Mechanical STEM Weather Vane Kit
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- RM 10.00
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Weather Vane STEM Kit: Wind Direction Explorer
(Science Small Production: Meteorology & Aerodynamics)
🌬️ Key Features & Learning Value:
Meteorology Fundamentals:
Build a functional wind vane that identifies wind direction using aerodynamic principles.
Learn cardinal directions (N/S/E/W) and correlate wind patterns with weather changes.
Physics & Engineering:
Aerodynamics: Low-resistance arrow design pivots freely.
Balance & Pivot Mechanics: Precision bearing assembly for smooth rotation.
Material Science: Weather-resistant construction.
Field Science Skills:
Calibrate directions using a compass.
Record data for weather journals.
📦 Kit Includes:
Aerodynamic arrow and tail fins
360° directional compass rose (N/S/E/W)
Pivot bearing and vertical shaft
Stabilizing base with ground spike
Activity guide
🎯 Skills Developed:
✅ Scientific Observation: Track daily wind patterns
✅ Directional Navigation: Relate wind to weather fronts
✅ Precision Assembly: Balance arrow for frictionless rotation
⚙️ Specifications:
Age: 7+
Build Time: 15–20 mins
Height: 30cm (adjustable)
Materials: Weather-resistant ABS plastic
🌦️ Real-World Applications:
Agriculture (crop planning)
Aviation/sailing wind assessment
Weather station instrumentation
"风向标" = Wind Vane – where ancient navigation meets modern meteorology!
Safety: Blunt edges | No small parts
💡 Perfect For:
Geography field studies
Climate/weather units
Outdoor education camps
Science fair projects
Classroom Activities:
Wind Mapping: Chart wind directions hourly for 3 days.
Design Challenge: "Modify fins for faster response to light breezes!"
Weather Prediction: Correlate wind patterns with temperature/cloud changes.
🌟 Why Teachers Choose This Kit:
Simple Creation: Snap-fit assembly – no glue/tools.
Cognitive Development: Hypothesis testing (e.g., "Why does the arrow point INTO the wind?").
Cross-Disciplinary: Integrates physics, geography, and environmental science.
Mechanical STEM Kits for Young Engineers: Build, Learn, Innovate!
🔧 Transform Play into Discovery – Aligned with Primary Science Curriculum 🔧
Ignite curiosity and critical thinking with 25+ hands-on mechanical kits that turn complex physics into tangible adventures! Designed under the latest "Primary Science New Curriculum Standards", each project blends creative assembly, scientific principles, and real-world problem-solving for ages 8-14.
🛠️ Key Kits & Learning Focus:
| Physics & Mechanics | Energy & Motion | Engineering Wonders |
|---|---|---|
| Lever Wooden Car (杠杆木车) | Solar-Powered Car (太阳能小车) | Cable-Stayed Bridge (斜拉桥) |
| Balance, force, fulcrum points | Renewable energy conversion | Structural load distribution |
| Newton’s Cradle (牛顿摆) | Hand-Crank Generator (手摇发电机) | Suspension Bridge (倍力桥) |
| Conservation of momentum | Kinetic → electrical energy | Tension/compression forces |
| Rubber Band Gun (皮筋枪) | Dual-Propeller Plane (双螺旋桨飞机) | Ferris Wheel (摩天轮) |
| Elastic potential energy | Thrust, aerodynamics | Gear systems, rotation |
| Practical Tech | Human Biology | Creative Gadgets |
|---|---|---|
| Hydraulic Excavator (手压抽水机) | Human Skeleton (人体骨骼) | Bubble Machine (泡泡机) |
| Pascal’s principle, pressure | Bone structure, joints | Airflow, surface tension |
| Hand-Crank Flashlight (手电筒) | Compass (指南针) | Music Box (手摇八音盒) |
| Electromagnetic induction | Magnetism, Earth’s poles | Gear-driven sound waves |
*(Full Series: Vortex Machine, Hovercraft, Weather Vane, Ball Launcher, +15 more!)*
✅ Educational Benefits Aligned with Standards:
Hands-On/Minds-On: Build functional models while grasping physics concepts.
Cognitive Development: Troubleshoot designs like optimizing solar panel angles or bridge stability.
Eco-Friendly: Sustainable wooden parts in 60% of kits.
Curriculum Links: Covers Forces, Energy, Simple Machines, Engineering Design (Grades 3-8).
✨ Why Teachers & Parents Choose Us:
No Prior Skills Needed: Pre-cut parts & illustrated manuals
From Play to Insight: Turn a rubber band gun into a lesson on energy storage!
Real-World Relevance: Build wind turbines, amphibious vehicles, and hydraulic systems.
Group-Ready: Kits support 2-4 students collaborating.
Safety First: Non-toxic materials, rounded edges, child-safe tools.
⏱️ Avg. Build Time: 45–90 mins per project
🎯 Grades: 3–8 (Ages 8–14)
🎁 Perfect For:
Classrooms: 50-minute science blocks or STEM clubs.
Science Fairs: Award-winning working demos (e.g., solar cars!).
Homeschooling: Multi-subject integration (physics + math + art).
Family Bonding: Parent-child projects that spark "aha!" moments.
Gifts: Packaging doubles as storage for reusable components.
Equip Future Innovators – Order Your STEM Kit Series Today!
Key Differentiators:
Authentic Design Challenges:
Tank 2.0: Gear systems + motorization → problem-solving upgrades!
Amphibious Vehicle: Adapt mechanics for land/water transitions.
Cultural Connection:
Lantern Camera: Fuses optics with traditional craftsmanship.
Scalable Difficulty:
Entry-level (Lever Car) → Advanced (Hydraulic Arm).
Tone: Energizing and authoritative – speaks to educators’ goals while thrilling young builders.
Format: Optimized for school catalogs, e-commerce, and parent guides.
✅ Curriculum-Mapped | 🌳 Eco-Wood Options | 🧠 Critical Thinking Focus
Explore all 25+ kits: Wind turbines, centrifuges, paddle boats, robotic arms, and more!
Let’s build the next generation of problem-solvers – one gear, lever, and solar cell at a time. 🔩🌞🚀