JOSBY Airplane Lift Principle Demonstration, Button-controlled Airflow Adjustment, Wind Tunnel Physics Experiment Model, Physics Classroom Teaching Model, For Studying Aircraft Wing Lift

JOSBY

【Principle Demonstration】Simulates airflow to show pressure difference. Faster air flow on the upper wing creates lower pressure, forming stable lift as described by Bernoulli's theorem 【Simple Operation】Well-crafted in appearance with easy setup and use. It provides clear demonstration and interesting experience, perfect for learners to understand aerodynamic knowledge intuitively. Demonstrate the principle by which the wings generate lift when an aircraft flies through the atmosphere 【Standard Asymmetric Wing Shape】Features rounded front, pointed rear, curved upper and flat lower wing design. The asymmetric structure restores real aircraft aerodynamic profile 【Stable Integrated Structure】Built with fan, aircraft model, transparent cover, slide bar and wooden base. Most parts are fixed firmly for stable placement and long-term repeated use 【Aircraft Lift Teaching Aid】Professional physics tool to demonstrate and verify the principle of how aircraft wings generate lift during atmospheric flight. Great for classroom and STEM education