Compact wind formation experiment module for handson learning Overview A compact set of experimental materials designed to demonstrate how wind is formed and to strengthen childrens practical skills and interest in science. Size: 5 x 13.2 cm (1.9 x 5.1 in). Ideal for individual tabletop experiments and small group activities. Key benefits Makes an abstract concept tangible: visually and physically demonstrates how temperature differences create air movement, turning a classroom concept into an observable experiment. Builds practical skills: encourages children to assemble, observe, and record results, improving hand coordination and scientific thinking. Portable and classroomready: compact size and focused function make it easy to use in lessons, clubs, or at home without complex setup. How it demonstrates wind formation Temperature differences cause pressure differences in air. Warm air rises, cooler air moves in to it, and that movement is what we feel as wind. The experimental materials are arranged to show convection and airflow patterns so learners can see and feel how air moves from pressure to low pressure and how rising warm air creates currents. Simple repeatable steps allow students to change variables, observe results, and draw conclusions about factors that influence wind strength and direction. Function, material, and performance Function: handson experiment kit components that demonstrate wind formation through convection and pressuredriven airflow. Material: supplied as experimental materials intended for classroom or home science activities. Performance: compact and repeatable demonstrations suitable for multiple trials and guided learning, designed to keep students engaged and able to compare results across conditions. Compatibility and use Compatible with standard science class setups, STEM activity kits, and DIY experiment stations. Works well as an addon to lessons on weather, atmospheric pressure, or basic physics. Practical use scenarios Classroom science lesson: Use during a weather unit to demonstrate convection, pressure differences, and how wind develops in a controlled, observable way. Afterschool STEM activity: Small groups assemble the materials, test variables such as heat source or orientation, and record findings to build experimentation skills. Science fair or project display: Create a clear, repeatable demonstration that explains wind formation to judges and visitors while showcasing handson involvement. What makes it stand out Focused educational purpose: specifically designed to illustrate the mechanics of wind formation rather than serving as a generic toy. Compact and easy to integrate: small footprint and simple setup make it practical for classrooms, workshops, and home learning environments. Enhances engagement and learning outcomes: encourages active participation, hypothesis testing, and observable results that reinforce core science concepts.