 Folks, welcome back to another 3D Hangouts. My name is Nueva Ruiz. I'm a designer here at Adafruit. Join me every week. Kiss my brother Pedro. Good morning everybody. I'm Pedro's creative tech here at Adafruit. And every week we're here to share a 3D print of projects featuring electronics from Adafruit. That's right, this is where we combine 3D printing and DIY electronics to make inspirational projects. We're hanging out in the Discord chat room if anyone would like to join us while we're doing the show live. You can hit us up. Ask any questions throughout the show in the live broadcast chat room. That's what it's called. And the invite link for that is discord.gg slash Adafruit. We'll take a moment to welcome everybody to the show. Hello and welcome to the show. Good morning. We're giving shout-outs to the doctor, Mr. Certainly Bruce, Yanni, Don K, of Lit City DIY. Yes, hello. Andy Callaway, Jim Hendrickson, Alvaro, 32. Hello. We're also hanging out in the Twitch, on Facebook, on Periscope, and LinkedIn. Good morning, good afternoon, evening, and night to everybody hanging out all over the world. Let's go ahead and jump into this week's show. Cool, yeah, let's do some housekeeping. We'll start it off with some freebies. So if we go to Adafruit.com slash free, you can see all the free deals that are going on. Well supplies last, of course. Similarly to last week, just repeat it this week again. For orders that are $99 or more, we'll get a free half-size promo proto breadboard. For orders that are $149 or more, you get that promo proto, promo proto board, as well as a randomly selected STEMIQT. And if you have a registered account with Adafruit, we'll make sure that you don't get the same one twice. And then for orders that are $200 or more, you get the free STEMIQT board, the promo proto board, and free UPS ground shipping for US continental only. For orders that are $299 or more, you get the free ground shipping, you get the STEMIQT board, the promo proto, and a circuit playground express. Yeah, you can get as many freebies as you like. And it's limited time. But check out Adafruit.com slash free for all the deets. Yes, yes. Okay, we'll do some newsletter discussion here. Adafruit.com slash newsletters, we can get subscription to a once a week newsletter that gets sent to your email inbox. If you do choose so, you can subscribe to it by hitting over to Adafruit.com slash newsletter. And this one's focused on all the products that get added on the weekly. For daily content, that's Adafruitdaily.com, you can check out and subscribe to a number of different categories, such as Python on hardware, 3D printing, biohacking, maker business, and more. There's lots of little check boxes there. So head over to Adafruitdaily.com and you can check those out. Every Monday is the Circuit Python meeting. This Monday it happened at 2 p.m., Easter time. Every Monday it happens live in the Discord, Adafruit Discord server under the Circuit Python chat room and it gets posted as an archive shortly after the afternoon. Surely after on Mondays. 2 p.m., Easter time, it's a great time to chat with the loco, the loco community, the far wide community all over the world because it's everything but local. All right, I'm reworking my tabs here, hold on a second, there we go. And back over to Discord. We made the round trip, we're here, we got minions as well. Thanks, you honey, for the minions. How about a page or anything? I'd just like to say some words. I was going to say how we were gonna handle the 100 days of mask wearing. I think we're right at the end. That's over, no that's been over last year. It's still going on here, we're still wearing masks in our own house. Oh no no no no no, like giving them for free with orders, that's over. Okay, that was the thing that we were doing. We did really well, we gave up a bunch of them and if you have one, use them. Still wearing your mask indoors and at, well here, we got ride queues and. I mean, we're a mask and we go downstairs to. That's what I'm trying to say. Not just because like, because there's like, you know, dry-weld dust, there's hair. There's a couple contractors and there is a bunch of dust everywhere. Yeah, yeah for sure. Plus I got like so many cool masks, I have to get my money's worth and wear them all. Yeah, no, you got it, man, it's all good. Sweet, how should we continue? Let's go ahead and jump into this week's video. Oh, I forgot one big one, sorry. If folks are looking for jobs or you're employer and employee, please check out jobs.atorfield.com. You can see all the different jobs that get added kind of on the weekly. Some of the cool ones that got posted. Yes, it's loading here. There it is. Yeah, we got a full-time lecturer position in embedded systems design in Massachusetts. Cool, tutor, family, anyway, check them out. You can create your profile or a job listing for free and Lamar and PT make sure that nobody spams the site so you're pretty safe here. Safe spot. Help, wanted. Boop, boop, go. We're good, right? Yes, just scrolling through the chats. Oh, and Brent reminds us that yes, the daily, or the newsletters subscribe to the IoT monthly. Yeah, that one's lots of cool things and projects there. By Brent, so definitely check it out. We get lots of new IoT stuff that's happening. Yeah, for sure, some of the projects in there. Definitely going to want to redo. All right, let's go ahead and jump into this week's project video. Yeah, this week we put together a project video for the fun house. So last week you remember this lovely stand. This week we just needed to do a spotlight video that kind of talks about the fun house. I also did a little wall mount too. So this is a little wall mount that works with your standard switch plate here in the States, I think it's standard. So that's something that I added to the learn guide. So folks want to download a switch plate and have it mounted directly to your light switch. You can do so. I don't have a, it's in the video. I don't have a photo of it, but I can show you in Fusion what it looks like. So it is the standard kind of switch plate. And one of the fun things about standard parts like a switch plate is I didn't model this. You can grab standard parts from McMaster car. It is built into Fusion 360. It's been here for a minute. And you can search for all sorts of things that you want to maybe adapt to. So if you're looking for a wall plate, just type in wall plate. You can build your own. You can click on this button and say, give me the step file and it'll bring it into your design. That way you can reference the mounting holes or the clearances for anything. So that's how I was able to create this. I have a feeling we're gonna have to visit this again if there is part shortages. Yeah, you can find replacement light switches and whatnot. Since that seems to be the going theme. What do we have? We have chlorine shortages. We have the outlet box shortages. That's right. We have sprinkler shortages. We have the wire shortages. We have, oh, what was the other one? The drywall. We don't have, we certainly don't have the shortages of gears and problems. That's what you're saying. There's no shortages of issues or problems. Definitely a good place if you can print to your own parts with a shortage. Mm, good point. Yeah, I could totally print a switch plate. So for more uses and just redesigning, how about for just making a part that's not available anymore? Yeah, so the McMaster car is under the insert tab. I like to have it inside of like shortcuts. So I just have it right here, McMaster car. You could also assign a key command to it, but yeah, it's very sweet. This is so cool. They have organic stuff like these welding gloves, huh? I mean, some things don't have models, right? Because this is more of a catalog to buy, but you know, there's a lot of stuff, yeah. Like goggles, I think you could do goggles. Let's see if they have any model gun. We're going way off track now. Like, let me get a 3D model of a goggle. But anyway, that's what I got for you folks. So if you go over to the learn guide, we can see I added some STLs in the CAD source for the, is it? I guess it's under the Funhouse 3D printed stand. There's a CAD page and there's a button right here that says wall mount CAD source and wall mount STL file. So if you want to modify it or just print STL, it's good to go, no supports needed. Yada yada. Yeah, I've also added it to Thingiverse, but I don't have the site open, so it's all good. But that's kind of the update to this. Just getting this little wall plate out there. Yeah. Yeah, you can't get a acrylic one, but if you want to print your own and again. You could laser cut this if you want to. You can make an SVG out of it. It's just three millimeters thick. How much do it? Standard wall plate. Yes. Cool. And check out the video if you want to know more about the Funhouse. It's a pretty straightforward video though. Some fun shots. Just reading some of the part shortages here. Oh, things like, yeah, the whole list of things that is just like, really? I can't get bubblegum. Like what's going on? All right, so you wanted to do a quick little, going over the guide? That's what these, no, I did. What else do you want to do? I'm going to jump in the prototype. Yeah. Yeah, because I got more to prototype than this week's project. Like we're starting new projects, so did we go to what are we prototyping next? All right, what are you prototyping? Pedro, I guess it starts with you because you're next week. You got your YouTube. This is pretty much done. It's pretty much done. We're wrapping up the video. So it's the case for the Trinkie. Trinkie. Can I show this, the Neo Trinkie. It's a jellyfish. So we're going to be doing a bunch of the cases for all of these, trying to match the use case for these, so nice little key chainable link there so none of your parts get popped off as you're wearing it as a key chain. And of course, as we've shown before, it is a capacitive touch little guy here and we have some conductive filament on the top here so you can reroute your pads. Just giving people idea for what you can do with conductive filament that we do have in stock in the shop. If you want to pick up some rolls and experiment with some of that. So super useful, practical use of three printing for electronics with the use of this conductive filament. You have your built-in button here, turn it into place, and it makes an excellent little flashlight. All snap fit together parts, pop this out. You can see all of the parts just snapped it together. So that'll be out next week. Yay. We continue with doing all of the cases for all the Trinkies. I think you want to show the keyboard just because it's like, I think everybody's favorite so far because it has that Pumba-like characteristics of the sweet little bore. And let me see if I can replace it again. Oh, sorry. That was ready. I ignore I said any of that. Okay, I have to now. Keep the audience entertained. Just looking at the comments here. Yeah, if you make it yourself, you will be better off. Especially if you want to match your wall colors for whatever room that you want to add that face plate on. Look how adorable this warthog is. It's so great. It's like a keyboard. It's Pumba's cyber cousin. Yeah, cyber cousin. We need a Timon now. That's great. Great job, Bruce Yan, who is our creative art director that does all of the character designs and artwork for Adafruit. Shout out, Bruce. Very, very lovely. Very cool. All right, so that's the Neo Trinkie. One of the other things you're prototyping is the Rotary Neo Trinkie. Yes, so check out the Rotary. Let's get the name right. So this is the Cutie Rotary Encoder with Stemma QT, right? It's a Cut Rotary. So Cut Rotary, Cutie Rotary. I've heard it referred to as just the Rotary Stemma. Yeah, there's lots of little nicknames for it, but this is a really fun little board that handles talking, it handles using a Rotary Encoder with your mic controller, and it has built-in smarts. It has a built-in NeoPixel, so you can daisy-chain them together and create a really fun project with a bunch of Rotary Encoders, so it's making it easier to use these in projects. So I have a 3D model of it. This shows the board and the Rotary Encoder itself. And so I just put this together because I'm working on updating a previous project that you might remember. So let me show you folks that project. A couple of years ago, Pager actually worked on this one, the MediaDial. So this is a circuit python project. It uses a Trinkit M0, and it's the Rotary Encoder and a NeoPixel ring, a 16 NeoPixel ring to create this really fun MediaDial that you can use for body and control, consumer controls, HID controls, that sort of thing. For scrolling or in a Photoshop or zooming in. Yeah, so I'd like to update this with the new Qt Rotary. So it's something that I'm starting to work on. I guess I could show that right here. This is it here. So let's go in Fusion, just to kind of look at what we got cooking. All right, so let me get my 3D mouse out so I can rotate and stuff. Yeah, so this is kind of what I'm putting together. I have the NeoPixel ring floating on top there. I have kind of a case started. I'm working on this little adapter board so that I can add mounting holes to the Qt Pi. So that's been, so that's something that you can both CNC mill, but also have a service like Oshpart, Digi, Key Red, make a PCB for you, but it is a really simple PCB because the RP2040 Qt Pi has so many components at the bottom. I created a giant cutout for it and hopefully that is like okay, we'll see, right? But the idea is that you would solder this, surface mount this to this little adapter board and then the adapter board has these two M3 holes because mounting holes are super awesome. When you want to make a real good secure mount to your enclosure or whatnot. So that's all this thing is. Yeah, it just adds these two mounting holes to it, right? So that's neat. And then the actual knob bit will be mounted here at the bottom and then I'll have some sort of retainer that kind of fits over here that will have like the little mounting holes. And then I'll figure out what to do with this ring, but that's sort of what I'm thinking. There is a built-in NeoPixel already on the radio encoder, but I really like the idea of having the NeoPixel ring be the indicator for where you are positional wise, like where the position of your thing might be, whether it's volume or something else, it's a good visual indicator. Yeah, that's what I got going on so far. There is some, there's still some work being done and the Circuit Python library, I believe. Don't quote me on that, but I believe that's forthcoming stuff because right now we have a library in demo code for Arduino using this seesaw library for Arduino. And if you haven't, so you can see this in action on JP's product pick of the week. I think it was either last week or the week before. Yep, it was on Tuesday. Yesterday? Yeah, so you can get the 3D model, I've linked it to the product page, which I did have at one point. I don't know what happened to it. Yeah, just typing QT Rotary in there. There she is. Yeah, and the learn guide is fairly new as well, so you can check out the learn guide and get started with the Arduino demo code. All right, well, there is some Circuit Python stuff here. Never mind, there is a Circuit Python example. It must have got added like yesterday, that's awesome. I'm gonna play with this today, like I really want to get on this one. Cool, yay. Cool, we got a fritzing part of object, that's great. Yeah, so here's the schematic here's the 3D model that I have there, all linked. And let me circle back to check out the GitHub repo if you haven't, this is where we keep all of our 3D models, yeah. So if you want to give that a star, I'd really appreciate it. Thank you to all the folks that have contributed to it and whatnot. But yeah, that's the GitHub, CAD parts repo, new addition to a library of funness. Quick, so just from Vince asking if the QTpy, the holder, can you just 3D print it? So you can just free solder to the board or do you need to bring the pinouts out? Do you really need to bring those pinouts out? Yeah, we could bring out the pinouts that would change the shape of the board. I did start working on a version that wouldn't have a breakout. Problem is with 3D printing it, like how are you securing it? What secures this is solder, like straight up, solder, solder, whatever you want to call it. You could make the little corners snap into it. You can't do that with a PCB. Oh, that's what he's saying, just 3D print it. So it just keeps popping out for me and like it's not a secure connection. Like you can even see like- So this is based on- This is based on like, as like I, maybe it's because I'm plugging in it all the time. I have to do a learn guy, I have to film, I have to plug it in a hundred times and the tolerances get loose. And you can literally see it popping off in the show and tell like, I'll make an argument here, you know, in my case is like, it's just not a good solution. I've seen it, just my little corners pop off and when you snap it on- Like here's the deals, here's the realness, right? Look what I've done to kind of fix that. Just straight up, you know, suck it there because there's no real way to secure it. And if you put snaps on this front and on the back, you're going to break your PCB and I've already done that and here's the solution that I came up with is to solder, surface mount solder this thing. So that's what's making the secure connection. I could rework it so that the bottom has through hole plating so that you can like have the pinouts be on the bottom too. So you can, so we'll probably end up doing that because like, I feel like that would give you- Megamore universe. And like in, look at this, right? Like I even fine-tuned the design because like what's the smallest capable case that I can fit the QT pine? It turned out being the lemon. So in the lemon, I've already retrofitted the bottom with the new QT pine and it just fits. Like it just barely has clearance right there for the skin, the outer skin. So like I've been tweaking it, you know? And then the bottom, you can see here that, yeah, there's enough room for like the wiring to come through depending on how tall you want your standoff to be. But yeah, with this kind of method, it'll be way more secured. I can kind of hide the skin here just to show how that kind of fits in there. And that's ideally how I want to secure it, right? I have a screw come through the bottom of the cover and then these hex nuts would kind of secure it in place. And I'm making sure I have clearance between the hex nut and these pads. You don't want to short anything out. You could use plastic screws, but I tend to use metal screws. And yeah, that's what I got there for the QT pine. So just like testing it out, making sure that it fits in different projects is something that is a good tip, I guess, I don't know. Cool. And it says, oh yeah, plug in force. That's something I didn't see in the Lego ones that I made because it was all stemma cables that it was plugging in. Right, it's just about stress and how much force you're applying to it. And yeah, with it being surface mounted with solder, you'll have a really good secured PCB. Just push all the links for all of the downloads like the GitHub 3D library. Which that's here. Cool. Yeah, and we have 3D models of these PCBs. So the QT Pie, it's got lots, nice and dense two layer board. We got the Itzy Bitsy RP2040 as well. And then the, of course, Feather RP2040 with an updated silkscreen. Which I think came back in stock yesterday. What? That's awesome. That's my favorite Feather right now, the RP2040 Feather. You push up. Right. I'm gonna have notes here, I think. Yeah, I'm ready for the layer-by-layer. Let's go ahead and jump into the layer-by-layer. Layer-by-layer sneak peek. Oh no, I don't have the thing anymore. Layer-by-layer sneak peek. So this is really cool. We, I'm gonna give a shout out to Data13 on Twitter who shared this technique for creating 2D drawings of 3D PCBs. So Delta13 downloaded a step file of one of Arturo's PCBs and he used Fusion 360 to create these really awesome technical drawings. It's actually fairly easy to create technical drawings in Fusion 360 if you have a 3D model. So every board that I have can be turned into this fun 2D thing. So that's how I came up with these. I've been kind of playing around with the vectors that are outputted, that are exported from Fusion, and then bringing it into a graphics editing program like Adobe's Illustrator or Ekscape, you can tweak the stroke, the colors, and the styles so that you can do some interesting things like how about plotting the artwork on a nice cardstock. So if you're doing like a custom gift card or something that stationary wise, this could be an interesting technique. I hardly use the pin plotter feature in the vinyl cutter here. This is a Cricut vinyl cutter by the way, but you can, most of the commercial vinyl cutters have built-in pen plotting, or you could use like the AxiDraw, a DIY kit. So this is really fun. I got just video of it plotting this out and I learned a lot of things about working with the vectors exported out of Fusion. So what I'd like to do is just kind of create a labor alert tutorial where I talk about some of the shortcomings pitfalls, some things that I learned, some things that didn't work, and the things that did work. Yeah, and I'm also probably gonna try to make a t-shirt. Like you can optimize these vectors so that they're thick and then you can explode the outline so that it can be cut with a vinyl cutter so that you can create a t-shirt, which is what I want to do. I think it'd be really cool. So what I want to do is have like the pretty pins on the front so you have like all the pinouts for a specific board and then have those on the back. Yeah, very nice. But then of course do some posters or something. Some posters would be really great. So shout out to Data13 for kind of starting this up. And if folks are like, what about like open source software? I always hear somebody say, what about KiCad and what about FreeCad? Well, because Delta 13 posted this, Tweetorial, someone else made a Tweetorial on using FreeCad and KiCad. And KiCad, yeah. So how awesome, like, there it is. So you can check that out. I have a link to this Tweet in the description. You can check it out. So shout out to folks for collaborating on that one. I'm just trying to do something creative with the artwork, right? So yeah, that's I think what I'll do for the next layer of a layer. Just a little bit of a sneak preview and then the actual things are right here. Like these are just scrap pieces of paper they're really clean lines, right? And what I found was like a pin plotter, you know, it's plotting every little line. So the more data you give it, the harder it's gonna take. So it's something like this, if I were to plot this, it'd take probably an hour or two. I printed this on just an eekjet printer. It took two seconds. So it's really about like, what do you wanna do with the artwork? You just wanna print it on a white piece of paper. That's cool. So if you wanna do this, it's a little bit more complicated because it just takes a little bit longer. One of your other considerations too is the Cricacan plot on larger, longer pieces of paper. So if we wanted to do that, I would still plot that particular, you know. Yeah, I would still plot it, yeah. And there's a lot of things, like I said in the tutorial, I'm gonna talk about some of the things that you can do to optimize the vectors because there's like 100 vias here. So you can go through them, clean them up or optimize it. Yeah, so that's what I got in these three pieces of paper. Yeah. One of the other things that you used this for was making a coloring book for the kids. Yeah, it took the Adafruit, E is for Electronics coloring book, comes as a PDF. You can bring those PDFs and tweak it so that you can cut it up or plot it out. So that's fun. So yeah, playing around with the plotter and your vinyl cutter is fun. I don't really have a suggestion for vinyl cutter. They're all kind of... Whatever works. Yeah, I can't be like, yeah, definitely get the Cricac because everyone loves it. Okay, well, we'll see. Yes. Some of the suggestions are cool celebration cards. Mesmerizing satisfaction of watching your CNC work. Yeah. It is nice. You can definitely take that onto a piece of acrylic. Yeah, or you could laser cut this. I don't have a laser cutter, so yeah. Laser cutting this on acrylic or anything would be neat too. Mr. Certainly, Bruce is saying a car decal. Yeah. Yeah, a car decal. Yep. Yeah. Well, I'll play around with it more and see what other kind of fun creative outlets we can do with it. Yeah. But that's what I got so far. I got just, you know, plot it out. It's fun. All right, let's go ahead and jump into this week's community mix. Yeah. So every Tuesday we do a time-lapse video. We find a fun design from the community and they're over there. And this week it's a foldable print-to-place box by Casio 3D. Yeah, this is a very good... Cisco 3D. I'm sorry. This is a really good way to test out your tolerances because holy crap, I can't believe this came out so good. With all that stringing that you see in that time-lapse there. Still folding, all of the hinges came out, didn't fall apart, didn't like fuse together. And I am just like mesmerized by the way that the like origami style type of way that you can print a box and have it completely collapsible. When not in use, I guess. Here it is. This is a nice little way to store any components. A lot of people were commenting on that they want to put some Adafruit parts on it, which is an awesome way to sort of organize some of your parts. But yeah, check out just how cool it is to be able to look at something like this and try to design something like this for yourself in terms of having all of this fold out. All origami style. The sides collapse on each other and then the bottoms fold onto the walls. They have this little snap, little nubs that snap into place. And same thing with the top here. Snap in like that. And have a nice, secure structure for when you have the box mode. And one of the cool things too is that they are stackable as well. I have this other one here. So have these all snap. And then there's these little- like, raised parts that snap into, yeah, the indentations on the bottom. So they're keyed. Yeah, they're keyed. There we go. Snap in like that. That's great. They don't hold on, but they do have. It's a groove that just keeps them from slipping. Which is so cool. This is great, like Pedro said, if you are looking to design some printed place hinges, well, this shows you a hinge in every orientation. On the bottom, on the top, on the side. So it really shows how do I, like this one thing shows you every possible way to make a hinge in every orientation, which is super critical when you're designing something for FDM. And one of the other cool things that I liked about it is it's the way it's saving on material by having these hexagonal like patterns. Right, yeah, that's a good one too. Yeah, just to save on material. Sure. The other thing too is like clearance for the hinges, like you said, as well as how thick or how thin you can make these parts so they don't like break apart or fall apart while printing or with actual use. And I think these would scale up pretty good if you like blew this up like 500% or whatever. I think this would still work. But yeah, nice satisfying and click in place. Click in place. You can see why this was pretty popular. Yeah, let me bring up the webpage. This was on Colts. And I don't, was it free? No, not free. Yeah, cost a dollar and 20 cents. It's fine. Definitely worth it for checking out just the way that this is designed. And like I said again, I didn't have to do any tweaks on the sort of the horizontal expansion or any like compensation for that. It prints pretty perfect. Yeah, and you just like this PLA that's ultra silk, silky PLA or whatever. It's like a metallic rainbow, this is. And these come in not just this size. I think you might have photos of it. I should have had those. Got different ready sizes. There are several different shapes and sizes you can kind of see there. Oh, I like the one. There's ones with the honeycomb, one without. So you get your money's worth. Excellent. You get a bunch of different designs. There's like a tall one. Yeah, I like the non-hexagon. The hexagon like adds a lot of visual clutter to me. So I can, I like the simplicity of it because then I can just focus on the hinges this way. And if you still want that, you have one where they are like sort of embossed or embedded in there without punching all the way through. Yeah, that's great. That's awesome. So check it out, yeah. We have a link in the description, everyone. Check it out. Or just search for full box container. You can get that on Colts 3D. Skinny fish, just saying, not a bummer, not free. Yeah. But definitely worth a dollar. It's good to promote folks. So you get paid for their art, man. Yeah. Definitely took a lot of trial and error to get this to work. So would you say this like first try printer? That was first try. No horizontal compensation. Yeah, during the time lapses, the nozzle has to move away and you do have a lot of stringing and leakage from the nozzle as it's moving out of the way to take a, it's like a, you know, it's a pretty long exposure for the camera to take. So it has to chill for quite a while. And even with all that, it printed very well. Like a basket. And then this one is the glitter purple PLA. Not printed with a time-lapse. So you can definitely see the difference in terms of how much cleaner it does look when you don't run a time-lapse on it. Sweet. So check that out. And this again is the, what does it call it? Folder. Folder box. Yeah. Folder box. Yeah, it's a really nice name. A couple more community mace? No, we didn't, that's it. No, none this week, other than just our time-lapse Tuesday. But folks, feel free to share anything now. You can pin us directly at any of our social channels. Yeah, all those are from the weeks we've caught up. Okay. So it's good. Some weeks are like that, you know? It's amazing that every week we had like a community make every week. And this is one of the weeks where folks are, you know, going on vacation, folks are relaxing, folks are preparing for the things, getting back. Normalization, everything. Yeah, preparing things. So it's totally fine. Yay. All right, I think that's gonna be. Yeah, but tonight we're going on the show and tell. So if you have anything you want to share, I really want to see what you're working on. So tonight, 7.30 p.m. Every Wednesday at 7.30 p.m., we do, as seen, the show and tell. We hosted last week, this week Lamar and Phil are back. They are not back. It is an unboxing. No, they're doing show and tell. No, no, no, no, I'm sorry. I thought you were moving on to the next thing. They're doing show and tell. But instead of asking an engineer that normally happens at 8 p.m., we have a special unboxing with JP. JP, I don't have a picture of you here, but you just met JP. There's kind of a picture of him, but that's for Tuesday. But he will be doing a very special unboxing and we'll be hanging out in the Discord chat room so we can all chat about what kind of cooking this is going on. Took a sneak peek at the preview. We did. It was quite fun. We do not want to miss this. So, definitely tune in tonight, 8 p.m. Eastern Standard Time. 8 o' Box. For 8 o' Box. Unboxing with John V. Live with John. Cool, so that's Wednesday, and then tomorrow JP's back again. Is he back out of the aisle? I think so. I think so. Yeah, so let us know, John. So, Thursday, 4 p.m. Eastern Time. Check in with JP. And then Fridays is Deep Dives with Scott. Every 2 p.m. Pacific Time, or 5 p.m. Eastern Time. This is a Friday live stream. And then on Sundays, from the desk of Lady Aida, working on some new stuff. Mondays are circuit pipeline meetings. Tuesday is JP's product pick of the week. We do this show on Wednesdays at 11 a.m. Eastern Time. Right, when all the mowers come out to play. Hey, you know what, we have, of course we have zero audio issues, so what is something we can't control? The noise outside. Like, listen to that, that's like, that is quite a few decibels. So anyway, we appreciate all the pain out of us. But there's two leaf, that addition to two leaf flowers, they have that giant car that you ride around with a huge fan. A writable heat fan blower. And like the, these giant like excavators, and you can see like in the. All right, we're closing it down. All right, folks. Follow us on the socials, I post all the stuff there. Thank you, yeah. We'll see you all next week. Tonight on Show and Tell. You know, we'll see you folks tonight on Show and Tell. We'll be there a week. Yeah. So thanks everybody for joining. We'll see you next week. But until then, remember to make a great day. See you later tonight, folks. Bye, folks.