@ShreyasDeo0The second robot is done! I am so glad I got to finish this - thanks HC for giving me a reason to learn robotics (and learn how to solder)! I'll definitely revisit this project and make it better later! (2/2 - Follower-Robot is done!)
@Jolomolokolo0After countless hours of tinkering, writing code, and testing with hardware, the DEEJ-Audio Mixer is nearly complete, but due to a lack of production facilities, the project must temporarily be put on hold until the right circumstances align.
Github Repo: github.com/jolomolokolo/deej
@Jolomolokolo0After countless hours of tinkering, writing code, and testing with hardware, the DEEJ-Audio Mixer is nearly complete, but due to a lack of production facilities, the project must temporarily be put on hold until the right circumstances align.
Github Repo: github.com/jolomolokolo/deej
@anne0tried to make a hardware TOTPkey and failed miserably because (1) the routing was crazy difficult since im not good at PCB stuff and (2) the firmware part legitimately made me cry. find it at github.com/arsoninstigator/hardware-TOTkey
@Rayan0Some weeks ago I made a push counter for an esp32 in order to receive it for the bin, then I discovered that the custom fee was €23 and then I decided to buy an Arduino, so now I've had to make the old code for esp32, Arduino compatible, and so far is going great
github.com/Rayanlupo/push-up-counter-for-arduino
@Anson-U07FPDRVCD80USB3Hub
Custom made USB 3 hub using USB5534B Host Controller
Gerber files can be found in my github repository: github.com/YeetTheAnson/USB3Hub
Features
• Supports 5Gbps SuperSpeed protocol (With supported hardware, and while using one usb port only)
• Has 4 Usb 3.0 capable ports (480Mbps when used simultaneously)
• Type C input
Parts (Significant)
• USB5534B-5000JZX USB Host Controller
• Type C input
• 4x USB3.0 output
Attached below are some images of the PCB, and a video of the 3d view
@Mirrreeek0iCE40 DevBoard · A simple development board design for the iCE5LP2K-SG48 FPGA.
I needed to learn how to make FPGA board for a future project (a VGA GPU for my breadboard computer), so I tried making a devboard. Chose the cheapest one that has enough block RAM: iCE5LP2K.
There are many issues with the board - no 5v/3v3/GND on the headers, some mistakes in the schematic and other stuff. I couldn't even get the FPGA to configure (maybe fried it during hot-air soldering?) and don't quite have time to debug it/order a new one, so more updates at the GitHub repo I guess.
GitHub: github.com/Mirrrek/iCE40DevBoard
@ShreyasDeo0I made a robot for the very first time (thanks HC for giving me an excuse to)! It's an autonomous maze-solving robot (a Micromouse!), made using an Arduino UNO R3, an L298N Motor Driver, a pair of DC motors and three ultrasonic sensors! It uses a very simple left-wall following algorithm, and although there is a lot I could do to improve, I believe this is good enough (for now, atleast!) I'll try to revisit this sometime in the future, and maybe experiment with more complex algorithms like floodfill!
GitHub Repository: github.com/deoshreyas/Micromouse
@ShreyasDeo0I made a robot for the very first time (thanks HC for giving me an excuse to)! It's an autonomous maze-solving robot (a Micromouse!), made using an Arduino UNO R3, an L298N Motor Driver, a pair of DC motors and three ultrasonic sensors! It uses a very simple left-wall following algorithm, and although there is a lot I could do to improve, I believe this is good enough (for now, atleast!) I'll try to revisit this sometime in the future, and maybe experiment with more complex algorithms like floodfill!
GitHub Repository: github.com/deoshreyas/Micromouse
@anne0i built (/ am building) a micropad ! while this would be much simpler if i was working with arduino, i started this project with esp32 on wokwi as a part of the #C06R2QQT5M4| electronics project. unfortunately, while working with that microcontroller, it was announced that it was to be removed from the bin form since it was too expensive. i was forced to switch over to pi pico to salvage some of my work so here we are ! i'm designing the pcb so i can have it fabricated so i can work with an arduino (that i'll source myself) and make an actual funky macropad with latest functionalities. find my repo at github.com/arsoninstigator/macropad.pi-pico
@YashSethuraman0Hello! More model work 💀 has been done... here's the repo: github.com/yashsethu/ball_track_robot and some pics? Sorry, its the same pic as last time because i haven't booted the models onto my hardware yet
@Aarush0Did some soldering on my Raspberry Pi zero 2. Will use this in a future project hopefully. Maybe a camera system for my room... The soldering is kinda choppy and took a while as I'm a newbie. Happy with the results tho. github.com/highfrog489/arcade-rasberry-pi
@Gestolennaam0Worked on a snake game in arduino wokiwi.
But worked just a few hours on it, and it doesn't work really yet. (submitting this because arcade is almost ending)@TheOnlyDino0I made a model that tracks if you are playing the violin or punching someone on Arduino! I used Javascript, and learned how to use Tensorflow JS in Arduino. It currently isn't working too well, so I am fixing that rn. Also, there isn't anything to see due to the model not being used on the Arduino.
Repo: github.com/boblamceo/JsArduino
Model here:
@Willy0Hey, I'm working on a secret concealment box, it's not finish due to a stock failure in my hardware store & It will not be possible for me to finish this project before the end of the arcade (2 weeks of delays just for wood serious) so if you want the cad and stay informed look my repo
github.com/WilliamBSITT/Secret-Concealment-Box
@EXELVI2Today I did nothing much, I made this thermostat in a few minutes, which I attached to my fan since today it was really hot, I used a aht20+bmp280 sensor and an Arduino UNO R4 WiFi
@vanessatan0check out some code to get basic output from your arduino sensors
to use it, download the code, plug in the sensor into the appropriate pins (check the comments for more details) and run
pray it works 🙏
hoping to combine these to make more complex projects in the future 🤞
github.com/vanessatan2007/arduinoSensors
@DatisReyhani0finished assembling my CNC router's hardware! I've moved onto software now, and am in the process of writing the firmware with a gcode interpreter, and adding support for as many commands as I can! Currently going through the "G" commands before I move onto "M", while I wait for some components to arrive (that'll let me get the spindle motor up and running!)
@Anson-U07FPDRVCD80ESP32Joystick
A wifi joystick with the interface hosted on an esp8266
(Despite the name "ESP32Joystick" it uses an ESP8266, it is because I intended an ESP32 to be used at first, but it got too complicated)
This esp8266 joystick has an interface made with html, css and javascript which are hosted on a WiFi capable microcontroller, the esp8266. The esp8266 communicates with an Arduino Pro Micro which emulates the Xbox 360 HID controller over I2C bus protocol.
The reason I chose to emulate an Xbox360 controller was because of it is widely supported by many devices that runs on android, IOS, mac or windows.
Installation tutorial, source code and more info can be found in my github repo:
github.com/YeetTheAnson/ESP32Joystick
Attached below are some pictures and video of the wireless joystick in action
@MaxRobotics0Okay, last post for once again a separate project.
My dad and I teach a class at our local makerspace (New England Sci-Tech), and there are 3 levels. I'm in charge of the intermediate level, and these #C06SBHMQU8G| sessions are me creating a curriculum and example code.
Github: github.com/maxsrobotics/Arduino-IRLaserTag
Class Site: nescitech.org/arduino
@MaxRobotics0Oh here's another post for a completely different aspect for the same project (Tiny4FSK):
At the beginning of #C06SBHMQU8G|, I did a lot of work on assembling, testing, and debugging my Rev. 3 (aka Rev. 1.2). I forgot to post about them. The process included doing precise SMD reflow and soldering, and debugging using test equipment at my local makerspace.
Github: github.com/New-England-Weather-Balloon-Society/Tiny4FSK
@EXELVI2Arduino Local Weather Station
A local web server displaying real-time weather information all made with Arduino. It uses the AHT20 sensor to measure temperature and humidity, and the BMP280 sensor to measure atmospheric pressure and temperature.
github.com/EXELVI/Arduino_Local_Weather_Station
@Jolomolokolo0After countless hours of tinkering, writing code, and testing with hardware, the DEEJ-Audio Mixer is nearly complete, but due to a lack of production facilities, the project must temporarily be put on hold until the right circumstances align.
Github Repo: github.com/jolomolokolo/deej
