Automated Vehicle Control – Directional DC Motor System | Robotics Project скачать в хорошем качестве

Automated Vehicle Control – Directional DC Motor System | Robotics Project

Ever wondered how vehicles change direction automatically? 🚘 In this Arduino + Tinkercad project, we’ll build an Automated Vehicle Control System using DC motors to simulate forward, backward, left, and right movement. In this hands-on lab, you’ll learn: 🔌 How to connect and control DC motors with Arduino. ↔️ How to change motor direction using H-bridge logic. 💡 Writing Arduino code to switch between forward, reverse, left, and right turns. ⚡ Testing automated movement in Tinkercad with motor direction control. 🌍 Real-world uses in robotic cars, smart vehicles, and automated transport systems. By the end of this lab, you’ll understand how directional motor control powers the movement behind robots, vehicles, and automation systems! 🤖🚙 Empowering K–12 Students with AI & Robotics – Pakistan’s First Bilingual, Government-Approved Course Our Social Pages LinkedIn ►   / mediatiz-foundation   Facebook ►   / mediatizofficial   Twitter ►   / mediatizorg   Instagram ►   / mediatizfoundation   Pinterest ►   / mediatiz   TikTok ►   / mediatiz   ➼ Find more interesting stuff on: https://www.mediatiz.org/ ©2025 | AI Mind by Mediatiz Foundation. All rights reserved. Unauthorized use or distribution is prohibited #ArtificialIntelligence #AIRevolution #DigitalAge #AIBasics #GenerativeAI #LargeLanguageModels #AIApplications #SmartTechnology #AIChallenges #FutureOfAI #TechInnovation #AIInDailyLife #MachineLearning #EthicalAI #AIImpact #MediatizFoundation #MediaMind #MediaLiteracy #Education #Awareness #ClearThinking #CriticalThinking #CreativeThinking #ComputationalThinking #Arduino #TinkercadLab #VehicleControl #DCMotors #AutomatedSystems #ArduinoForBeginners #ElectronicsBasics #STEMEducation #ArduinoProjects #ElectronicsProjects #STEMforKids #RoboticsForKids #MakersLab #EngineeringForKids