The T-M42 Weathercock DIY Learning Kit is a fun and educational hands-on project that introduces students to the basic principles of wind direction detection and aerodynamics. With this kit, learners can build their very own working weathercock (wind vane) — a classic instrument used to show the direction of the wind.
This interactive DIY project encourages STEM-based learning, helping students understand how wind affects the movement of objects and how meteorologists use such tools in weather observation. The T-M42 Weathercock DIY Learning Kit is designed for easy assembly, requiring no advanced tools or prior technical knowledge, making it perfect for school students and beginners.
Once assembled, the weathercock freely rotates in response to airflow, allowing learners to see how mechanical balance and wind dynamics work in real life. It’s ideal for science fairs, classroom activities, and home experiments focused on environmental science and renewable energy.
Features & Highlights:
- Understand Wind Direction: Demonstrates how weathercocks indicate wind flow and direction.
- Educational & Engaging: Combines basic principles of meteorology, balance, and design
- DIY Assembly Project: Encourages creativity and hands-on experimentation
- Perfect for STEM Learning: Great for environmental science and weather observation lessons.
- Smooth Rotation Mechanism: Moves freely with air movement for realistic demonstration
- Beginner-Friendly Kit: Simple assembly process — suitable for students and hobbyists.
- Durable Design: Made from high-quality, reusable materials for long-term use.
Package Includes:
- Weathercock (wind vane) components
- Rotating base and support stand
- Directional markers (N, S, E, W)
- Shaft and bearing assembly
- Screws, nuts, and connectors
- Instruction manual / assembly guide
Specifications:
- Function: Demonstrates wind direction and aerodynamics
- Material: High-quality plastic or wood components
- Assembly Type: DIY (unassembled kit)
- Skill Level: Beginner-friendly
- Learning Focus: Meteorology, wind dynamics, aerodynamics, and environmental studies
- Rotation: 360° free movement
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