Tank Type Metal Stirling Engine Motor Model, External Combustion Engine Model Physics Science Experiment Kits for Adult and Teenagers
Product Information
About
⭐Unique Tank Engine Shape: Creative design concept. The Stirling engine is applied to the tank model, and the decorative cannon rod makes the tank model more realistic and interesting
⭐Science Educational Model: The Stirling engine can drive the tank forward after running. The lightweight structure and sufficient power make the tank have a certain ability to overcome obstacles, allowing you to explore science while playing, observe the magical function and power conversion process
⭐Excellent Manufacturing Process: The main body of the Stirling engine is made of aluminum alloy, and the bottom plate and wheels of the tank are made of acrylic . The whole is more refined and beautiful. The tank is equipped with fixing bracket, which is safer and more reliable to use. The model runs smoothly and is resistant
⭐Product Instructions: Place the model on a horizontal table or the ground, and then pour into(capacity not more than 2/3), light and place it under the hot cylinder to preheat for 30 seconds, turn the flywheel by hand help start. Do not add any water
⭐Use Significance and Value: Creative science model, understand the structure and principle of Stirling engine, increase interest in physics learning, do scientific and technological experiments, and cultivate practical and innovative abilities. At the same time, it can be used as a collection of science and technology ornaments, or as a creative gift for relatives, friends.
Product Description
Tank Stirling Engine Model Kit, Stirling Engine Motor Model Stirling Engine Kit, Mechanical Metal Stirling Motor Electricity Power Generator Physical Science Kit- RTR. The Stirling engine can drive the tank forward after running. The lightweight structure and sufficient power make the tank have a certain ability to overcome obstacles, allowing you to explore science while playing, observe the magical function and power conversion process
