Open, direct-current motor model designed for hands-on learning and clear demonstration of motor principles. Key benefits Makes abstract concepts tangible: open-frame design exposes the rotor, commutator, brushes and magnetic field so students can see how a DC motor converts electrical energy into motion. Built for classroom use: durable construction and secure mounting points let teachers and lab technicians use the unit repeatedly for demonstrations and experiments. Enhances understanding and engagement: encourages practical exploration, curiosity and deeper comprehension of motor operation and applications. Safe and reliable for education: engineered as an instructional model to support repeated handling and observation without complex setup. What it does Demonstrates basic DC motor function and components in a visible, accessible way. Serves as a reference device for experiments, measurements and step-by-step demonstrations of starting, direction, and load behavior. Important attributes Function: open direct-current (DC) motor model for educational demonstration and hands-on investigation. Construction: robust, classroom-grade materials with an open design for direct observation of moving parts. Compatibility: suited to standard educational and laboratory setups; integrates easily with teaching benches, simple power sources and measurement tools used in school or university labs. Performance: reliable, repeatable operation intended for demonstration and learning rather than industrial use. Suitability: made for students, teachers, lab instructors and technology enthusiasts who want to study motor principles. Practical use scenarios Classroom demonstration: show how current, magnetic fields and commutation produce rotation during a lecture or lab session. Laboratory exercise: use as a testbed for student experiments on torque, speed under load, and the effect of voltage or wiring changes. Science exhibit or project: include in a hands-on display or student build to illustrate motor mechanics and electrical-to-mechanical energy conversion. Who should choose this product Educators looking for a durable, visible teaching tool to explain motor fundamentals. Students and hobbyists who want a safe, reliable model to explore and experiment with motor behavior. Institutions staging lab practicals or science fairs that require straightforward demonstration equipment. What you get An open DC motor education model that highlights internal components, supports repeated demonstrations, and helps learners connect theory with visible operation. This unit focuses on clarity, durability and ease of use to support practical teaching and independent exploration of DC motor principles.