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  • Kidsbits Intelligent Traffic System Kit DIY STEM Education Building Blocks Kit for Arduino
  • Kidsbits Intelligent Traffic System Kit DIY STEM Education Building Blocks Kit for Arduino
  • Kidsbits Intelligent Traffic System Kit DIY STEM Education Building Blocks Kit for Arduino
  • Kidsbits Intelligent Traffic System Kit DIY STEM Education Building Blocks Kit for Arduino
  • Kidsbits Intelligent Traffic System Kit DIY STEM Education Building Blocks Kit for Arduino
  • Kidsbits Intelligent Traffic System Kit DIY STEM Education Building Blocks Kit for Arduino
Kidsbits Intelligent Traffic System Kit DIY STEM Education Building Blocks Kit for Arduino

Kidsbits Intelligent Traffic System Kit DIY STEM Education Building Blocks Kit for Arduino

$45.00-$46.00/ Pack|1 Pack/Packs(Min. Order)

Customization:

Customized logo(Min.Order: 100 pieces)
Customized packaging(Min.Order: 100 pieces)
Graphic customization(Min.Order: 100 pieces)

Kidsbits Intelligent Traffic System Kit DIY STEM Education Building Blocks Kit for Arduino

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • STEM Education & Logical Development: Teaches children logical analysis, innovation, and programming through LEGO-like building blocks and Scratch-based graphical programming.
  • Modular Traffic System Construction: Enables the creation of customizable traffic systems using various block shapes and an RJ25 interface compatible with Arduino boards.

Key features

  • 1. Material Technology

  • With LEGO-compatible ABS plastic blocks and CE/RoHS certifications, ensure safe and durable construction for creative play. The non-toxic, child-safe materials meet strict safety standards, offering peace of mind for parents and educators.

  • 2. Interactive Design

  • With Scratch-based graphical programming and modular LEGO-like blocks, create interactive traffic systems and customize designs effortlessly. The intuitive interface simplifies coding logic for children, making STEM concepts tangible.

  • 3. Performance Parameters

  • With 8 pre-designed STEM projects, explore ~50% more concepts than standard kits*. [*Disclaimer: Based on internal testing; actual results may vary]. Projects range from traffic light systems to sensor-based solutions, fostering problem-solving and innovation.

  • 4. Scenario Solutions

  • With a modular design, adapt projects for both home learning and classroom use, offering flexible educational solutions. The kit’s scalability supports individual exploration or group collaboration, ideal for diverse learning environments.

  • 5. Certification Standards

  • With CE and RoHS certifications, guarantee safety and environmental compliance. The certifications ensure the kit meets EU safety regulations, making it a trusted choice for schools and families.

Product details

Kidsbits Intelligent Traffic System Kit DIY STEM Education Building Blocks Kit for Arduino

The Kidsbits Intelligent Traffic System Kit is an innovative STEM education tool designed for children to explore logical analysis, programming, and engineering through hands-on building. Compatible with LEGO® blocks and Arduino systems, this kit combines modular construction with Scratch-based graphical programming to teach foundational coding concepts. Certified for safety (CE, RoHS), it offers 8 engaging projects that simulate real-world traffic systems, fostering creativity and problem-solving skills in a fun, interactive environment.

Technical specifications

FeatureSpecificationBenefit
Programming InterfaceScratch-based visual programmingSimplifies coding logic for beginners
CompatibilityLEGO® blocks, Arduino (RJ25 interface)Enables modular design and system integration
Project Modules8 pre-designed traffic system projectsTeaches electronics, sensors, and logic flow
Safety ComplianceCE, RoHS certifiedEnsures child-safe materials and emissions
Modular DesignInterchangeable building blocksSupports endless customization and upgrades

Customization guide

Adjustable parameters:

  • Project Complexity: Modify code sequences or sensor setups to suit skill levels (beginner to advanced).
  • Block Configurations: Combine LEGO® pieces to create unique traffic system layouts (e.g., bridges, intersections).
  • Sensor Integration: Add external sensors (e.g., light, motion) for expanded experimentation.

Get inspired

Imagine your child designing a smart traffic light that reacts to pedestrian movement or building a sensor-driven parking system. With this kit, they’ll learn to code, engineer, and innovate while creating solutions for real-world scenarios.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Sensor Types3 basic sensors+20% (5 sensors)+40% (8 sensors)*
Project ComplexityBeginner-levelIntermediateAdvanced
DurabilityStandardReinforcedIndustrial-grade
Storage SystemBasicOrganized trayExpandable

Supplier's note

  1. Technical Breakthroughs:

    • LEGO-Arduino Integration: The RJ25 interface bridges LEGO’s creativity with Arduino’s computational power, enabling seamless STEM learning.
    • Scratch for Hardware: Visual programming simplifies coding for young learners, reducing the cognitive load of syntax.
    • Modular Scalability: Interchangeable blocks allow projects to evolve as skills advance, eliminating obsolescence.
  2. Version Selection Guidance:

    • Base Model: Ideal for first-time users (ages 8+). Its 3 sensors and basic projects introduce core concepts without overwhelming beginners.
    • Advanced Model: Targets schools and clubs needing durability and expanded sensor capabilities (e.g., light/distance detection).
    • Pro Model: Designed for advanced learners and educators. With 8 sensors and industrial-grade components, it supports complex systems like automated traffic grids.

*Example benefit: The Pro’s 8-sensor array enables traffic systems that respond to multiple inputs (e.g., time of day, vehicle type), teaching adaptive problem-solving. Pair this with reinforced blocks for classroom use, ensuring longevity and safety.

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Programming InterfaceBeginner-friendly education- Industry Standard: Text-based coding (e.g., Python)
- Our Base: Scratch 3.0 with 50+ drag-and-drop blocks ▲ (MIT-certified)
- Our Advanced: Hybrid Scratch+Python interface ▲▲ (supports advanced syntax)
Reduces syntax errors, intuitive for kids.
Base: Easy to learn.
Advanced: Bridges visual and text-based coding.
Base: Limited for complex projects.
Advanced: Requires prior coding knowledge.
Building Block CompatibilityCreative projects with LEGO sets- Industry Standard: Proprietary blocks (no LEGO compatibility)
- Our Base: LEGO Technic compatibility ▲ (tested with LEGO 8085 series)
- Our Advanced: Full LEGO compatibility ▲▲ (supports all LEGO bricks)
Enables integration with existing LEGO sets.
Base: Modular design for basic builds.
Advanced: Unlocks advanced LEGO creativity.
Base: Limited to Technic bricks.
Advanced: Requires extensive LEGO inventory.
CertificationsSchools requiring safety compliance- Industry Standard: May lack safety certifications
- Our Base: CE/RoHS certified ▲ (meets EU safety standards)
- Our Advanced: Adds FCC certification ▲▲ (enables US market access)
Ensures safety and environmental compliance.
Base: Safe for classrooms.
Advanced: Global market readiness.
Base: May exclude non-EU standards.
Advanced: Higher cost for certifications.
Project ComplexityStructured classroom learning- Industry Standard: 3-5 basic projects
- Our Base: 8 pre-designed projects ▲ (ISO 9001 curriculum)
- Our Advanced: 15+ projects with sensors ▲▲ (includes robotics modules)
More learning opportunities.
Base: Covers foundational STEM concepts.
Advanced: Teaches advanced engineering.
Base: Fewer advanced challenges.
Advanced: May overwhelm beginners.
ModularityCreative prototyping- Industry Standard: Fixed designs ▲
- Our Base: Modular blocks with 12 connection types ▲▲ (ISO 12100 compliant)
- Our Advanced: 20+ connection points + expansion modules ▲▲▲
Encourages creativity and experimentation.
Base: Flexible for simple builds.
Advanced: Supports complex systems.
Base: Limited customization.
Advanced: Requires advanced planning.
Age AppropriatenessAge-specific learning- Industry Standard: 12+ years ▲
- Our Base: 8-12 years ▲▲ (ASTM F963 safety)
- Our Advanced: 12-16 years ▲▲▲ (complex projects)
Wider age range coverage.
Base: Accessible to younger learners.
Advanced: Challenges older students.
Base: May be too simple for teens.
Advanced: Requires prior STEM experience.

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.