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Real-Life Dino Jump: Bringing the chrome Dino game to Life!

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 Ever wondered what it would be like to control the Chrome Dino game with your own movements?   Have you ever played the Chrome Dino game and wished you could control the Dino with your own movements? Well, that's exactly what I've done in this project! By using an ESP32 microcontroller and an MPU6050 accelerometer, I've created a setup where jumping in real life makes the Dino jump in the game. Let's dive into the details of how you can recreate this fun and interactive experience. Setting Up the ESP32 and MPU6050 I have made a breakout board for the esp32 which has a dedicated spot for the mpu6050 for easy connection. Check this out OR Wiring the Components : Connect the VCC of the MPU6050 to the 3.3V pin on the ESP32. Connect the GND of the MPU6050 to the GND pin on the ESP32. Connect the SCL of the MPU6050 to the SCL pin on the ESP32. Connect the SDA of the MPU6050 to the SDA pin on the ESP32. Installing the Required Libraries : In your Arduino IDE,...
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Create stunning light effects

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  Hey everyone, welcome back! In this post, we’ll dive into controlling your LEDs like a pro using WLED. Whether you’re new to smart lighting or an experienced maker, this guide will help you get your addressable LEDs up and running in no time. What is WLED? WLED is an amazing open-source project that lets you control addressable LEDs effortlessly with just an ESP32 or ESP8266 board. With WLED, you can create stunning light effects, sync your lights with music, and even control them via your phone. Here’s what you’ll need to get started: An ESP32 or ESP8266 board Addressable LEDs, like the WS2812B strip Some connecting wires Getting Started with WLED   1. Flashing WLED to Your ESP Board The setup is simple. First, you need to install the WLED firmware on your ESP board. Here’s how: Visit the WLED website . Choose the latest firmware version and click “Install.” Connect your ESP board to your computer. Select the port (e.g., TTYACM0 if you're on Linux) and click “Install” to f...
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DIY Pomodoro PCB Watch - Boost Your Productivity!

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 If you've been looking for a way to supercharge your productivity and manage your time effectively, this DIY project is perfect for you.   Things used in this project Hardware components PCBWay Custom PCB × 1 Microchip ATtiny85 × 1 vibrating Disc Motor × 1 BC547 transistor × 1 Resistor 100 ohm × 1 Through Hole Resistor, 56 ohm × 1 Resistor 220 ohm × 3 schottky diode × 1 RGB Diffused Common Anode × 1 Battery, 3.7 V × 1 Software apps and online services Arduino IDE Hand tools and fabrication machines Soldering iron (generic) Hot glue gun (generic)   Story Hi everyone, now I have an exciting project for you – we're creating a Pomodoro Technique PCB Watch from scratch. And guess what? This project is made possible thanks to our amazing sponsor, PCBWay!     I am a fan of productivity stuff, but I often find procrastinating after doing some work. I tried the Pomodoro technique and it suits me. But the problem is I use it on my phone, often sliding into social ...
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