⚙️ What is a DC Motor? How does it work? Welcome to Hexabot, your go-to channel for clear, visual, and in-depth explanations of electrical and mechanical engineering concepts. In this episode, we take a deep dive into one of the most fundamental and widely used devices in the world of electromechanics: the DC motor (Direct Current Motor). DC motors are everywhere — from children’s toys, desk fans, and power tools to electric vehicles, industrial machines, and automation systems. But how exactly do they work? What makes them spin? And why are they so important in engineering design? In this video, we explore everything you need to know about DC motors, using clear animations, technical slides, and real-world examples to help you fully grasp the topic. 🔍 What You’ll Learn in This Video: ✅ What is a DC motor? Understand the core function of DC motors and how they convert direct current electricity into rotational mechanical energy through electromagnetic interaction. ✅ The construction of a typical brushed DC motor Explore the major components: • Stator – provides the magnetic field • Rotor (Armature) – rotates and generates motion • Shaft – transmits mechanical energy • Commutator – switches the current direction • Brushes – maintain electrical contact with the rotor ✅ Working principle step-by-step We break down the Lorentz force, electromagnetic fields, and the critical role of the commutator in ensuring continuous unidirectional torque. You'll see how current flow and magnetic interaction produce motion – and why precise timing is crucial. ✅ Why DC motors are so controllable Learn how DC motors offer flexible control over speed, direction, and torque – making them ideal for applications that require fine motor control. ✅ Applications of DC motors Discover the wide range of uses for DC motors in both consumer electronics and industrial automation, including robotics, electric vehicles, conveyor belts, and small appliances. 👨‍🔧 Who Is This Video For? Whether you're a student, a technician, an engineering enthusiast, or a professional working with mechatronics and automation systems, this video will give you a rock-solid understanding of how DC motors function – from theory to practice. 🎓 About Hexabot: We specialize in educational engineering content in mechatronics, robotics, electrical systems, and industrial automation. Our mission is to make complex technical topics simple and visual for learners at all levels. 👍 Don’t forget to Like, Share, and Subscribe if you enjoy the content. 🛎️ Turn on notifications so you don’t miss our future videos on motors, sensors, circuits, and more!