Assembled Stirling Engine Model Kit for HandsOn Science Exploration Overview Assembled Stirling engine model kit that runs directly out of the box. Designed as a science gadget to demonstrate thermodynamic principles and mechanical motion in a clear, handson way. Operates using a small alcohol lamp heat source. Heat expands the internal gas, increasing molecular motion and driving the piston and flywheel. The moving flywheel sustains the engine cycle and provides visible, continuous motion. Key Benefits Ready to use: Arrives fully assembled so you can start demonstrating and exploring immediately. Clear visual learning: Observe the complete Stirling engine cycle and mechanical linkages to strengthen understanding of heatdriven engines and basic physics concepts. Durable construction: stainless steel structure provides rugged and longlasting performance for repeated classroom or hobby use. Practical demonstration of energy conversion: Shows how thermal energy is converted into mechanical motion using a compact tabletop device. Features and Attributes Function: External heat driven Stirling engine that converts heat from an alcohol burner into rotational motion via gas expansion and a flywheel. Power source compatibility: Designed to operate with a small alcohol lamp or similar safe external heat source suitable for tabletop demonstrations. Material: Primarily stainless steel for structural components and moving parts to resist wear during operation. Assembly: Supplied assembled for immediate use; no complex setup required. Performance: Smooth flywheel rotation provides a steady, observable motion cycle suitable for demonstrations and study. Use Scenarios Classroom demonstration: Use in physics or engineering lessons to illustrate thermodynamic cycles, gas expansion, and basic engine mechanics in a clear, handson format. STEM hobbyist project: Place on a desk or display shelf for practical experiments, timing runs, and measuring the effect of different heat inputs on rotation speed. Educational outreach and workshops: Bring to science fairs or workshops to give participants a tangible example of heattomotion conversion and encourage interest in mechanical science. What You Can Learn The working principle of a Stirling engine and how external heating causes internal gas expansion. How a flywheel and mechanical linkages convert piston motion into continuous rotation. Fundamental concepts of thermodynamics and energy conversion through direct observation and simple experimentation. Contents and Use Notes Assembled Stirling engine model kit ready to operate. Intended for supervised educational use with an appropriate alcohol lamp or approved heat source. Follow general safe handling practices for open flames during demonstrations. This Stirling engine model kit combines durable materials, practical design, and immediate usability to provide an effective tool for learning and demonstrating heatdriven mechanical systems.