has like a ring inside of it. Gonna do that one next. I thought this one came out pretty good. You can see the sort of retracts for the time lapse. A bit of a blemishes around there, but everything else is super clean. And that is of course, because of the way that the time lapse works, the head has to move out of the way for a little bit of time. And we're using the matte, is it the matte pink? No, this is not matte. It's just pink, pink PLA. Okay. Do you want to use rainbow? Rainbow filament? It's just what color it's on right now. You know how it, I think it's like on green and blue right now would like end that purple. So we wouldn't have had any of the pink, red colors for Valentine's. Looks super good on camera thing. All the contrast between all the super sharp. Let's check it out. Yeah, it's pretty cool. Can you mix? All right, here's the, let me turn the audio down. Oh yeah. Low infill. All right, so probably you can do no infill. That might look good. Save some filament, save some. Oh yeah. Yeah, this took hours, which is pretty good. Six hours, yeah. Any reason why I wasn't in the center of the bed? So when the nozzle moves out of the way, the closer it is to where it actually parts. It makes it faster. Yeah, you'll have less stringing. Interesting, yeah, you have less stringing. Yeah, cause otherwise if it's on the other side, it has to move further away back to where it homes to get out of the way of the camera taking the picture. Yeah. That's where you can kind of see it there. It's a little bit of that droop. And usually that works out just for sticking all the time-lapse texts on the other side. Yeah, that's true. Okay. Heartbeat Vaze. Again, by Dave Mcstuff. It's a free STL on Thingiverse. Check it out. Yeah, check it out. Cool. Yeah, I want to print it in that iridescent filament. That'd be kind of cool. Cause you get those different colors. Maybe in Vaze mode, I'm not sure. Vaze mode, but it'd be cool. And just to kind of promote Dave, give him a shout out on his Instagram, just fantastic stuff. Here's that heart you were talking about, the heart puzzle. Super cool. It opens up in this little compartment for a ring. Cool as that. Pretty cool. And he's been doing a bunch of other fun stuff. Here's like a spiky heart. Looks pretty cool. I'm gonna guess these are resin prints. I think so, yeah. I think Dave got himself a resin printer. Yep, there you go. Yeah, Elgu, Elgu Saturn II ceramic resin. This is fantastic. Wow. Yeah, and you can get them on things. I guess he's posting a lot on things. And all sorts of super cool stuff from Dave. All right, Community Makes. Moving on to Community Makes. These are makes that were posted up this week of some of the designs that we publish. First up is a CNC Lego brick. Or we need to call them building bricks because they're Lego compatible. So Felix posted up his aluminum. This is very cool. So he took the CAD file and he machined his own aluminum building brick. That's Lego compatible. So that's super cool. This one I used wood, different types of wood to create wooden bricks. And it's a two-part CNC job. So you gotta do the top and you're gonna do the bottom. So I ended up making a jig with Lego. And I was able to produce a bunch of them. So this was a really fun project. A lot of learning how to do it. But Felix, he made it in aluminum. You gotta adjust the wall thickness and play around with the dimensions. So they fit big L, but they look fire. Made on a DIY CNC. So that's great. Yeah, super cool. Yeah, check it out. We got the CAD file. And I think it also has the Fusion 360 model has the dual path. Just to give you an idea of how to do it. After that, we have a 3D printed enclosure for the Raspberry Pi 5. This is posted by Alexander. They said it looks really nice. I'm gonna do this one in some fun colors. So here it is with the Pi fitted in. Looking good. There you go. Thank you, Alexander for posting that up. After that, we have a really cool post from Oak Buffalo. Says, amazing STLs. Thank you. I decided to do a Winamp inspired music player. So this is a floppy fired enclosure for the Pi portal, the Adafruit Pi portal with a built-in display and IoT chip. I think it's the ESP, right? Yeah, this is super cool. It has some screws and it's not fits together. Looks really good in the filament there. Yeah, so that's from Oak. Posting up their make of the floppy disk USB drive. After that, we have Kato the Cat. Posted up their make of the Mario Moo inspired planter, cup holder, pencil holder, whatever, and this nice red maroon color. Looking cool. After that, we have another Raspberry Pi 5 enclosure. This one posted by David. Said they printed in PLA, it's not fits together beautifully. Easy to reopen, had to tilt the Pi inwards towards the slot, towards the slide ports before setting it into the riser pins. Yeah, it's one of those designs where it's kind of tight, so you have to kind of insert it at an angle, but otherwise perfect fit. Cool. And for the last one this week from Najwood, Nanenja Wood, posted up their make of the heat set insert press. Fantastic photo and build using that lovely black coated aluminum extrusion. Wow. Yeah, it looks really clean and modern in that photo. I like the extra tall aluminum extrusion. You can get nice clearance for your part. Some of the parts can get pretty big. They said they printed in black PLA and gray pet G, had to modify the step file to make the heat insert hole smaller to fit the CNC kitchen inserts and widen some of the parts to fit the bearing and the 2020 mount. As others mentioned, the rollers could fit slightly better, maybe by redesigning the mount plate to fit the eccentric spacers. All in all, a fun project. Yeah, this is one of those projects where you definitely want to get inspired and either redesign it or just modify the things that you want. I think my tons were built for a ultimaker printer. Unfortunately, they have different tolerances than cruelty printers or something. Maybe it's about the nozzle or the way it uses 2.85 diameter filament. Some about it, but a lot of folks are remixing it, which is which is super fair game. And that's the whole point. We got the step file and the fusion 360 file, I think as well, although I don't see it. Well, you know, maybe I have it somewhere. I don't know, let me know if the folks wanted it, I could throw it up there, the fusion 360 file. But yeah, that is the last one this week. Thank you everybody for posting up your makes. It's great to see what folks are making. If you want 10% off your Adafruit order, you can support your maker habit, you can support the company. You can use 10% off, coupon code doorbell. I need more coffee. Yes, Fumiguy did do a Circuit Python version of the Winamp project. Oh yeah, that is right. Yeah, I wonder if that was the Circuit Python or not. I think it was. Yeah, let me do a quick, did you call it Winamp? Yeah, here's the Winamp MP3 player with the PyPortal, maybe it is, yeah. So yeah, that pair is so well together, the Walkie Drive and the Winamp. Yeah, so pretty cool. So if you want to make your own Winamp MP3 player, check out Tim, Fumiguy's Learn Guide. All the code is there ready to try. And you even get to see all the graphics. Yeah, more coffee. Yeah, yeah, yeah. Slapping out Devin's comment. With any STL, should be taken with a grain of salt, since tolerances are different, every printer is different. Oh yeah, yeah. And coffee, more coffee is always the answer. Yeah, yeah, I ran out, I could get more. I'm dragging a little bit, guys. Sorry, I apologize. I am dragging, I'll admit it. But it's a morning show, you know, you got to drag a bit. All right, so we got some fun projects on the docket. We got to finish up the doorbell. We got this alarm clock. Pedro's going to do some stuff with the 8x8 LED backpack. I want to do a prop for gravity falls. We got a little make-up on you, Pedro. Hello. Yep, I see him. No, he's hanging out. No, he's hanging out. But yeah, that's pretty much it, folks. Thank you so much for watching. Don't forget tonight, we have two shows starting off with Show and Tell, starts at 7.30 p.m. Eastern time. Join the Discord server so you can get the invite link. You can share all your projects with us. It's going to be hosted tonight, I believe by Mr. and Mrs. Lady Aida. And then at 8 p.m. Eastern time, ask an engineer, full hour of open source hardware, new products, Ion MPI, and more. This has been an Adafruit production. Thank you everybody so much for tuning in. We'll see you next week, but until then, remember to... Make a great day. Great day. Bye-bye. Bye-bye. Bye. Adios.