Stirling Engine Educational Kit This Stirling engine kit demonstrates conversion of heat into mechanical motion. The model reaches speeds up to 3700 rpm, giving a clear, speed visual of thermodynamic principles. It is suitable for classroom demonstrations, hobby learning, and handson science projects. Key Benefits Clear demonstration of heat to mechanical energy conversion for learning physics principles. speed operation up to 3700 rpm for an engaging visual display. Handson assembly and operation improve understanding of moving parts, heat transfer, and mechanical timing. Compact kit with the main components needed for setup and testing. What is included Stirling engine unit Glass base Fuel bottle Bracket Screws and assembly hardware Instruction sheet Basic Operation Steps 1. Assemble the engine on the glass base using the supplied bracket and screws. Check that sliding parts move smoothly. 2. Fill the fuel lamp reservoir to less than two thirds of its capacity. 3. Light the lamp beneath the test tube and wait about one minute for the engine to reach operating temperature. 4. Gently spin the flywheel by hand to start the engine. If the flywheel does not turn , check alignment and tighten or adjust screws as needed. 5. Allow the engine to run while observing safe operating limits and do not leave the lamp unattended. Safety and Care Do not touch the test tube or metal parts while hot to avoid burns. Do not leave the lamp burning unattended. Ensure the wick does not contact the test tube when lit. Do not refuel while components are hot. Lubricate the ends of the connecting rod as part of routine maintenance. Recommended for users aged 8 and older. Children under 8 should operate only with parental supervision. Product style or minor parts may vary between shipments. Practical Applications Classroom demonstration of heat engines and basic thermodynamics principles. Handson science project for students or hobbyists exploring mechanical engineering and energy transfer. Science fair exhibit or workshop demo illustrating an efficient, repeatable heatdriven mechanism. This kit provides a reliable, educational way to explore Stirling engine mechanics and heatdriven motion while emphasizing safe assembly and operation.