Picoclick C3T - the smallest ESP32-C3 based IOT button | assembly & tests | makermoekoe maker.moekoe 2022-01-09 | This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspxContent:0:11 Applying solder paste0:52 Placing components1:54 Soldering with the automated hotplate soldering station3:02 Assembling of the bottom PCB side3:39 Fully assembled Picoclick4:15 Connecting the battery4:32 Optimizing with the Oscilloscope5:57 First test with ESP-NOW6:33 Otis Arc power measurement7:14 Picoclick in actionUPDATE: Available now in my brand new Tindie store!tindie.com/stores/makermoekoeThe Picoclick C3T is a tiny WiFi and BLE IoT button for several applications. Originally designed for smart home things, the Picoclick can also be used as an actuator for IFTTT automations or as an MQTT device. It is based on the single core ESP32-C3 RISC-V processor and therefore comes with tons of useful features. With dimensions of only 10.5mm by 18mm the C3T not only the smallest one in the family of the Picoclicks, it is also the smallest device I have created so far. The Picoclick project is on my Github:github.com/makermoekoe/Picoclick-C3Assembly video of the automated hot plate soldering station:youtube.com/watch?v=dwdYV_DlkiYI'm now on Patreon! Your little help is appreciated a lot! Check it out here:patreon.com/makermoekoeLinks:Website: https://www.makermoekoe.comInstagram: instagram.com/maker.moekoePatreon: patreon.com/makermoekoeGitHub: github.com/makermoekoeInstructables: instructables.com/member/moekoeMy commonly used tools: makermoekoe.com/tools-and-stuff-in-the-lab
ESP32 based omnidirectional robots w/ camera | makermoekoe maker.moekoe 2023-05-02 | PCB robots are fun. Especially when they are omnidirectional. In this video I have built a three and a four wheeled omnidirectional PCB robot based on an ESP32-S2. It has an OV2640 camera on board which's stream can be viewed via a webserver. As I made a mistake for the four wheeled robot it is not able to drive yet, but new PCBs are already in the lab. Next robots are based on ESP32-S3 and additionally comes with other huge features! Stay tuned!This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspx1:20 Omnidirectional robot simulation1:57 PCB overview3:30 PCB assembly6:06 Finished 3- & 4-wheeled PCB7:01 Robot assembly7:45 First test8:42 Webserver with camera livestream9:58 Robot control with Picoclick11:23 Robot in actionVideo about the Picoclick-C3:youtu.be/2UvtLDHi9QYIf you wanna support me and my work (Thank you so much!!):patreon.com/makermoekoeLinks:Shop: tindie.com/stores/makermoekoeInstagram: instagram.com/maker.moekoePatreon: patreon.com/makermoekoeGitHub: github.com/makermoekoeInstructables: instructables.com/member/moekoe
Extension boards for the ESP32 based Picoclick-C3 | makermoekoe maker.moekoe 2023-01-24 | The extension port of the Picoclick converts the simple IOT-button into a tiny development board and with the help of the extension boards shown in this video the integration of new sensors and actors couldn't be easier.This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspx1:05 Assembly of the extension boards2:45 Extension 1: Distance board (VCNL4040)3:37 Extension 2: Motion board (LIS3DHTR)4:10 Extension 3: Light board (LTR303)4:39 Extension 4: Splitter board5:03 Extension 5: PIR board5:30 Extension 6: Expander board (MCP23008)5:54 Extension 7: IMU board (LSM6DS3 + LIS2MDL)7:26 Extension 8: OLED 0.49" board (SSD1306)7:59 Integration into Home AssistantThis project is available on my GitHub:github.com/makermoekoe/Picoclick-C3Documentation for the Picoclick & its extension boards:makermoekoe.gitbook.io/picoclick-c3The Picoclick-C3 and a few extension boards are now available in my shop (there will be new batches of them soon, so please enter the waitlist if something is sold out):tindie.com/stores/makermoekoeVideo about the Picoclick-C3:youtu.be/2UvtLDHi9QYVideo about the Picoclick-C3T:youtu.be/t-50w3RsUlgIf you wanna support me and my work (Thank you so much!!):patreon.com/makermoekoeLinks:Shop: tindie.com/stores/makermoekoeInstagram: instagram.com/maker.moekoePatreon: patreon.com/makermoekoeGitHub: github.com/makermoekoeInstructables: instructables.com/member/moekoe
Picoclick-C3 is the most advanced ESP32 based IOT button | makermoekoe maker.moekoe 2022-10-14 | The Picoclicks have become my favorite project. And now - the masterpiece of them is finally born!This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspxMaterial of the transparent Picoclick cases is UTR-8100 (transparent).Content:0:34 Picoclick journey - from simple dashbuttons to this gem!2:51 Designing and assembling the Picoclick PCB6:08 Extension port of the device6:40 Ways of powering the Picoclick8:00 Power measuring of the button8:22 Best way of using Picoclicks9:25 Using the extension port with other I2C devices11:08 First extension board for the C312:39 Having fun with the motion sensor13:08 Transparent resin printed Picoclick casesFrom dashsbuttons to the final ESP32-C3 based Picoclick-C3. A long road of designing, testing and optimizing this device has reached an end.The Picoclicks are WiFi connected buttons for the internet of things. They can send messages which perform different actions in your smart home or the world wide web. But the Picoclick-C3 has become more than just an IOT-button. Due to its extension port it can be used as a tiny development board. It can communicate with other I2C devices like shown in the video, but the external GPIOs can be used in several different ways. More over this Picoclick can be activate by an external source (and not the button itself) which implies tons of new possibilities. The extension boards for the Picoclick can be very useful. I've only showed one of them in this video, but two others are already in the lab and five more are already designed and ready for production. What extension board do you think of? Which useful application can be added to this tiny device? Write your suggestions in the comments below! :)The Picoclick-C3 and few extension boards are now available in my shop:tindie.com/stores/makermoekoeThis project is available on my GitHub:github.com/makermoekoe/Picoclick-C3I'm currently creating a GitBook for the Picoclick-C3 but it is not yet completed:makermoekoe.gitbook.io/picoclick-c3My DIY Stencil-Jig has a video as well:youtu.be/ioedhoP2OJQThe video about the Picoclick-C3T:youtu.be/t-50w3RsUlgESPNOW explanation video of Espressif:youtu.be/QmvMtgNs9r8If you wanna support me and my work (Thank you so much!!):patreon.com/makermoekoeLinks:Shop: tindie.com/stores/makermoekoeInstagram: instagram.com/maker.moekoePatreon: patreon.com/makermoekoeGitHub: github.com/makermoekoeInstructables: instructables.com/member/moekoe
My new soldering microscope: The Andonstar AD249S-M | makermoekoe maker.moekoe 2022-08-10 | Andonstar was so kind and send me their newest 10" microscope - the AD249S-M. A descent successor of my old one - the AD409. It comes with three different lenses and a maximal magnification of over 2000! Solderpaste balls look like tennis balls.Content:0:24 Unboxing the AD249S-M1:52 Overview2:20 Switching lenses2:52 Test objects on glass plates3:33 Shots with electronics5:07 Soldering FPC connector (my best one)Check out the AD249S-M with the following links:Amazon-US: amzn.to/3OGy6Ft Amazon-DE: amzn.to/3zzftxNAndonstar AD409 soldering video:youtube.com/watch?v=5VkZklUUZcUI'm now on Patreon! Your help is appreciated a lot! Check it out here:patreon.com/makermoekoeLinks:Shop: tindie.com/stores/makermoekoeInstagram: instagram.com/maker.moekoePatreon: patreon.com/makermoekoeGitHub: github.com/makermoekoeInstructables: instructables.com/member/moekoe
I built a LORA GPS-Tracker with ESP32 | makermoekoe maker.moekoe 2022-07-04 | This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspxCheck out this project in the PCBWay Shared Projects section:pcbway.com/project/shareproject/LoRa_GPS_Tracker_92014b9a.htmlThe code "PCBWay8th-maker.moekoe" will give you 10USD discount for orders over 40USD, no matter if it is PCB, CNC or 3D stuff.Content:0:10 PCB assembly2:53 Finished device and basic explanation3:56 First test with my self made solar system5:00 Power measurements with the Power Profiler Kit5:52 Simple test with the GPS module 6:30 PCBWay is a huge supported of my projectsActually this board was designed to test three new modules I haven't worked with so far: The ESP32-S2-Mini, the RFM95 LoRa transceiver and the ATGM336h GPS module. In the end, this device can be used as a simple GPS-Tracker which will publish its current position and other data over LoRa (-WAN). Due to its main processor, the ESP32-S2, the device is able to communicate over WiFi and thus can be used as a LoRa2MQTT bridge as well.Did you ever work with LoRa? Tell me your experiences and suggestions for future projects with such a module in the comments below!This project is fully available on my GitHub:github.com/makermoekoe/LORA-GPS-TrackerI'm now on Patreon! Your help is appreciated a lot! Check it out here:patreon.com/makermoekoeLinks:Shop: tindie.com/stores/makermoekoeInstagram: instagram.com/maker.moekoePatreon: patreon.com/makermoekoeGitHub: github.com/makermoekoeInstructables: instructables.com/member/moekoe
Paperclick - an ESP32-C3 based IOT device with an E-Paper display | makermoekoe maker.moekoe 2022-05-13 | This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspxContent:1:04 Assembling the device3:35 Measuring the power consumption4:52 Why Paperclick consumes so less power5:51 Paperclick in action6:32 Initial idea of the devicePaperclick is an IOT device for tracking activities in a very easy way. By tapping on the display it will update the current date & time which the device gets from an NTP server. So you'll ever know when you did a task the last time. Additionally it could do other WiFi based tasks like updating an online sheet with the timestamps the device was tapped.Paperclick is based on the ESP32-C3 RISC-V processor. Additionally the board is equipped with a LiPo charger, a WS2812 LED and two user buttons on the sides. The battery monitoring as well as the latching circuit is optimized compared to my other IOT devices, which results in a current consumption of just 140nA in idle state.This project is fully available on my GitHub:github.com/makermoekoe/PaperclickBlack & green vacuum cleaner stencil box (Greetings to my friend Marius!):youtube.com/watch?v=mEEo1tJj9D8I'm now on Patreon! Your little help is appreciated a lot! Check it out here:patreon.com/makermoekoeLinks:Website: https://www.makermoekoe.comShop: tindie.com/stores/makermoekoeInstagram: instagram.com/maker.moekoePatreon: patreon.com/makermoekoeGitHub: github.com/makermoekoeInstructables: instructables.com/member/moekoe
ESP32-S2 based universal reflow oven controller | assembly & tests | makermoekoe maker.moekoe 2022-04-11 | This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspxContent:0:28 Stenceling with the Stencil-Jig1:17 PCB assembly1:41 Hotplate soldering2:18 Visual inspection & rework3:08 OLED soldering4:16 Oven unboxing & final assembly7:06 Sponsor7:28 Testing the reflow ovenThe Reflow-Controller was built to control different kinds of reflow ovens, hotplates and whatever is coming to my mind in the future. It is based on the ESP32-S2 and thus can be programmed to be used with a WiFi App or whatever. Nevertheless, it has an onboard OLED display and three buttons included to be used as a standalone solution either. Furthermore it can control up to four independent outputs (for example 2x solid state relay & 2x cooling fan) and two thermocouple sensor inputs.This project is fully available on my GitHub:github.com/makermoekoe/Reflow-ControllerThe mini oven I have used (Silvercrest SGB1200 F1):https://www.lidl.de/p/silvercrest-kitchen-tools-grill-und-backautomat-sgb1200-f1/p100332026Stencil-Jig:youtube.com/watch?v=ioedhoP2OJQAssembly video of the automated hot plate soldering station:youtube.com/watch?v=dwdYV_DlkiYBlack & green vacuum cleaner stencil box (Greetings to my friend Marius!):youtube.com/watch?v=mEEo1tJj9D8I'm now on Patreon! Your little help is appreciated a lot! Check it out here:patreon.com/makermoekoeLinks:Website: https://www.makermoekoe.comShop: tindie.com/stores/makermoekoeInstagram: instagram.com/maker.moekoePatreon: patreon.com/makermoekoeGitHub: github.com/makermoekoeInstructables: instructables.com/member/moekoeMy commonly used tools: makermoekoe.com/tools-and-stuff-in-the-lab
Ive built a Stencil Jig for fast and easy PCB assembly | makermoekoe maker.moekoe 2022-03-10 | Dealing with stencils is always tricky, because they have to be aligned perfectly to get great soldering results. So far, I was always using these stencils with spare PCBs around the project PCB which are fixed in position with tape. As I am using these stencils quite often in the last time I was thinking about creating a simple jig for it - and here it is. The Stencil-Jig is a simple DIY machine for PCB stenciling built with the Openbuilds V-slot system. The stencils can be clamped into the Stencil-Jig with the inner V-slot extrusions and the corresponding aluminum rods. With all the adjustment screws on the sides and the front, the PCB and the stencil can be aligned easily to match each other. Thanks Flashforge for supporting my work with providing this awesome Adventurer 4 3D printer! The parts came out perfectly - as you can see in the video. Check it out here:flashforge.com/product-detail/flashforge-adventurer-4-3d-printerflashforge-germany.com/de/product_info.php?info=p951_flashforge-adventurer-4.htmlContent:0:32 A huge box arrived1:23 Unboxing the Adventurer 42:06 Printing the parts for the Stencil Jig4:16 Detailed view on the parts4:41 Assembly of the bottom frame5:15 Assembly of the top frame6:40 Combining both frames7:12 Mounting the base plate7:31 Finishing the Jig8:12 First test with a 1mm board9:05 Second test with a 1.6mm boardThis project is on GitHub: github.com/makermoekoe/Stencil-JigI'm now on Patreon! Your help is appreciated a lot! Check it out here:patreon.com/makermoekoeLinks:Website: https://www.makermoekoe.comInstagram: instagram.com/maker.moekoePatreon: patreon.com/makermoekoeGitHub: github.com/makermoekoeInstructables: instructables.com/member/moekoeMy commonly used tools: makermoekoe.com/tools-and-stuff-in-the-lab
My basement dream! What do you guys think of this lab? 😍 For the full video check out my Instagram! maker.moekoe 2022-02-26 | ...
Ive built a GPS tracker with ESP32 | soldering, assembly & first test | makermoekoe maker.moekoe 2021-11-27 | This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspxFor an advanced PCB quotation you can follow this link:pcbway.com/HighQualityOrderOnline.aspxContent:0:11 Solderpaste meets PCB1:10 Placing SMD components2:13 Soldering on the hotplate soldering iron2:31 Checking soldering results2:59 Assembling the bottom layer3:28 Soldering the FPC OLED connector4:17 Bugfixing4:54 Enclosure cutting & assembly6:17 Videosponsor: PCBWay6:42 Coding & testing8:05 Power analyzing with the Otii ArcThis device is the first prototype of a localization system for my old camper van. It is based on an Ai-Thinker A7 GPS & GSM module which is communicating over serial with an ESP32 Pico D4. For input & output I have added two buttons and an 0.96" OLED display, but the main idea is that the device can be control by a smartphone App. As you can see in the end of the video I'm using the Blynk 2.0 App which works great for several IoT projects, even for those which are communicating over mobile radio.All in all the whole project is working fine, but for the next revision I have to optimize two things:1. The GPS u.fl connector wasn't grounded properly which is a huge drawback in signal strength. Therefore the GPS quality is only acceptable in optimal conditions, even with a good GPS antenna.2. The power path is not yet optimal. When the device is working a while, the battery looses capacity and cannot deliver enough energy for the power-hungry GSM module. This results in a ESP brownout when data is transmitted/received over mobile radio.I'm very happy with the result of this project. The transparent solder mask looks beautiful in combination with the acrylic glass cover. There will be a second, probably smaller, version of this thing in the near future, optimize for the use inside my van. Maybe it will be a modular solution which can be stacked onto the VanMeter board - but we will see.The VanMeter project is another project for my old camper van. You will find it here:youtube.com/watch?v=hL2CEnwGGCwI'm now on Patreon! Your little help is appreciated a lot! Check it out here:patreon.com/makermoekoeLinks:Website: https://www.makermoekoe.comInstagram: instagram.com/maker.moekoePatreon: patreon.com/makermoekoeGitHub: github.com/makermoekoeInstructables: instructables.com/member/moekoeMy commonly used tools: makermoekoe.com/tools-and-stuff-in-the-lab
I can finally print flexible filament with the Kingroon KP3S 3D Printer | makermoekoe maker.moekoe 2021-11-09 | Say hello to my tiny new printer: the Kingroon KP3S!Kingroon was so kind and asked if I'm interested in the KP3S. It's a little budget friendly 3D-Printer with a build volume of 180x180x180mm. I said YES to the cooperation because of two facts: 1. It has a direct drive extruder which is perfectly for printing flexible filaments like TPU. I have a spool of TPU laying around for quite a while and I think there are several projects where I could use it. 2. It uses precision linear rails for both the x- and y-axis. Could get interesting for the smaller, more detailed prints.You will find the Kingroon KP3S here:aliexpress.com/item/4001279175159.htmlamazon.com/dp/B08F51DPRXAs Kingroon has sent me this printer for free to try it and share my experiences I have to mark this as AD. I will share more content to this little device on my Instagram page!I'm on Patreon! Your help is appreciated a lot! Check it out here: patreon.com/makermoekoe Links: Website: makermoekoe.com Instagram: instagram.com/maker.moekoe Patreon: patreon.com/makermoekoe GitHub: github.com/makermoekoe Instructables: instructables.com/member/moekoe My commonly used tools: makermoekoe.com/tools-and-stuff-in-the-lab My camera equipment: Camera: amzn.to/35sIGeg (*) Microphone: amzn.to/3aZm2vq (*) Camera clamps: amzn.to/2zUBYSF (*) Mini tripods: amzn.to/35vCoe2 (*) LED panel: amzn.to/35tbgfG (*) *affiliate links.
Microscopic Soldering with the Andonstar AD409 - Compilation #1 | makermoekoe maker.moekoe 2021-10-29 | A little compilation of my latest soldering shots recorded with the AD409 microscope. If you like this kind of compilation, please let me know in the comments below or give a thumbs up so I know if I should create a part #2 of it. :)Content of this video:00:00 Presentation microscope01:03 Fix a bug on the GPS Tracker PCB01:32 Placing components on the ESP32Remote RGB-OLED PCB02:11 Soldering FPC connector to the ESP32Remote TFT PCB02:33 Placing components on the Circoled PCB03:24 Dispensing solder paste on a test PCB04:11 Placing components on the GPS Tracker PCB05:28 Soldering the VESC Controller PCB on the hotplate05:45 Soldering the battery to the Picoclick PCB06:22 Soldering the ESP32Remote TFT PCB on the hotplate06:35 Checking soldering joints of the Circoled PCB07:04 Raspberry Pi Pico pinheader soldering07:30 Soldering the VESC Controller PCB on the hotplateSome of my latest projects (in this video):Circoled: youtube.com/watch?v=KZTIBoHtouMESP32Remote TFT: youtube.com/watch?v=5vRy--YCx7kVanMeter: youtube.com/watch?v=hL2CEnwGGCwThe Microscope used here is the Andonstar AD409: amzn.to/3pTQZMm (*)de.aliexpress.com/item/1005003026827810.htmlWerbung/Ad: The company sent me this microscope for free to test it and create this video for you to get an overview of its capabilities.I'm on Patreon! Your help is appreciated a lot! Check it out here: patreon.com/makermoekoe Links: Website: makermoekoe.com Instagram: instagram.com/maker.moekoe Patreon: patreon.com/makermoekoe GitHub: github.com/makermoekoe Instructables: instructables.com/member/moekoe My commonly used tools: makermoekoe.com/tools-and-stuff-in-the-lab My camera equipment: Camera: amzn.to/35sIGeg (*) Microphone: amzn.to/3aZm2vq (*) Camera clamps: amzn.to/2zUBYSF (*) Mini tripods: amzn.to/35vCoe2 (*) LED panel: amzn.to/35tbgfG (*) *affiliate links.
ESP32 based Power Measurement Board for my Camper Van - Build and Installation | makermoekoe maker.moekoe 2021-09-05 | This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspx The SharedProjects page by PCBWay can be found here: pcbway.com/project/member/?bmbno=3E0CEF92-0476-4A The VanMeter is a little add on for my camper van for measuring the power consumption of up to four different things. Here I am using it to measure the power of all the loads in my van, the solar panel power and the power of the 230V charger. There is another channel which is currently unused - or as you can see in the end of the video, was used to measure the correct voltage (differential measurement) of the solar panel. Unfortunately I didn't find the solution so far, but I would be happy if you have a hint for me. There are two more things which I haven't shown in the video. The first thing is that I have used the ESP32Remote ( youtu.be/5vRy--YCx7k ) as a remote display next to the phone APP. The other thing is that the VanMeter can not only measure power consumption, but also is able to control up to eight different outputs. The pinheader on the right side of the PCB is optimized to be used with one of those eight channel relay boards. These can be used to control lights, outlets, pumps, heater elements or whatever you want. Something like a smartvan. As you have probably noticed, this build is still a work in progress and some features are not yet implemented. Some other things will be added to this board in the future. So stay tuned! The APP which I am using here is Blynk: blynk.io The PokitMeter which I have used in the end of the video can be found here: shop.pokitmeter.com/collections/home-page-showcase-products/products/pokitmeter I'm on Patreon! Your little help is appreciated a lot! Check it out here: patreon.com/makermoekoe Links: Website: makermoekoe.com Instagram: instagram.com/maker.moekoe Patreon: patreon.com/makermoekoe GitHub: github.com/makermoekoe Instructables: instructables.com/member/moekoe My commonly used tools: makermoekoe.com/tools-and-stuff-in-the-lab My camera equipment: Camera: amzn.to/35sIGeg (*) Microphone: amzn.to/3aZm2vq (*) Camera clamps: amzn.to/2zUBYSF (*) Mini tripods: amzn.to/35vCoe2 (*) LED panel: amzn.to/35tbgfG (*) *affiliate links. Music by Joakim Karud (Like a Tulip, Loudness Clarity, If I could I'd, Hold On)
ESP32 and 8 OLEDs arranged in a circle - circular scrolling | Soldering & Assembly | makermoekoe maker.moekoe 2021-06-13 | This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspxThe files for this project can be found here:pcbway.com/project/shareproject/Circoled___Eight_tiny_OLED_displays_arranged_in_a_circle.htmlThis project is definitely going crazy! I build a scrolling message display using eight of those tiny OLED displays, arranged around a PCB and controlled by an ESP32. With the help of the Blynk (Yes, it is not called Blank, it is Blynk!!) App I have created a UI for typing your messages and selecting the speed. It can show the battery state, temperature and accelerometer data as well. But what can it be used for either? Write your suggestions in the comments below!What's inside the video?0:00 Preview of the video and unboxing0:23 Stenceling the PCB1:20 Placing components3:31 Soldering with the hotplate iron4:40 Soldering the first OLED5:54 Soldering the other OLEDs6:58 First test7:31 Printing a case8:30 It's working9:34 Playing with the Blynk AppI'm now on Patreon! Your little help is appreciated a lot! Check it out here:patreon.com/makermoekoeLinks:Website: https://www.makermoekoe.comInstagram: instagram.com/maker.moekoePatreon: patreon.com/makermoekoeGitHub: github.com/makermoekoeInstructables: instructables.com/member/moekoeMy commonly used tools: makermoekoe.wordpress.com/tools-and-stuff-in-the-labMy camera equipment:Camera: amzn.to/35sIGeg (*)Microphone: amzn.to/3aZm2vq (*)Camera clamps: amzn.to/2zUBYSF (*)Mini tripods: amzn.to/35vCoe2 (*)LED panel: amzn.to/35tbgfG (*)*affiliate links.
ESP32 WiFi remote with TFT display is able to play GIFs | soldering & assembly | makermoekoe maker.moekoe 2021-04-18 | This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspxA simple and tiny remote based on the ESP32 Pico D4 with integrated WiFi and bluetooth. To visualize things I've added this tiny 160x80 pixels TFT display. Temperature, humidity and acceleration sensor are as well on board. Initially build to control things in my camper van, this thing can be used to control anything around the internet of things. And the best: It can play GIFs - even my own ones!You will find this project on my GitHub as well: github.com/makermoekoe/ESP32PicoremoteI'm now on Patreon! Your little help is appreciated a lot! Check it out here:patreon.com/makermoekoeLinks:Website: https://www.makermoekoe.comInstagram: instagram.com/maker.moekoe/Patreon: patreon.com/makermoekoeGitHub: github.com/makermoekoeInstructables: instructables.com/member/moekoeMy commonly used tools: makermoekoe.com/tools-and-stuff-in-the-labMy camera equipment:Camera: amzn.to/35sIGeg (*)Microphone: amzn.to/3aZm2vq (*)Camera clamps: amzn.to/2zUBYSF (*)Mini tripods: amzn.to/35vCoe2 (*)LED panel: amzn.to/35tbgfG (*)*affiliate links.
Overengineered 3D printed and CNC milled thing called PCBBQ - but what is it? #1 | makermoekoe maker.moekoe 2021-02-16 | This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspxPCBBQ - an automated hotplate soldering station based on a little stove top. Controllable with a DIY WiFi remote based on an ESP8285. This thing can lift the milled aluminium top up and cool it from underneath with those fans so that the baked PCB can stay on the plate during cool out phase. Stay tuned and subscribe to see this thing in action!The build is not complete yet. The mains wirings for the stove itself is missing, the temperature sensor on the milled top is not installed and the base of this thing isn't milled yet. Once this is done it is time for the first test!I'm now on Patreon! Your little help is appreciated a lot! Check it out here:patreon.com/makermoekoeLinks:Website: https://www.makermoekoe.comInstagram: instagram.com/maker.moekoe/Patreon: patreon.com/makermoekoeMy commonly used tools: makermoekoe.com/tools-and-stuff-in-the-labMy camera equipment:Camera: amzn.to/35sIGeg (*)Microphone: amzn.to/3aZm2vq (*)Camera clamps: amzn.to/2zUBYSF (*)Mini tripods: amzn.to/35vCoe2 (*)LED panel: amzn.to/35tbgfG (*)*affiliate links.Music from:https://www.epidemicsound.com
My first print with the ELEGOO Mars Pro & DIY curing station | Resin 3D printing | makermoekoe maker.moekoe 2021-01-24 | My very first tests with resin printing in general and the simplest build of a curing station for printed parts.The two example towers provided by ELEGOO came out perfectly, for the case of the Picoclick I definitely have to adjust the support structure. There are a lot of things which I have to learn regarding resin 3D printing, but for me it is really fun to test this machine provided by ELEGOO. It has a lot of capabilities which I will test in the future. For sure I will print a lot of cool things on this printer, especially cases for my PCB projects! Get your own ELEGOO Mars Pro Printer here: rebrand.ly/58327zCheck out the official ELEGOO Website as well: elegoo.comYou will get 5% discount by using the code: W56GANOALinks:Website: makermoekoe.comInstagram: instagram.com/maker.moekoeInstructables: instructables.com/member/moekoePatreon: patreon.com/makermoekoeMy commonly used tools: makermoekoe.com/tools-and-stuff-in-the-labMy camera equipment:Camera: amzn.to/35sIGeg (*)Microphone: amzn.to/3aZm2vq (*)Camera clamps: amzn.to/2zUBYSF (*)Mini tripods: amzn.to/35vCoe2 (*)LED panel: amzn.to/35tbgfG (*)*affiliate links.Music from:epidemicsound.com
XXL 7 segment display as a 100K FOLLOWERCOUNTER | makermoekoe maker.moekoe 2020-12-14 | I've build a huge seven segment display to watch my Instagram followers hit the 100.000!Base material is 19mm medium-density fibreboard (MDF) which I milled down to a simple one digit seven segment thingi. The WS2812 LEDs are cutted to little strings of 5 pieces to be put inside all the segments. To diffuse the light from the LEDs I got the best results with using two types of foam between the lights and the 3mm white acrylic glass. A single layer of 5mm foam and three layers of 1mm foam. The segments can be connected to those little 3D printed jacks on the backside of every segments. If I will need a new segment, I can just create a single one and add it to the display.Links:Website: makermoekoe.comInstagram: instagram.com/maker.moekoeInstructables: instructables.com/member/moekoePatreon: patreon.com/makermoekoeMy commonly used tools:DIY Hotplate Soldering Iron: makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironYellow Third hand: amzn.to/2JqTNuc (*)Reflow gun: amzn.to/349QsYX (*)Soldering Mat: amzn.to/2w2smUs (*) or amzn.to/2Pnx46B (*)More can be found here: makermoekoe.com/tools-and-stuff-in-the-labMy camera equipment:Camera: amzn.to/35sIGeg (*)Microphone: amzn.to/3aZm2vq (*)Camera clamps: amzn.to/2zUBYSF (*)Mini tripods: amzn.to/35vCoe2 (*)LED panel: amzn.to/35tbgfG (*)*affiliate links.Music from:epidemicsound.com
FLEXBALL | 100 WS2812 mini LEDs on a flexible PCB | makermoekoe maker.moekoe 2020-09-07 | Flexball is based on a flexible PCB which is equipped with 100 WS2812 2020 addressable LEDs. It is controlled by an ESP8285-01f - the smallest ESP based module by Espressif. Additionally it has an ADXL345 accelerometer sensor on board. Details can be found here: instructables.com/id/FLEXBALL-a-Hundred-Pixel-Flexible-PCB-Ball-With-WiThis project is sponsored by PCBWay. Thank you for providing me this awesome flexible PCB! Check out their services here:pcbway.comLinks:Website: makermoekoe.comInstagram: instagram.com/maker.moekoeInstructables: instructables.com/member/moekoeMy commonly used tools:DIY Hotplate Soldering Iron: makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironYellow Third hand: amzn.to/2JqTNuc (*)Reflow gun: amzn.to/349QsYX (*)Soldering Mat: amzn.to/2w2smUs (*) or amzn.to/2Pnx46B (*)More can be found here: makermoekoe.com/tools-and-stuff-in-the-labMy camera equipment:Camera: amzn.to/35sIGeg (*)Microphone: amzn.to/3aZm2vq (*)Camera clamps: amzn.to/2zUBYSF (*)Mini tripods: amzn.to/35vCoe2 (*)LED panel: amzn.to/35tbgfG (*)*affiliate links.Music from:epidemicsound.com
First time milling ALUMINIUM on the QBOT Minimill KIT | makermoekoesminimill #3 maker.moekoe 2020-08-12 | Go check out the QBOT MINImill KIT: https://www.minimill.atThis was the first time milling some Aluminium (10mm)! I know, it isn't perfect, but for me it is a huge step into the right direction. After optimizing my CAM settings in Fusion360 I am good to go.The milled piece is the bottom part of a case for my Picoclick project. Check out this or other projects here:Website: makermoekoe.comInstagram: instagram.com/maker.moekoeInstructables: instructables.com/member/moekoeIf you have any questions then feel free to ask in the comments below.For further projects with and for this machine, maker sure to subscribe! :)My other tools:DIY Hotplate Soldering Iron: makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironYellow Third hand: amzn.to/2JqTNuc (*)Reflow gun: amzn.to/349QsYX (*)Soldering Mat: amzn.to/2w2smUs (*) or amzn.to/2Pnx46B (*)More tools can be found here: makermoekoe.com/tools-and-stuff-in-the-labMy camera equipment:Camera: amzn.to/35sIGeg (*)Microphone: amzn.to/3aZm2vq (*)Camera clamps: amzn.to/2zUBYSF (*)Mini tripods: amzn.to/35vCoe2 (*)Softbox: amzn.to/3d4xZRs (*)LED panel: amzn.to/35tbgfG (*)The links which are marked with a star (*) are affiliate links. This has either no effect on the product nor on its price, but by using this link I will get a small provision.
QBot MINImill KIT assembling - 263 Parts done | makermoekoesminimill #2 maker.moekoe 2020-06-22 | Go check out the QBOT MINImill KIT: https://www.minimill.atThis is a short overview of the complete assembly of the minimill. The whole process took me about five hours (includes recording, which takes a bit of time as well). If you have any questions then feel free to ask in the comments below.For further projects with and for this machine, maker sure to subscribe! :)-Werbung- At this point a HUUGE thank you to Thomas, Martin and Jakob from QBot for sending me this awesome CNC mill! This tool brings my maker lab to a complete new level!Check out their Youtube: youtube.com/channel/UCmGTN8S6b7ZBBo_UtfS731gand Instagram channel:instagram.com/minimill_cncand Website:https://www.minimill.at/de/einfache-bedienung/Website: makermoekoe.comInstagram: instagram.com/maker.moekoeInstructables: instructables.com/member/moekoeMy other tools:DIY Hotplate Soldering Iron: makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironYellow Third hand: amzn.to/2JqTNuc (*)Reflow gun: amzn.to/349QsYX (*)Soldering Mat: amzn.to/2w2smUs (*) or amzn.to/2Pnx46B (*)More tools can be found here: makermoekoe.com/tools-and-stuff-in-the-labMy camera equipment:Camera: amzn.to/35sIGeg (*)Microphone: amzn.to/3aZm2vq (*)Camera clamps: amzn.to/2zUBYSF (*)Mini tripods: amzn.to/35vCoe2 (*)Softbox: amzn.to/3d4xZRs (*)LED panel: amzn.to/35tbgfG (*)The links which are marked with a star (*) are affiliate links. This has either no effect on the product nor on its price, but by using this link I will get a small provision.Music from:epidemicsound.com
Simple wooden DIY Lightbox for a little penny | makermoekoe maker.moekoe 2020-06-15 | Very easy Lightbox build based on a wooden frame and some white softbox diffuser silk. Materials can be found in your local hardware store. The insert sheets are just some cardboard in different colors, can be even different to black and white. Additionally you will need something like these:Softbox: amzn.to/3d4xZRs (*)Softbox diffuser silk white: amzn.to/2N1Jfn6 (*)Clips: amzn.to/2N1cM0k (*)Website: makermoekoe.comInstagram: instagram.com/maker.moekoeInstructables: https://www.instructables.com/member/...My other tools:DIY Hotplate Soldering Iron: makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironYellow Third hand: amzn.to/2JqTNuc (*)Reflow gun: amzn.to/349QsYX (*)Paste Dispenser: https://www.aliexpress.com/item/32834...Soldering Mat: amzn.to/2w2smUs (*) or amzn.to/2Pnx46B (*)More can be found here: makermoekoe.com/tools-and-stuff-in-the-labMy camera equipment:Camera: amzn.to/35sIGeg (*)Microphone: amzn.to/3aZm2vq (*)Camera clamps: amzn.to/2zUBYSF (*)Mini tripods: amzn.to/35vCoe2 (*)LED panel: amzn.to/35tbgfG (*)The links which are marked with a star (*) are affiliate links. This has either no effect on the product nor on its price, but by using this link I will get a small provision.Music from:epidemicsound.com
MY NEW TOOL IN THE LAB - Teaser | QBOT MINImill KIT - makermoekoesminimill #1 maker.moekoe 2020-06-08 | Small demo of my new tool in the lab. I finally got a CNC MILL! Additionally this is the first try with my new DIY two axis camera slider. First version of the slider (only one axis) can be found here: youtube.com/watch?v=9EYR35tciBk*Werbung* This MINImill KIT is provided by minimill.atCheck out their Youtube: youtube.com/channel/UCmGTN8S6b7ZBBo_UtfS731gand Instagram channel:instagram.com/minimill_cnc/?hl=deand Website:https://www.minimill.at/de/einfache-bedienung/Stay tuned for some awesome projects on this machine in the future!Website: makermoekoe.comInstagram: instagram.com/maker.moekoeInstructables: https://www.instructables.com/member/...My other tools:DIY Hotplate Soldering Iron: makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironYellow Third hand: amzn.to/2JqTNuc (*)Reflow gun: amzn.to/349QsYX (*)Paste Dispenser: https://www.aliexpress.com/item/32834...Soldering Mat: amzn.to/2w2smUs (*) or amzn.to/2Pnx46B (*)More can be found here: makermoekoe.com/tools-and-stuff-in-the-labMy camera equipment:Camera: amzn.to/35sIGeg (*)Microphone: amzn.to/3aZm2vq (*)Camera clamps: amzn.to/2zUBYSF (*)Mini tripods: amzn.to/35vCoe2 (*)LED panel: amzn.to/35tbgfG (*)The links which are marked with a star (*) are affiliate links. This has either no effect on the product nor on its price, but by using this link I will get a small provision.Music from:epidemicsound.com
DIY motorized Camera Slider with oled controller | Full build maker.moekoe 2020-05-11 | How to build a simple but very handy motorized camera slider based on the Openbuilds/Vslot system. Just four 3D printed parts are needed to get this very useful camera equipment. More Informations can be found here: instructables.com/id/DIY-Motorized-Camera-Slider-From-Four-3D-Printed-PThe threaded inserts which I have used in this video are from RUTHEX Ruthex threaded insert bundle M3/M4/M5: amzn.to/39B1it9 (*)Ruthex M3 threaded inserts: amzn.to/3bHFDRs (*)Ruthex M4 threaded inserts: amzn.to/2QTXkVN (*)Ruthex M5 threaded inserts: amzn.to/2ypTRbf (*)The 3D printed BOSCH battery jack can be found here: thingiverse.com/thing:4283438Website: makermoekoe.comInstagram: instagram.com/maker.moekoeInstructables: https://www.instructables.com/member/...My commonly used tools:DIY Hotplate Soldering Iron: makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironYellow Third hand: amzn.to/2JqTNuc (*)Reflow gun: amzn.to/349QsYX (*)Paste Dispenser: https://www.aliexpress.com/item/32834...Soldering Mat: amzn.to/2w2smUs (*) or amzn.to/2Pnx46B (*)More can be found here: makermoekoe.com/tools-and-stuff-in-the-labMy camera equipment:Camera: amzn.to/35sIGeg (*)Microphone: amzn.to/3aZm2vq (*)Camera clamps: amzn.to/2zUBYSF (*)Mini tripods: amzn.to/35vCoe2 (*)LED panel: amzn.to/35tbgfG (*)The links which are marked with a star (*) are affiliate links. This has either no effect on the product nor on its price, but by using this link I will get a small provision.Music from:epidemicsound.com
MY NEW MAKER LAB! Electronics, soldering, 3D printer and my new overhead rig! maker.moekoe 2020-05-04 | What to build on a boring sunday? My new makerlab! I found an old table in the basement of my mom, which she doesn't use anymore. I removed all the stuff in one of my basement corners and put the desk there. This what I got putting all my stuff to it Additionally, I build a simple overhead rig based on two mini tripods, a steel pipe and some 3D printed parts. May you know it from my outdoor video studio a couple days ago... It has a fixed place now and will be used more often from now on! The video of my Camera Slider build recorded in the outdoor video studio will be released in a few days. Website: makermoekoe.comInstagram: instagram.com/maker.moekoeInstructables: https://www.instructables.com/member/...My commonly used tools:DIY Hotplate Soldering Iron: makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironYellow Third hand: amzn.to/2JqTNuc (*)Reflow gun: amzn.to/349QsYX (*)Paste Dispenser: https://www.aliexpress.com/item/32834...Soldering Mat: amzn.to/2w2smUs (*) or amzn.to/2Pnx46B (*)My camera equipment:Camera: amzn.to/35sIGeg (*)Microphone: amzn.to/3aZm2vq (*)Camera clamps: amzn.to/2zUBYSF (*)Mini tripods: amzn.to/35vCoe2 (*)LED panel: amzn.to/35tbgfG (*)The links which are marked with a star (*) are affiliate links. This has either no effect on the product nor on its price, but by using this link I will get a small provision.Music from:epidemicsound.com
Yet another DIY 3D printed camera slider with linear bearings | Red Edition maker.moekoe 2020-03-31 | I tried building a small camera slider from some spare parts I found at home. As you can see in the end of the video, the linear bearings were not suitable for this kind of application. Maybe it will get better after "tuning" them, but I decided to go with another method. Keep up to date with my Instagram:instagram.com/maker.moekoeThing files can be found here: thingiverse.com/thing:4252475The threaded inserts which I have used in this video are from RUTHEX. For these M3 inserts I am using holes for the 3D parts with a diameter of 4,4mm. Ruthex threaded insert bundle M3/M4/M5: amzn.to/39B1it9 (*)Ruthex M3 threaded inserts: amzn.to/3bHFDRs (*)Ruthex M4 threaded inserts: amzn.to/2QTXkVN (*)Ruthex M5 threaded inserts: amzn.to/2ypTRbf (*)For more informations to threaded inserts I can recommend a very detailed video from CNCKitchen:youtube.com/watch?v=G-UF4tv3HvcWebsite: makermoekoe.comInstagram: instagram.com/maker.moekoeInstructables: https://www.instructables.com/member/...My commonly used tools:DIY Hotplate Soldering Iron: makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironYellow Third hand: amzn.to/2JqTNuc (*)Reflow gun: amzn.to/349QsYX (*)Paste Dispenser: https://www.aliexpress.com/item/32834...Soldering Mat: amzn.to/2w2smUs (*) or amzn.to/2Pnx46B (*)The links which are marked with a star (*) are affiliate links. This has either no effect on the product nor on its price, but by using this link I will get a small provision.Music from:epidemicsound.com
How to design a simple case for your EAGLE PCBs in FUSION360! maker.moekoe 2020-03-16 | A short video demonstrating how to create simple cases for PCBs in Autodesk Fusion360. Designing a complete case just takes a couple of minutes. Unfortunately the language of my Fusion360 software is set to german, but all the keys should look the same in other languages. For the keyboard commands I have insert some notes in the video. One thing in advance, you will just need the two commands for PROJECT (P) and EXTRUDE (E), as well as the DELETE button.For some 3D printed cases you can check out my Instagram:instagram.com/maker.moekoeWebsite: makermoekoe.comInstagram: instagram.com/maker.moekoeInstructables: https://www.instructables.com/member/...GitHub: github.com/makermoekoeMusic by epidemicsound.com
Soldering SMDs with a FLAT IRON?! Homemade PCB assembly maker.moekoe 2020-03-06 | The video shows how I soldered the reflow controller PCB for my latest project at home. This board will be used to control a halogen floodlight which will end up being similar to a small reflow oven. Check out my current work in progress on my Instagram.instagram.com/maker.moekoeMy DIY hot plate soldering iron can be found here:makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironIt will be updated with the new reflow controller as well.Website: makermoekoe.comInstagram: instagram.com/maker.moekoeInstructables: instructables.com/member/moekoeGitHub: github.com/makermoekoe
Mini LED cube with 54 pixel, WiFi & gyroscope | SMT hotplate soldering | Pikocube v2.0 maker.moekoe 2020-01-26 | The Pikocube is a little LED cube with 54 pixels, a ESP8285-01F WiFi MCU and an ADXL345 gyroscope sensor. The dimensions of every single PCB are 25x25mm. Flashable via those 6 SMD pads on the one side. Plan is to use the cube as a electronic dice which detects when it is thrown and when it gets inactive. First version of the Pikocube (casted in epoxy resin): makermoekoe.com/2020/04/28/pikocube-v1-0-is-it-the-smallest-led-cubeWebsite: makermoekoe.comInstagram: instagram.com/maker.moekoeInstructables: instructables.com/member/moekoePatreon: patreon.com/makermoekoeTools in the video:DIY Hotplate Soldering Iron: makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironReflow gun: amzn.to/349QsYX (*)Paste Dispenser: aliexpress.com/item/32834704230.htmlSoldering Mat: amzn.to/2w2smUs (*) or amzn.to/2Pnx46B (*)The links which are marked with a star (*) are affiliate links. This has either no effect on the product nor on its price, but by using this link I will get a small provision.All the music is from:epidemicsound.com
PIKOCUBE | is it the smallest LED cube on earth? | complete build | makermoekoe maker.moekoe 2019-11-17 | The PIKOCUBE is just a funny little side project of mine. It is build out of five super small PCBs which are only 10mm by 10mm each. Every PCB is equipped with nine WS2812 2020 LEDs and two capacitors. The resistor is just a soldering bridge and therefore it has a resistance of zero ohms. The resulting 45 LEDs are controllable via only one data line.makermoekoe.com/2020/04/28/pikocube-v1-0-is-it-the-smallest-led-cubeFor more information to my soldering iron you can check out this:makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironCheck out my website for other cool projects:makermoekoe.comPatreon: patreon.com/makermoekoeMusic:1. Ikson - Soda2. Ikson - Viewssoundcloud.com/iksoninstagram.com/iksonofficial
NANOCLICK | the smallest IOT device I have created so far | complete soldering | makermoekoe maker.moekoe 2019-11-10 | Nanoclick is a small IOT device which contains of only one button for interaction. It can control every smart device which you can think of. Wifi is provided by the ESP8285 mcu. The best part of it is, that it doesn't make use of the deep sleep functionality, which results in awesome battery lifetime. For more informations to the device, you can check out my Octoclick post, which is the same with just three buttons instead of one. There will be an own post once the project is completed.makermoekoe.com/2020/04/28/a-dashbutton-for-the-internet-of-things-called-octoclickFor more information to my soldering iron you can check out this:makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironCheck out my website for other cool projects:makermoekoe.comMusic:1. Ikson - Fresh2. Ikson - Do Itsoundcloud.com/iksoninstagram.com/iksonofficial
PAPERCLICK v1.0 | From Unboxing over Soldering to finished PCB | makermoekoe maker.moekoe 2019-10-09 | Ready to use PCB in four steps:1. Unboxing2. Stenceling the PCB3. Placing all the components4. SolderingFor more information to my soldering iron you can check out this:makermoekoe.com/2020/04/28/maker-moekoes-kind-of-soldering-ironPaperclick is a device which contains the Octoclick functionality and an additional 2.13" ePaper display. The special on this is, that you can push the button by pressing onto the display. A small 3d printed mount will hold the epaper display in place.Check out my website for other cool projects:makermoekoe.comMusic:1. Ikson - Lighthouse2. Ikson - Windy (Chill Acoustic)soundcloud.com/ikson
Full soldering of the Minibrick PCB v1.0 | Homemade PCB assembly maker.moekoe 2019-07-07 | Simple soldering of a self designed PCB.1. Fit the SMD soldering stencil to the PCB.2. Dispense some solder paste to the stencil. Make sure that every pad is filled with solder paste.3. Place all the components.4. Solder it. (Here it is done with my self-build hotplate soldering iron, but it could be done with a reflow gun as well)The minibrick will be sewed together with five or six of these pcbs, but only one of them will be equipped with the controller, the boost converter, the level shifter and all capacitors, resistors and of course the leds. The other four or five pcbs will be equipped with the leds only.For more informations to the minibrick, the soldering hot plate or other projects you can follow me on instagram: instagram.com/maker.moekoe
How to produce SMD soldering stencils the cheapest way (DIY) maker.moekoe 2019-04-25 | Simple soldering video of my Octoclick PCB. The first part of this video shows how you could produce your own soldering stencils. Just need a laser cutter and a piece of polyester tape. For more informations, safety instructions and more you can visit my related Instructables page:instructables.com/member/moekoeOr you can visit my Instagram for recent updates to this project:instagram.com/maker.moekoe
How to reflow solder a simple dashbutton PCB maker.moekoe 2019-01-19 | This video just demonstrates how the reflow soldering technology is done for my self designed dashbutton PCB version 3.For instructions you can visit my Instructable page:instructables.com/id/How-to-Build-a-Dashbutton-for-the-Internet-of-ThinFor other videos or pictures about the dashbutton you can visit my Instagram:instagram.com/maker.moekoeOr for corresponding files and other electronic projects you can visit my GitHub page:makermoekoe.github.io
How to design a simple dashbutton PCB with Autodesk Eagle | Timelapse maker.moekoe 2019-01-07 | Just a two minute timelapse of designing a PCB of my dashbutton in Autodesk Eagle. For instructions you can visit my Instructable page:instructables.com/id/How-to-Build-a-Dashbutton-for-the-Internet-of-ThinFor other videos or pictures about the dashbutton you can visit my Instagram:instagram.com/maker.moekoeFor corresponding files you can visit my GitHub page:makermoekoe.github.io
500 LED-Pixel RGB-Brick maker.moekoe 2016-09-30 | A small video to show some of the capabilities of the RGB-Brick. Instructions and more material can be found here:http://www.instructables.com/id/500-LED-Pixel-RGB-BrickMusic: Itro & Tobu - Cloud 9
