Stirling Engine Kit Silver Gold Visible Heat Conversion STEM Educational Physics Experiment

Stirling Engine Kit PhysicsScience Kit for 96+ Silver and Gold 10x10x14cm 250g Overview A compact, handson Stirling engine kit designed for physics and science learning. This assembly kit demonstrates the principles of external combustion engines and heat to motion conversion in a visible, tangible way. Finished in silver and gold colors, the model measures 10x10x14cm and weighs 250g, making it convenient for classroom use, desktop demonstration, or hobby projects. Key benefits Clear demonstration of core physics concepts: See thermodynamic principles and energy conversion in action as heat drives the engine cycle. Handson learning and skill building: Assembly reinforces mechanical understanding, problem solving, and fine motor skills. Compact and portable: 10x10x14cm size and 250g weight make it easy to move between lessons or displays and to store when not in use. Versatile display and teaching tool: Visible moving parts make the mechanism easy to observe during demonstrations and experiments. Attractive finish: Silver and gold colors provide a professional look for classroom, lab, or desktop presentation. What it does Operates as a model Stirling engine that converts a temperature difference into rotary motion. Serves as an educational aid for demonstrating how a closedcycle external heat engine works. Functions as both a buildable kit and a display model once assembled. Important attributes Function: Stirling engine model that illustrates heat driven mechanical motion. Compatibility: Suited for physics and science instruction, STEM clubs, hobbyists, and demonstration setups. (Marked for 96+.) Size: 10x10x14cm, suitable for desktop demonstration and small lab benches. Weight: 250g, lightweight and easy to handle. Finish: Silver and gold color scheme for clear visibility of moving parts and a neat presentation. Practical use scenarios Classroom demonstration: Teachers can use the kit to show thermodynamics concepts during lessons on heat engines and energy conversion. Student project: Ideal for a handson assignment where learners assemble the model and report observations about temperature, motion, and efficiency. Office or lab display: Use as a compact, working model to illustrate engineering concepts during meetings or as a demonstration piece in a study area. What to expect An educational assembly experience that results in a functional Stirling engine model sized for easy handling and observation. A useful tool for visual, kinesthetic, and inquiry based learning activities in physics and engineering contexts. Notes Intended as an educational and demonstration kit. Follow included assembly guidance and standard safety practices when applying heat or conducting experiments.