In today’s tutorial, we’re building a Mini Crane System using Arduino Uno, an L298 Motor Driver, a DC Gear Motor, and a Servo Motor — all controlled with just two push buttons! 🏗🤖 Lift, lower, and rotate objects smoothly just like a real crane, while learning core concepts of motor drivers, servo angles, and button-based direction logic.
This project is perfect for students, hobbyists, and beginners who want to understand DC motor direction control, servo movement, and interactive Arduino circuits.
🔧 This video covers:
✅ How a servo motor rotates the crane arm ✅ Using L298 Motor Driver to control a DC gear motor ✅ Connecting push buttons using internal pull-up ✅ Writing & uploading Arduino code ✅ Real-time demo: Lift, lower & rotate objects ✅ Understanding motor direction toggling with a single button
💡 Ideal for:
👩🎓 Students learning Arduino and robotics 🤖 Robotics & electronics enthusiasts 🛠 DIY makers building mechanical projects 🏗 Anyone curious about motors, drivers & automation
📦 What You Need: Arduino Uno L298 Motor Driver Module DC Gear Motor Servo Motor 2 Push Buttons Mini Breadboard Jumper Wires Double Battery Holder (two 3.7V cells) Crane structure (Cardboard / Wood / Acrylic) USB Cable for programming
📸 Follow us on Instagram for reels, updates & behind-the-scenes: 📲 @robo_army_
👍 Enjoyed the project? 🔔 Subscribe to RoboArmy for weekly Arduino & Robotics tutorials! 💬 Got a project idea? Drop it in the comments — we might build it next!
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Takeoff projects help students complete their academic projects. Register at takeoff projects today to find and learn about different interesting big data projects and grab the best jobs. Get started right now.
Make your own Arduino Bluetooth Car 🚗 using Arduino UNO, HC-05 Bluetooth module, and L298N motor driver!
✨ Features: ✔ Bluetooth control via mobile 📱 ✔ Tank steering (left/right motor control) ✔ Front white headlights & rear red tail lights ✔ Buzzer horn 🔊 ✔ 0.96" OLED display (speed meter & info)
Seja bem-vindo ao DIA 1 da nossa série especial de Arduino aqui no Tech e Prosa!
Muitos professores sentem receio ao ouvir falar em robótica ou eletrônica, mas meu objetivo aqui é mostrar que essa tecnologia é acessível, leve e — o melhor de tudo — uma ferramenta incrível para transformar suas aulas.
Neste primeiro vídeo, vamos "tirar o monstro do armário". Vou te apresentar a placa física do Arduino Uno, explicar por que ele é considerado o "cérebro" de um projeto e mostrar para que servem as principais conexões (USB, energia e pinos).
O que você vai aprender hoje:
Afinal, o que é um Arduino?
Tour visual pela placa física.
Diferença entre as entradas de energia e dados.
Como essa ferramenta se conecta com a Cultura Digital e o Pensamento Computacional (BNCC).
A jornada está apenas começando! Amanhã, no Dia 2, vamos dar a primeira ordem para esse cérebro eletrônico. Não perca!
💡 CONVITE ESPECIAL:
Se você é professor e quer aprender tecnologia de um jeito descomplicado para aplicar com seus alunos, inscreva-se no canal e ative o sininho!
Dive into the world of AI and technology by learning how to construct your own voice assistant using Raspberry Pi. This step-by-step guide simplifies complex concepts, making it accessible for both beginners and tech enthusiasts eager to explore DIY electronics projects.
Thanks for watching! consider subscribing if you found this helpful!
Also guys, the links aren't clickable since my YouTube account verification is under process. Until then I want you guys to copy and paste the links on any web browser so that you can access the code and video.
Watch this simple setup bring motion to life—perfect for beginners getting into electronics or anyone who loves building cool things. Small code, big results.
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(TrendHunter.com) The Poor Man’s Polaroid is a DIY instant camera project created by maker Boxart that replaces traditional instant film with thermal receipt paper. The Poor Man’s Polaroid uses a Raspberry Pi...
Learn electronics from scratch! This beginner-friendly video explains **how electricity works**, the **flow of electrons**, and the **key components in a simple circuit** — step by step.
We cover: - What is electricity - How electrons move through circuits - Voltage, current, and resistance explained - Real-life examples like phones, lights, and car circuits
Perfect for students, DIY electronics enthusiasts, and anyone starting electronics. Start your **electronics journey today**!
Subscribe for more tutorials: Arduino, Raspberry Pi, IoT, circuit design, troubleshooting electronics, and practical DIY projects.
Wir erklären im Detail den Vorgang DietPi und Raspberry Pi OS Lite vergleichen. Diese umfassende Anleitung behandelt alle spezifischen Schritte und Fakten, die Sie im Jahr 2026 zwingend benötigen. Wir überprüfen die genauen Parameter und Systemeinstellungen rund um das Thema DietPi und Raspberry Pi OS Lite vergleichen. Das fundierte Wissen über DietPi und Raspberry Pi OS Lite vergleichen hilft Ihnen nachhaltig, Ihre täglichen Abläufe und Prozesse fehlerfrei zu optimieren. Dieses Video ist rein faktisch aufgebaut und dient ausschließlich der neutralen Informationsvermittlung.
Participa en nuestro Taller Gratuito de Electrónica Aplicada con Arduino y descubre cómo será el curso completo. Ideal para estudiantes, docentes y personas interesadas en tecnología y proyectos STEAM.
📅 Lunes 6 de abril – Taller Gratuito 🕗 Hora: 8:00 p.m. en punto ⏰ La sala se abrirá 15 minutos antes 💻 Modalidad: Virtual en vivo (Google Meet)
En este taller gratuito aprenderás: ✅ Metodología de enseñanza ✅ Programas usados (Tinkercad, Proteus, Arduino IDE) ✅ Horarios del curso ✅ Resolución de dudas en vivo
🎓 Curso de Electrónica Aplicada con Arduino 📅 Inicio: Sábado 11 de abril 🕒 Horario: 3:00 p.m. – 7:00 p.m. 📚 Duración: 5 sesiones (4 horas cada una) 🎓 Certificado: 40 horas académicas
✨ Aprenderás: • Electrónica básica y aplicada • Programación con Arduino • Sensores y actuadores • Simulación de circuitos • Proyectos STEAM prácticos
📦 Incluye kit, materiales, asesoría y curso 100% práctico
Participa en nuestro Taller Gratuito de Electrónica Aplicada con Arduino y conoce cómo será nuestro curso.
📅 Lunes 6 de abril - Día del taller Gratuito 🕗 8:00 p.m. en punto ⏰ La sala se abrirá 15 minutos antes para ingresar con calma 💻 Modalidad: Virtual en vivo (Google Meet)
En este taller gratuito: ✅ Explicaremos la metodología de enseñanza ✅ Mostraremos los programas usados para el curso (tinkercad, proteus, Arduino IDE) ✅ Detallaremos los horarios ✅ Resolveremos todas tus dudas en vivo
🎓 Información sobre el Curso de Electrónica Aplicada con Arduino 📅 Inicio: Sábado 11 de abril 🕒 Horario: 3:00 p.m. – 7:00 p.m. 📚 Duración: 5 sesiones (4 horas c/u) 🎓 Certificado: 40 horas académicas
✨ Aprenderás electrónica, programación Arduino, sensores, simulación y proyectos STEAM.
📦 Incluye kit, materiales, asesoría y curso 100% práctico.
Join us for a deep dive into the modern era of Java education. We’re moving beyond boilerplate and "Hello World" in the terminal to explore how Java 25—with its streamlined syntax and high-performance JIT—is transforming the classroom through hardware and interactive notebooks.
Get creative with this multi-sensor setup for a fun decorative Easter project! This video showcases how a button controls various patterns on an LED light strip, while an IR sensor allows you to change the RGB color. It's a fantastic DIY electronics project that brings a touch of magic to your Easter decor.
-- Amazon Affiliate links -- Arduino Starter kits: Sunfounder Uno R4 Minima Ultimate Sensor kit: https://amzn.to/48bjJWg ELEGOO Uno R3 Most Complete Starter kit: https://amzn.to/4rYCt2i
There were a plethora of tiny, local ISPs in the days of dial-up internet. Along with the big providers, many cities would have more than one. Some of those have survived broadband, but none of them w...
Learn how to make an Automatic Smart Barrier with Traffic Light using Arduino in this simple DIY electronics project. 🚦🤖 This project demonstrates how Arduino can be used to automate a barrier gate and control a traffic light system for vehicles.
The automatic smart barrier detects vehicles and controls the barrier while the traffic light indicates stop and go signals. This type of system is commonly used in parking gates, toll gates, and railway crossings.
🔧 What you will learn in this video: • How an Arduino automatic barrier system works • How a traffic light control system operates • How to build a simple smart barrier using Arduino • Basic automation using Arduino for beginners
This Arduino project is perfect for students, beginners, and electronics enthusiasts looking for creative DIY automation projects.
Subscribe for more Arduino projects, DIY electronics, smart automation circuits, and engineering mini projects. 🚀
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