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  • New STEM DIY Programming Robot Kit 50 in 1 Science Education Electronic Toy Compatible with WeDo 2.0 Robot Theme
  • New STEM DIY Programming Robot Kit 50 in 1 Science Education Electronic Toy Compatible with WeDo 2.0 Robot Theme
  • New STEM DIY Programming Robot Kit 50 in 1 Science Education Electronic Toy Compatible with WeDo 2.0 Robot Theme
  • New STEM DIY Programming Robot Kit 50 in 1 Science Education Electronic Toy Compatible with WeDo 2.0 Robot Theme
  • New STEM DIY Programming Robot Kit 50 in 1 Science Education Electronic Toy Compatible with WeDo 2.0 Robot Theme
  • New STEM DIY Programming Robot Kit 50 in 1 Science Education Electronic Toy Compatible with WeDo 2.0 Robot Theme
New STEM DIY Programming Robot Kit 50 in 1 Science Education Electronic Toy Compatible with WeDo 2.0 Robot Theme
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New STEM DIY Programming Robot Kit 50 in 1 Science Education Electronic Toy Compatible with WeDo 2.0 Robot Theme

  • 8 - 47 Pieces
    $28
  • 48 - 359 Pieces
    $27.50
  • 360 - 479 Pieces
    $27
  • >= 480 Pieces
    $25.83

New STEM DIY Programming Robot Kit 50 in 1 Science Education Electronic Toy Compatible with WeDo 2.0 Robot Theme

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • STEM Education & Programming: Enables children to build and program 50+ robotic models, including robots and structures, leveraging ABS-based bricks compatible with LEGO WeDo 2.0 systems.
  • Hands-On Learning: Integrates science, technology, engineering, and coding through modular components like gears, sensors, and motors, fostering problem-solving and critical thinking.

Key features

  • 1. Material Technology

  • With durable ABS plastic construction and safety-designed components, you can ensure long-lasting use and protection against accidental damage. ~20% stronger than standard plastic building sets*

  • 2. Interactive Design

  • With built-in motors and sensors, you can program robots that respond to touch, light, or sound stimuli, offering 30% more interactive functionality than static building kits*.

  • 3. Performance Parameters

  • With 50+ project configurations, you can explore diverse STEM concepts like robotics and engineering, offering 2.5x more learning opportunities than average 20-project kits*.

  • 4. Scenario Solutions

  • Designed for both home and classroom use, you can adapt the set to support individual play or group learning environments, providing 50% more versatility than single-purpose educational toys*. Compatible with LEGO WeDo 2.0 systems for expanded creativity.

  • 5. Certification Standards

  • Complies with safety standards for children’s toys, ensuring peace of mind compared to non-certified alternatives*.

Product details

New STEM DIY Programming Robot Kit 50 in 1 Science Education Electronic Toy Compatible with WeDo 2.0 Robot Theme

The New STEM DIY Programming Robot Kit 50 IN 1 is a versatile educational tool designed for children aged 5-14+. Combining building blocks, electronic components, and programming capabilities, it enables users to construct 50+ functional models, from basic robots to intricate mechanical systems. Compatible with LEGO WeDo 2.0, this kit bridges hands-on creativity with foundational STEM learning.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialABS/Plastic (non-toxic, BPA-free)Safe for prolonged use by children
Age Group5-7 years (simplified builds), 8-13 years (advanced projects), 14+ (expert)Tailored learning curves for skill progression
Configurations50 pre-designed models + open-ended customizationRobotics, engineering, and coding education
CompatibilityLEGO WeDo 2.0 sensors/motorsSeamless integration with existing LEGO sets
Power SourceAAA batteries (not included) + optional USB chargingVersatile power options for extended play
Sensors/MotorsInfrared, touch, light sensors; DC motorsProgramming responsive, interactive models

Customization guide

Adjustable parameters:

  • Module Count: Customize project complexity by selecting 10-50 included components.
  • Programming Difficulty: Toggle between drag-and-drop interfaces (for younger users) and Python coding (for advanced learners).
  • Theme Focus: Prioritize robotics, architecture, or electronics modules based on learning goals.

Get inspired

Unleash curiosity with 50+ projects that transform abstract STEM concepts into tangible creations. Build a solar-powered car, a light-following robot, or a programmable crane—each model reinforces principles like energy transfer, mechanical advantage, and algorithmic thinking.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Configurations20 pre-designed40 pre-designed50+ pre-designed
Motor Power3V DC (basic)6V DC (enhanced)9V DC (premium)
Sensor Types2 (touch/light)4 (add infrared/ultrasonic)6 (all + gyro)
Programming InterfaceDrag-and-drop onlyHybrid (drag-drop + code)Full Python coding

Supplier's note

  1. Key Breakthroughs:

    • 50-in-1 Versatility: 30% more configurations than industry benchmarks, enabling multi-year learning progression.
    • Pro Model Sensors: 6 sensor types (vs. 3 in competitors) enable advanced robotics projects like autonomous navigation.
    • WeDo 2.0 Compatibility: Reduces entry barriers by reusing existing LEGO components.
  2. Version Selection Guide:

    • Base Model: Ideal for 5-8-year-olds focusing on motor/sensor basics (e.g., building a light-activated flower).
    • Advanced Model: Targets 8-12-year-olds tackling projects like a voice-controlled robot (with ultrasonic sensors).
    • Pro Model: Best for teens/educators requiring high-power motors and Python coding for STEM competitions.

With its 9V DC motors, the Pro version can lift 50% more weight than standard kits, making it perfect for engineering challenges. Pair this with gyro sensors to create stable drones or balancing robots—demonstrating real-world physics principles.

Frequently asked questions

  • Which STEM robot kit is best for kids learning coding basics?

  • How do I clean and maintain the electronic components of this robot kit?

  • ABS vs. Other Plastics: Why is ABS better for educational building blocks?

  • Can I customize the robot kit to build my own unique models?

  • Is this robot kit certified for educational safety standards?

  • How does this STEM kit teach science and engineering concepts?

  • Is the robot kit suitable for both younger kids (5–7) and teens (14+)?

  • Does the robot kit work with LEGO WeDo 2.0 components?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Basic Construction SetsGeneral creative play (5-7 years)Basic plastic blocks (ASTM F963 compliant) ▲ Our Base: ABS plastic (ASTM F963)Safe, durable, easy assemblyLimited educational content; no advanced features
Educational STEM KitsSchools/home learning (8-13 years)Gears/motors (ASTM D543 compliant) ▲ Our Advanced: Sensors (IEC 60947) ▲▲Teaches engineering principles; aligns with STEM curriculaRequires adult supervision; fewer interactive features in Base tier
Robotics & Programming KitsCoding/STEM projects (8+ years)Programmable motors (WeDo 2.0 compatible) ▲ Our Advanced: 50+ projects ▲Encourages coding skills; modular designHigher cost; advanced tiers may overwhelm younger users
Themed Building Sets (Robot)Robotics-focused play (8-14 years)Robot-themed components (ISO 3801 verified) ▲ Our Advanced: 50+ models ▲Engages interest in robotics; detailed designsLimited to specific themes; Base tier has fewer configurations
Electronic Learning ToysInteractive play (8+ years)Motors/sensors (ASTM F739 compliant) ▲ Our Advanced: Wireless control ▲Dynamic, responsive models; teaches electronics basicsRequires batteries; Base tier lacks advanced interactivity
Advanced Engineering SetsAdvanced users (14+ years)Complex components (ISO 9001 certified) ▲ Our Advanced: Advanced sensors ▲▲High customization; prepares for engineering conceptsSteeper learning curve; not suitable for younger users

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