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Showing posts with the label #RobotBuilding

Online Robotics Course in Less Than 20 Minutes – Learn the Basics Fast! 🤖🚀

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  Online Robotics Course in Less Than 20 Minutes – Learn the Basics Fast! 🤖🚀 Join Our Whatsapp Channel Want to learn robotics in under 20 minutes ? Whether you’re a beginner or just curious , this quick crash course will give you a solid foundation in robotics. Let's get started! 🔹 What is Robotics? Robotics is the study of designing, building, and programming robots to perform tasks. Robots are used in industries, space exploration, medical fields, and even at home! 🔹 Key Components of a Robot To build a robot, you need to understand its five main components : 1️⃣ Power Supply 🔋 Provides energy to the robot. Example: Batteries, solar panels. 2️⃣ Sensors 👀 Help the robot understand its surroundings. Example: Ultrasonic sensors (for distance), IR sensors (for object detection), cameras (for vision). 3️⃣ Actuators & Motors 🦿 Allow the robot to move. Example: Servo motors (precise movement), DC motors (continuous rotation). 4️⃣ Microcontroller (Brain) 🧠 The robot...

DIY Animal Walking Robot

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  Objective: Create a simple, fun, and functional walking robot that resembles an animal (e.g., a dog, cat, or insect). This robot will move its legs to simulate walking and can be powered by basic motors and batteries. Click here for the Video Materials Required Microcontroller : Arduino Nano or Uno Servo Motors : 4–6 small servo motors (depending on the number of legs) Batteries : 7.4V Li-ion battery pack or AA battery holder Frame Material : Popsicle sticks, lightweight plastic, or 3D-printed parts Jumper Wires : For connections Breadboard : For wiring and testing Miscellaneous : Screws, glue gun, double-sided tape, and decorative items for the animal theme Action Plan 1. Design the Frame Choose the type of animal your robot will mimic (e.g., a four-legged dog or six-legged insect). Build the frame using popsicle sticks or plastic. Ensure the frame is lightweight but sturdy. Attach joints where the legs will connect to allow free movement. 2. Assemble the Legs Cut legs to the de...