Mechanical STEM Electric Ferris Wheel Kit

Electric Ferris Wheel STEM Kit: Motorized Amusement Park Engineering

(Science Small Production: Eco-Wooden Motorized Ferris Wheel)

🎡 Key Features & Learning Value:

1. Motorized Gear Systems:

   • Build a battery-powered Ferris wheel demonstrating DC motor mechanics, gear reduction, and rotational energy transfer.

   • Experiment with voltage, gear ratios, and rotational speed.

2. Sustainable Engineering:

   • Eco-wooden construction ("环保木质") + electric components teach renewable material use and basic circuitry.

3. Physics Concepts:

   • Centrifugal force vs. gondola stability

   • Load distribution and structural balance

   • Energy conversion: Chemical (battery) → Electrical → Mechanical

🔋 Kit Includes:

• Battery-powered DC motor (Battery holder included)

• Precision-cut wooden gears, axles, and gondolas

• Control switch

• Illustrated manual

⚡ Skills Developed:

✅ Circuit assembly & motor wiring
✅ Gear ratio optimization (adjust for speed/torque)
✅ Troubleshooting mechanical-electrical integration

📏 Specifications:

• Age: 8+

• Build Time: 30-45 mins

• Power: Batteries (not included)

• Model Height: 25cm

• Safety: Low-voltage circuit (3V)

🎓 Classroom Applications:

1. Variables Testing: Battery voltage vs. rotation speed

2. Stability Challenge: Add weights to gondolas – prevent wobble!

3. Redesign Task: Modify gear ratios for smoother operation

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.

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🛠️ 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!)*

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✅ 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).

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✨ 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)

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🎁 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.

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Equip Future Innovators – Order Your STEM Kit Series Today!

Key Differentiators:

1. Authentic Design Challenges:

   • Tank 2.0: Gear systems + motorization → problem-solving upgrades!

   • Amphibious Vehicle: Adapt mechanics for land/water transitions.

2. Cultural Connection:

   • Lantern Camera: Fuses optics with traditional craftsmanship.

3. 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.

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✅ Curriculum-Mapped | 🌳 Eco-Wood Options | 🧠 Critical Thinking Focus

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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. 🔩🌞🚀