 All right, first up, these are now in stock. Brown-Dages, these are my favorite Band-Aid company. In 5-10s. Yes, and so when Band-Aid brand says flesh tone, Band-Aids, not quite. But now. Brown-Dages takes care of that, and this is a cool minority-owned business. This is one of my favorite companies, and we've had these at Adafruit for our team, and now we have them in the store as well. Next up. Next up, S3 box from Espressef. This is a new eval box board thing from Espressef. It's got a two-inch capacitive touchscreen, dual microphone. It's got a little port and a stand. This is using the new ESP32 S3, which is a dual-core chip with some AI neural net acceleration stuff for machine learning. They're kind of positioning it as a very inexpensive, low-power way to do voice-tracking mission. That's why it's got the two microphones, but it's also kind of a nice little dev board if you just want to get started with the ESP32 S3. I'll say, as of the making of this video, there is no Arduino circuit pipeline support. It's coming very soon, but you're expected to use the ESP Espressef IDF Torret code for this chip. That said, if you're familiar with the ESP32 or the ESP32 S2, it's in the same family. It's a 10-silica 240 megahertz processor, dual-core Wi-Fi Bluetooth, and they just kind of wrapped it up in a very nice thing with speakers and microphone and sensors at all. Next up. Okay. We've got a hot air kit. This is the ST862D, sorry, I have to write the part number. This is a very nice hot air station. It's got a digital control with a digital output, presets. It's of course great for lead-free, and it comes with four nozzles, and the nozzles kind of got this cool, like, kind of tilty effect thing going on here. It makes it a little bit easier to hold it when you want to angle it towards your circuit board. This is as good as stations that are three times as much, basically. It's compact, but it's very powerful, and we carry a lot of stuff from Atten. The soldering irons are very reliable, dependable, so this is a very nice, very compact hot air station. I'll probably be taking one of these home because I find that if you're doing re-work, or if you're doing SMT at home, if you don't want to re-flow boards, even if you do a little mini re-flow, or preheat boards for re-work, this is a really great hot air station. Okay. Next up. Okay. This is a very small SD card. Well, it's a micro SD card, so it's physically small. It also has a small amount of memory in it, and you might be wondering, why have something so small? Well, there's actually a lot of times when we find older devices do not want SDHC. They want SD cards, and also there's sometimes where you have a data logger and you just don't need that much memory, and you don't want to, you know, kind of the price of memory has stayed the same, but the amount of memory you get has increased in size, so, like, you can't really get four gigabyte cards anymore. It's really hard, but there's a lot of times where you maybe want a smaller card, and so these cards are 128 megabytes, so they're perfectly great for a lot of text data logging, and they're inexpensive, and they're SD, which means that there are some devices that don't want SDHC or XC cards that these will work fine for. Next up. This is the most powerful servo we have. Be afraid. Be very afraid. It's this Metal Gear servo. As you can see, it's got, you know, it can be driven at a high voltage, 27 grams centimeters of torque, 0.14 seconds at 60 hertz motion. This is a scary servo, but, you know, maybe you want something really strong. It's used for, like, little miniature airplane-type kits, but there are times where you're like, look, I want to move something. I don't want to get, like, a geared stepper, and I want to get a geared DC motor. I want a servo, but I just need to be more powerful. It's a standard servo. It's a standard servo signaling, but it's just, like, super chunky. All Metal Gear, I think it's, like, bearingless motor. It's just intense. You get about 180 degrees of motion back and forth, just like you expect. It's got some chunky accessories as well, servo horns. Yeah, that's just so you can see. Some people are like, oh, will this work with this, you know, metal horn? We tell you the number of splines, and also here's the quite thick plastic horns that it comes with. Okay. Next up, Kachonk. Big Kyle. Kyle. Kyle Big. Kyle Big. Kyle Big. We finally... Kachonk. There goes a refab run of these huge Kale switches. They're 64 times the size of a normal switch. They're four by four by four times bigger. The volume is 64 times as large, and as you can see here, they're very friendly for hand clicking. We have three different colors, each one is a little different. So bump is tactile, so the red one is tactile, the blue one is clicky, it says click, and then the yellow one is linear, it just says clack, but it's a smooth linear feel. So they don't quite match, I don't think they quite match the original Kale stem colors, but it doesn't matter. Three different versions, you know, they look just like normal Kale box switches, you know, Cherry MX style, but they're just massive. Look, they're great as fidget toys, they're great if you just want to like be very satisfied by pressing a button. You can wire them up to one of our NeoKey trinkets if you want to make a single key input. Maybe I'll hold this up so you can see how big it is. It's quite big. This is a clicky one. It's extremely clicky. I'm pressing your skull. It even has like the positioning spot and the two tabs on the bottom, and a very beautiful copper spring to them. This is so chunky. Yeah, this is very satisfying. Okay. All right. In stock for your clicky-clacky needs. Your large clicky-clacky needs. In the star of the show tonight, besides you, Lady Aida, our community, our customers, our team, and everyone who's been just keeping us going for all the time. Here it is. The KB2040. Yay, it's in the store. It's a new RP2040-based board. It looks a lot like the Itsy-Bitsy, but it has a totally different pinout. This pinout is promo-compatible, and this is specifically because ever since we made the keyboard library support in CircuitPython and HID support for the RP2040, folks have been like, I really want to use this for a keyboard build, and pretty much every keyboard kit we know of uses the pro micro as the standard footprint, and you would solder in a pro micro board, but in this case you can solder in this board instead of a pro micro, and you get a much, much more powerful chip compared to the Mega32U4, which has 32K of flash, and I think 2K of RAM, 2.5K of RAM. This has 256K of RAM, so like 128 times as much, and it has massive eight megabytes of flash. You can use it as a file system or for storing code. It's still got a ton of pins available. It's got four analog pins, and it's three-volt logic, so it's compatible with almost every keyboard. There's also an onboard NeoPixel. There's two buttons, one for boot and reset because you'll use that to load code onto it. It's got a 500 milliamp 3.3 volt regulator. It's got the raw output, and on the bottom of the board there's a jumper, so if you want to drive a lot of NeoPixels and there's an onboard fuse just like the pro micro for 500 milliamps or so, if you need a lot more current, just shorten the jumper on the bottom of the board, and that will connect the USB 5 volt directly to raw, so you can get up to two amps from your USB power supply or USB port, although one amp is kind of as much as I recommend. You can get two, but one is usually recommended. There's a Type-C USB connection, and then for the two little spots at the top of the board that are not used on the pro micro, I brought out the D plus and D minus pins. This is a little non-standard, but I figured there's people who want to maybe use a different USB cable or connector, and it's usually hard to get to the data pins for USB, so this is an easy way to get to them if you want to add a different panel mount USB connection. And then, let's see, there's a little NeoPixel onboard. USB-C Stem and connector. Oh, so the Stem and connector is interesting. So if you go back, there's a standard pinout, which has, starting with TX and RX, which are digital IO. So there's 0, 1, 2, 3, 4, 5, 6, 7, 8, 9. So it's 10 on one side, 11, 12, 13, 14, 15, 16, 17, 18. So there's 18 GPIO pins. The analog pins can be GPIO. The RX and TX pins are GPIO. The SPI pins are GPIO. But for some 65% keyboard kits, or if you just need those sometimes are 5 by 15 layouts. And then maybe you need more than 18 pins. Maybe you want 100 keyboard kit. And so you need two more GPIOs. So that Stem and QT port actually gives you two more GPIO pins without changing the footprint of the board. So you get 20 total. So if you need 5 by 15, you can get it. And you don't have to desolder or rework anything. Just grab a Stem and QT cable, plug it in, and then use the yellow and blue wires as two more GPIO pins. This is the pro micro for keyboard folks that everyone's been waiting for. It works with CircuitPython. Cool thing, it shows up as a USB drive, and it can be programmed from the keyboard. You build yourself, and then you can also make CircuitPython not boot up as a drive, too. It is, I think, going to be the most popular way people make keyboards. Yeah, as of this video, there is not QMK support. However, there is a pull request where people are working on QMK support, and I'm almost positive that it'll eventually get ported over. Until then, you can use KMK, or you can use CircuitPython. We have really good key matrix scanning support, like natively built in. It does all your key scanning for you in the background, and just give you key events, presses, and releases. So you can just skip all that part of your code, and just go straight to the keyboard design that you want to do. And I know I said this is to start the show and their products, but I have a... There's one more. But wait, there's more. So starting at 12.01 a.m. this Friday, we are giving away free pink feather RP2040s. That's right. You wanted them. You're like, how can I get them? Who didn't get them? So we are doing a special round of 1000 pink feather RP2040s, shown here with a random thing that doesn't make any sense. Come for the headers. It's okay. Cool pink and black silk screen on the back. It's the feather RP2040 you know and love with eight megabytes of flash and stem and QT connector and Neapixel, circuit python support, Arduino support, micro python support. It's pink. It's made with love. And just check the site out. Adafruit.com slash free at 12.01 a.m. Easter time. We're gonna be doing these as part of our freebies when they're out, they're out. We might do them again. Who knows, but this will be it. I'm telling everybody right now. And we will eventually have these for sale, but not any time soon. These are exclusively for the giveaway. You want to do a fun giveaway for Feather Friday and circuit python Monday. So throughout this weekend, order $99 or more of stuff and you'll get one of these. Yeah, just look at this site. 12.01 a.m. on Friday, Easter time. And that's new products. Thanks. New, new, new.