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  • Diy 3D STEM Wooden Science Kit Assembly Creation Solar Powered STEM Toys for Kids
  • Diy 3D STEM Wooden Science Kit Assembly Creation Solar Powered STEM Toys for Kids
  • Diy 3D STEM Wooden Science Kit Assembly Creation Solar Powered STEM Toys for Kids
  • Diy 3D STEM Wooden Science Kit Assembly Creation Solar Powered STEM Toys for Kids
  • Diy 3D STEM Wooden Science Kit Assembly Creation Solar Powered STEM Toys for Kids
  • Diy 3D STEM Wooden Science Kit Assembly Creation Solar Powered STEM Toys for Kids
Diy 3D STEM Wooden Science Kit Assembly Creation Solar Powered STEM Toys for Kids
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Diy 3D STEM Wooden Science Kit Assembly Creation Solar Powered STEM Toys for Kids

$0.70-$3.28/ Piece|30 Piece/Pieces(Min. Order)

Customization:

Customized logo(Min.Order: 1000 pieces)
Customized packaging(Min.Order: 3000 pieces)
Graphic customization(Min.Order: 3000 pieces)

Diy 3D STEM Wooden Science Kit Assembly Creation Solar Powered STEM Toys for Kids

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Solar-Powered Assembly: Build and customize 15+ wooden mechanical models (e.g., robots, solar-powered lights) using renewable energy.
  • STEM Education: Integrate hands-on learning of engineering principles, renewable energy, and problem-solving through 3D design and modular construction.

Key features

  • 1. Material Technology

  • With high-quality wooden construction, create durable and eco-friendly STEM projects that last longer than plastic alternatives*.

  • 2. Interactive Design

  • With modular design and remote control, customize and control your solar-powered creations interactively, offering more hands-on engagement than static models*.

  • 3. Performance Parameters

  • With solar-powered energy conversion, operate models without batteries, reducing reliance on disposable power sources compared to traditional toys*.

  • 4. Scenario Solutions

  • With 15+ customizable models, adapt projects for home learning, classroom demonstrations, or outdoor exploration, catering to both individual and group activities*.

  • 5. Certification Standards

  • With materials meeting child safety standards, ensure a secure learning environment for young builders*.

Product details

Diy 3D STEM Wooden Science Kit Assembly Creation Solar Powered STEM Toys for Kids

The Diy 3D STEM Wooden Science Kit is a solar-powered, modular engineering toy designed to foster creativity and STEM learning. Made from high-quality wood and rubber, it offers age-appropriate assembly complexity for users aged 7–14+, with remote-controlled models powered entirely by sunlight. Ideal for classrooms, family projects, or individual exploration, this kit combines eco-friendly energy use with hands-on educational value.

Technical specifications

FeatureSpecificationBenefit
MaterialWood, rubberDurable, lightweight, and safe for all ages
Power SourceSolar panels (100% solar-powered)Zero battery use, environmentally friendly
Assembly Complexity3 difficulty levels (simple to advanced)Scalable challenges for skill development
Control TypeRemote controlInteractive operation for dynamic play
Modular DesignInterchangeable componentsCustomizable configurations and upgrades

Customization guide

Adjustable parameters include:

  • Assembly Difficulty: Simplify or expand configurations to match age/ability (e.g., 7–9y for basic models, 13–14y for advanced robotics).
  • Component Mix: Add optional accessories (e.g., gears, axles) to tailor projects to user interests.
  • Educational Focus: Prioritize solar energy principles, mechanics, or engineering design.

Get inspired

Turn sunlight into creativity! Build a solar-powered robot, light-up vehicle, or custom device—then experiment with design tweaks to optimize performance. Perfect for sparking curiosity about renewable energy, physics, and problem-solving.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Assembly Time1–2 hours3–4 hours5+ hours
Components Included50+ basic parts100+ advanced parts150+ premium parts
Solar Panel EfficiencyStandard (10W)Enhanced (15W)Premium (20W)*
Remote Control Range10m20m30m

Supplier's note

  1. Technical Breakthroughs:

    • Modular Design: Interchangeable parts enable endless customization (e.g., convert a car into a crane).
    • Solar Efficiency: Pro model’s 20W panels (30% more efficient than industry standards) power complex mechanisms.
    • Age-Adaptive Complexity: Three assembly tiers let users grow with the kit.
  2. Version Selection Guide:

    • Base Model: Best for beginners (7–10y) or classroom settings with limited resources.
    • Advanced Model: Ideal for tweens (10–12y) exploring mechanics and remote control systems.
    • Pro Model: Perfect for teens (13–14y+) and STEM enthusiasts needing high performance (e.g., solar-powered robotics competitions).

With modular components, you can adapt projects to skill levels. With solar-powered efficiency, you can explore renewable energy applications. With remote control range, you can test motion and engineering principles in real-world scenarios.

Frequently asked questions

  • Which solar-powered STEM toy model is best for kids aged 7-9 in the DIY wooden science kit?

  • How do I maintain the wooden parts of the solar-powered STEM toys to ensure longevity?

  • Why choose wooden STEM kits over plastic ones for educational projects?

  • Can I customize the solar-powered models with additional parts or designs?

  • Is this STEM kit compliant with safety standards for children’s toys?

  • How do the solar panels in the wooden science kit teach renewable energy concepts?

  • Are the solar-powered STEM toys suitable for both indoor and outdoor use?

  • How does this kit adapt to different skill levels across ages 7–14?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionClassroom projects, home DIYFSC-certified wood (EN 335) ▲ (Industry: Plastic ASTM D6475)Eco-friendly, durable structure (resists warping at 60°C)Requires care to avoid moisture damage (not waterproof)
Power SourceOutdoor activities, solar-powered demosSolar panels (IEC 61215) ▲ (Industry: Battery-operated IEC 60086)No batteries needed, teaches renewable energy (10W panels, 5V output)Performance drops in low-light conditions (needs 500+ lux)
Educational ContentSTEM learning, school curriculaNGSS-aligned modules (Next Gen Science Standards) ▲ (Industry: Basic guides)Curriculum-ready lessons (covers 12 core STEM topics)Requires teacher guidance for advanced kits (e.g., robotics)
Assembly ComplexityFamily projects, individual learningModular design (ASTM F2974) ▲ (Base: Simple ISO 9001; Advanced: Complex builds)Customizable builds (swap parts across 15 models)Advanced kits may frustrate younger users (requires 2+ hours assembly)
Control FeaturesRobotics projects, interactive demosInfrared remote control (IEC 60335-2-29) ▲ (Industry: Manual operation)Enhanced interactivity (adjust speed/direction via 4-channel remote)Requires line-of-sight for remote (no Bluetooth/Wi-Fi)
Age Group SuitabilityMulti-age classrooms, family activitiesTiered difficulty (7-14y, CE-certified EN 71) ▲ (Industry: Single age range)Versatile for skill levels (7-9y: simple cars; 13-14y: solar robots)Smaller kits lack advanced features (e.g., no motorized parts for younger sets)

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