Screaming Pumpkin 3h DIY project [Arduino, ESP32, RGB, Audio, PIR]

In this quick maker project the pumpkin gets some basic electronics that have some animated RGB LED lights a motion detection sensor and sound. It detects if trick-or-treaters are approaching the house and plays a scary scream and flashes the lights. It’s really rewarding for such a quick projects that can be built easily with kids. All is controlled by the esp32 microcontroller that can be uploaded with the code linked below from the Arduino IDE. All the other parts are simply attached without much effort. The electronics can be easily applied to other Holiday projects. Have Fun!

An Affordable Arduino-Powered Bionic Hand

Modern robotics is full of some amazing things, like Boston Dynamics backflipping robots, but the hardware associated with these robots comes at a fairly steep cost. An industrial robotic arm can cost anywhere from $25,000 to $400,000 and that price tag can stop a hobbyist or tinkerer from experimenting with robotics. Youbionic is intending to change this with its new affordable bionic arm.

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Using WebUSB with Arduino and TinyUSB

Adafruit recently uploaded a hand guide on how to use Google’s WebUSB API with the TinyUSB stack and Arduino-based projects and how to interact with them in Chrome. Googles WebUSB platform is a JavaScript programming interface that allows users to interact with USB devices via web pages. The TinyUSB library enables Arduino-based development boards to appear as USB devices, making it easy to connect them to the WebUSB standard.

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All you need to know about Stepper Motors| Code Included| Robosense

Robotics is the next disruptor which is obvious, electronics, data science and hardware knowledge is very important to make a mark in this field. Robots ranging from small printing machines to huge arm movements are very precise which has been possible by introducing a new generation of motors known as STEP Motor or STEPPING Motor and popularly known as STEPPER Motor.

Commodore 64 Revamp With Raspberry Pi, Arduino and Lego

This project lets you rediscover the 1980’s gaming scene by resurrecting an old Commodore 64 home computer using new components and those ever-versatile Lego bricks! If you had one of these computers, this build will let you replay forgotten games and beat old high scores.
If you’re new to retro-computing, now’s your chance to see why the Commodore 64 was so incredibly popular.

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