Miniature threeblade wind turbine model Key benefits Clear demonstration of wind energy conversion: automatic yaw adjustment keeps the rotor facing the wind, allowing continuous, stable operation during demonstrations. sensitivity and efficient generation: the compact threeblade design begins producing power in light breezes, making it useful for lowwind educational setups and small experiments. Durable construction for repeated use: molded PP parts combined with metal components provide long term performance and reliable mechanical strength. Space saving, easy to place: compact footprint fits desktops, lab benches, and display shelves without occupying much space. Features and attributes Function: automatic yaw adjustment aligns the turbine with wind direction for steady generation and realistic demonstration of turbine behavior. Performance: designed for sensitivity to light airflow, demonstrating power generation and conversion efficiency at small scale. Material: constructed from PP and metal to balance lightweight operation with structural durability. Size: 30cm x 30cm x 50cm (11.81 inch x 11.81 inch x 19.69 inch), suitable for desktop display and classroom setups. Intended use: educational model and display unit to illustrate principles of wind power and turbine mechanics. Practical applications Classroom demonstrations: show wind direction response, rotor dynamics, and small scale power generation in physics or renewable energy lessons. Science projects and fairs: use as a working model to explain energy conversion, efficiency, and turbine design to judges and audiences. Office or home display: compact, functional model that visualizes wind power concepts on a desk or shelf. What makes this product stand out Automatic yaw feature provides a more realistic and continuous demonstration of how turbines orient to wind. Sensitive threeblade rotor design allows operation in light breezes, making it useful indoors near windows or in lowwind test conditions. Robust mix of PP and metal parts supports repeated handling in educational environments while keeping overall weight and size manageable. Notes on use Designed as a demonstration and display model for educational or decorative purposes. Place on a stable, level surface and expose to steady airflow for demonstration results.