remote control

Autonomous Robotic fish developed by CPSDrone Autonomous Robotic Fish Combines Computer Vision and Wireless Charging

A YouTube channel named CPSDrone has developed a fully autonomous robotic fish capable of operating without direct human control. The project, which took nearly three months to design and build, demonstrates how bio-inspired robotics can replicate the movement and behavior of aquatic life while integrating advanced robotic capabilities. Unlike traditional remote-…

Interactive Voice Response System Using ESP32 GeoLinker ESP32 Interactive Voice Response (IVR) System with GeoLinker Integration

Nowadays, automation has become a common part of our daily lives. From simple tasks like operating a coffee machine to creating code for complex applications, many processes are now automated. However, most systems used for controlling devices depend on internet connections, mobile applications, or cloud platforms. In many places, internet availability may be poor or…

FPV Jeep with Servo-Based Camera System Powered by SpeedyBee F405 Mini RC Jeep Uses a Servo-Powered Camera Rig for True Driver POV

What if an RC car could make you feel like you’re actually sitting inside it? That’s exactly what creator kpopRC has built with his latest FPV Jeep crawler. Instead of a fixed camera, the system uses a servo-powered “lean-out” rig mounted in the driver’s seat position. This allows the camera to physically extend out of the window and move with pan and tilt controls giving a true driver’s…

Remote-controlled bionic butterfly model in flight Maker Completes Remote-Controlled Bionic Butterfly Project

A maker has completed and demonstrated a remote-controlled bionic butterfly, sharing the build process in a recent online video. The project involved assembling a lightweight artificial butterfly with flapping wings driven by remote control components. Viewers were shown the step-by-step construction, including key mechanical and electronic elements of the flyer.

According to the video…

AI-Powered RC Car Explores Winter Wilderness Autonomously AI-Powered RC Car Explores Winter Wilderness Autonomously

YouTuber Coding with Lewis recently demonstrated how an AI model can be given a physical body by converting an RC car into a fully autonomous wilderness explorer. Using Claude 3.5 Opus as the decision-making engine and a Raspberry Pi 5 as the onboard controller, the project bridges digital intelligence with real-world robotics, allowing the vehicle to navigate snowy forest terrain completely…

Cheese Cake CHEESECAKE

By PAVAN K.

 

Components Required Component Name Quantity Datasheet/Link ADAFRUIT MEMENTO     1  View Datasheet Components Required Hardware Assembly

Code Explanation

KEY FEATURES

Dual-MCU Architecture   — ESP32_MT (control) + ESP32_DL (display/LEDs) Animated OLED Eyes    — 4 moods, auto-blink, horizontal/vertical…
Smart Home Automation Using AccessPoint mode with ESP32_S3_BOX3.jpg Smart home automation using Access point mode using ESP32-S3-BOX-3

By Thejas A V

PROJECT OVERVIEW Smart Home Automation using ESP32-S3-BOX3 as WiFi Access Point

I have built a local WiFi-based smart home system that works without internet.

 The ESP32-S3-BOX3 creates its own WiFi network (Access Point mode).  my MIT App connects to that WiFi with speech recognition module.  App sends HTTP commands.  ESP32 receives commands and…
A Complete Teardown & Component Level Breakdown of E88 Drone Everything You Need To Know About The E88 Drone Teardown: A Complete Component Level BreakdownE88 Drone Overview: What You Get in This Teardown

The E88 quadcopter drone is a consumer-grade quadcopter drone designed for indoor and outdoor recreational flying. Featuring a foldable design, a WiFi camera, and altitude-hold capabilities, this detailed E88 drone teardown represents a typical entry-level drone in the sub-₹2000 market segment. The drone's compact…

ESP32-CAM Telegram Bot Built an ESP32-CAM Telegram Bot for Image & Video Capture

The ESP32-CAM is one of the most popular development modules, featuring built-in Wi-Fi and a camera. With its robust 32-bit processor, it’s widely used in countless projects by hobbyists around the world! Thanks to its ability to capture images and videos, the possibilities in the Internet of Things are endless, from monitoring and surveillance to automation.

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ESP32-S3 BOX-3 AIoT Development Tool Getting Started with ESP32-S3-BOX-3: AIoT Development Board

Finding the right ESP32-S3 development kit often means compromising between functionality and deployment readiness. With so many ESP32-S3 dev kits out there, we have been searching for a ready-to-deploy module that doesn’t require extra work like designing enclosures or 3D printing cases. These things can significantly increase the deployment time. One such kit we…

Smart Trash Bins Use AI to Catch Garbage AI Trash Cans That Can Trash Talk and Chase Garbage

A Chinese DIY studio, tired of its messy workspace, decided to take smart cleaning to a whole new level. They went ahead and built 20 AI-powered trash bins that can detect, chase, and catch flying garbage, all while giving you lip if you miss. The team gave the trash bins cameras, embedded AI models to recognize thrown objects, and motors for movement. 

When a piece of trash flies…

Robot Picks Locks Using Physics, Not Cameras A Robot That Picks Locks Using Physics, Not Sight

In an ambitious experiment, a creator built a robotic lockpicker that can identify internal lock pins without a camera. It relies on force sensing and Hooke’s Law. This improves on previous versions of the project that took a brute-force approach, which cost up to a week trying every possible pin combination.  

The new version uses RC servo motors for quicker movement and mounts…