Flywheel Stirling Engine Motor Model Kit A compact, handson model that converts heat into motion and electricity for classroom demonstrations, science projects, and hobby learning. Why customers choose this kit Demonstrates core physics principles: clearly shows the Stirling cycle, heat to mechanical energy conversion, and basic electromechanical generation. Ideal for teaching and learning thermodynamics and energy conversion. Handson and engaging: provides a visible, working mechanism that helps students and hobbyists understand engine motion, timing, and governor behavior. Practical and versatile: works with a small external heat source to drive the flywheel and a builtin generator element to produce a small electrical output for simple loads or indicators. Key benefits and problem solving Makes abstract concepts tangible: turns textbook theory into an observable experiment so learners grasp how heat produces motion and electrical output. Saves lesson preparation time: ready to assemble or display, it provides a straightforward demonstration tool without complex setup. Encourages exploration: suitable for labs, demonstrations, and projects where experimenting with heat input, load, and efficiency is part of the learning process. Main features and attributes Function: heatpowered Stirling engine that drives a flywheel and couples to a small generator for electricity production. Compatibility: designed for use with common lowintensity heat sources and simple electrical loads such as LEDs and small indicators for demonstration purposes. Size and format: compact, tabletop model suitable for desks, lab benches, and demonstration tables. Construction and performance: engineered for visible mechanism action and stable rotation under modest heat input; provides reliable, repeatable demonstrations of energy conversion. Use scenarios Classroom demonstration: Show students the Stirling cycle in action, linking pressure changes and piston movement to flywheel rotation and generator output. Science fair or project: Build and present a working exhibit that converts heat to motion and then to electricity, with observable cause and effect. Hobbyist exploration: Use as a desktop demonstrator to test different heat inputs, loads, and configurations while learning mechanical timing and basic generator behavior. What you get and how it helps A working model kit that illustrates thermodynamic principles and electromechanical conversion, suitable for educators, students, and enthusiasts. Clear, repeatable demonstrations that support lesson plans, experiments, and handson learning activities. This Stirling engine model kit provides a straightforward, reliable way to demonstrate heat driven motion and basic electricity generation, making energy concepts accessible and engaging for learners and hobbyists.