RoseShaped Spiral Wind Turbine — Micro Wind Turbine Model Product overview A compact spiral wind turbine designed for efficient energy conversion and reliable demonstration of wind power principles. The roseshaped design collects wind effectively and begins generating at low wind speeds, making it suitable for classroom experiments, STEM projects, and smallscale demonstrations. Key benefits Low starting wind speed: begins generating power in light breeze, enabling demonstrations and measurements under typical indoor or outdoor conditions. conversion rate: spiral geometry and blade design improve energy capture and rotational speed for better output in smallscale setups. Stable operation: small running vibration and fast rotational response provide smooth performance and consistent measurements. Durable blades: PAL material blades resist wear while maintaining shape and aerodynamic performance. Precision instrument and mechanism design: engineered for reliable, repeatable results in experiments and prototype testing. Main features Roseshaped spiral form for optimized wind collection. Blades made from PAL material with an aerodynamic shape optimized for low startup wind speeds. Micro model format suitable for tabletop setups and educational displays. Low vibration and fast rotational speed to support brightness output for small indicators and measurement devices. Designed for reliable instrument behavior and precise mechanical response. Recommended applications Classroom teaching and laboratory demonstrations: illustrate wind energy conversion, rotational dynamics, and electrical generation principles in handson lessons. STEM projects and science fairs: integrate into student projects to measure performance, compare blade designs, or demonstrate realtime voltage and speed response. Hobbyist and prototype testing: power small indicators, sensors, or LEDs to validate concepts and collect performance data under varying wind conditions. What it solves Enables clear, repeatable demonstration of windtoelectric conversion where larger turbines are impractical. Reduces the need for strong wind by starting at low wind speeds, so experiments can run with fans or gentle outdoor breezes. Minimizes vibration and mechanical noise for cleaner data and longer component life. Compatibility and setup notes Micro model size fits tabletop rigs, lab benches, and educational kits. Works well with small measurement equipment such as voltmeters, tachometers, small LEDs, and lowpower sensors. Recommended for educational institutions, research labs, hobbyists, and product prototyping where compact, reliable wind turbine behavior is required. Materials and performance summary Blade material: PAL. Design emphasis: aerodynamic blade profile, spiral collection geometry, precision instrument and mechanism engineering. Performance characteristics: low startup wind speed, low vibration, rapid rotational speed, and bright output for smallscale indicators. If you need a compact, reliable wind turbine for teaching, testing, or prototyping, this RoseShaped Spiral Wind Turbine micro model provides efficient conversion, durable components, and stable performance suited to handson learning and smallscale demonstrations.