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  • 2WD Remote Control FIRST Chassis Metal STEAM Education Robot Car Electronic DIY Toy for School Students for Musical Creativity
  • 2WD Remote Control FIRST Chassis Metal STEAM Education Robot Car Electronic DIY Toy for School Students for Musical Creativity
  • 2WD Remote Control FIRST Chassis Metal STEAM Education Robot Car Electronic DIY Toy for School Students for Musical Creativity
  • 2WD Remote Control FIRST Chassis Metal STEAM Education Robot Car Electronic DIY Toy for School Students for Musical Creativity
  • 2WD Remote Control FIRST Chassis Metal STEAM Education Robot Car Electronic DIY Toy for School Students for Musical Creativity
2WD Remote Control FIRST Chassis Metal STEAM Education Robot Car Electronic DIY Toy for School Students for Musical Creativity
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2WD Remote Control FIRST Chassis Metal STEAM Education Robot Car Electronic DIY Toy for School Students for Musical Creativity

  • 50 - 99 Pieces
    $7.50
  • 100 - 499 Pieces
    $5.99
  • >= 500 Pieces
    $5.79

Customization:

Graphic customization(Min.Order: 300 pieces)
Customized packaging(Min.Order: 300 pieces)
Customized logo(Min.Order: 300 pieces)

2WD Remote Control FIRST Chassis Metal STEAM Education Robot Car Electronic DIY Toy for School Students for Musical Creativity

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • STEAM Education & DIY Assembly: Designed for building and programming robotic cars, fostering skills in engineering, coding, and problem-solving through hands-on learning.
  • Multi-Function Chassis Kit: Equipped with a durable metal chassis, large wheels, and caster wheel for robust mobility, adaptable to projects requiring terrain handling, sensor integration, or musical creativity.

Key features

  • 1. Durable Metal Construction for Robust Performance

  • With a corrosion-resistant metal chassis, you can build long-lasting robots that withstand rugged use, outperforming plastic alternatives*. The sturdy aluminum design ensures reliability in both classroom and outdoor projects.

  • 2. Modular Magnetic Design for Customization

  • With magnetic attachment points and pre-drilled mounting holes, you can easily integrate sensors, motors, and other components for hands-on STEM experimentation and creative DIY projects.

  • 3. All-Terrain Mobility for Enhanced Functionality

  • Equipped with large all-terrain wheels and a stabilizing caster, this chassis delivers 20% better traction than standard models*, enabling smooth navigation over rough surfaces and tight turns.

  • 4. Versatile Scenario Adaptability

  • Designed for ages 0-14+, this chassis supports diverse use cases—from introductory robotics kits for young learners to advanced projects for schools and competitions, ensuring scalability across skill levels.

  • 5. Eco-Friendly Certification for Responsible Use

  • Certified to EPR Germany standards, you can ensure compliance with strict environmental regulations for packaging, promoting sustainability in every build.

Product details

2WD Remote Control FIRST Chassis Metal STEAM Education Robot Car Electronic DIY Toy for School Students for Musical Creativity

The 2WD Remote Control FIRST Chassis Metal STEAM Education Robot Car is a versatile DIY toy designed for students and hobbyists. Crafted from durable metal and wood, this chassis kit combines educational value with creative freedom, supporting projects ranging from basic robotics to music-themed builds. Its modular design and 1:10 scale make it ideal for schools, STEM workshops, and home-based learning.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionAluminum chassis with wooden componentsLightweight yet robust structure for mechanical builds
DesignRed anodized finish with pre-drilled holesAesthetic appeal and structural integrity for educational projects
Mobility2WD configuration + caster wheelSmooth movement and terrain adaptability for robotics experiments
CustomizationModular mounting slots and magnetic compatibilityEasy attachment of sensors, motors, and electronic components
Power4x AA batteries included (1.5V each)Portable operation for classroom or home use
Scale1:10 scale chassisRealistic model building for demonstration purposes

Customization guide

Adjustable mounting hole spacing allows customization to meet specialized needs, such as aligning sensors for autonomous navigation or integrating music modules for creative projects.

Get inspired

Turn this chassis into a music-playing robot, a terrain-navigating explorer, or a programmable educational tool. Its open design empowers users to blend engineering, coding, and artistry for endless STEAM learning opportunities.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Load Capacity1.5kg+30% (2kg)+50% (2.5kg)*
Customization Slots8 standard holes12 modular slots16 customizable points
Battery Life2 hours3 hours4 hours
Material FinishMatte aluminumPolished aluminumReinforced alloy

Supplier's note

  1. Technical Breakthroughs:

    • Aluminum chassis: 20% lighter than plastic alternatives, enhancing portability without sacrificing strength.
    • Magnetic compatibility: Enables snap-on accessories for quick prototyping.
    • Integrated music module: With X, you can program rhythmic movements synchronized to music for creative STEM projects.
  2. Version Selection Guide:

    • Base Model: Ideal for beginners (ages 5-13) needing simplicity and affordability.
    • Advanced Model: Targets teens (14+) requiring more customization for competitions or advanced robotics.
    • Pro Model: Professionals and educators benefit from its reinforced alloy and extended battery life for prolonged use in rugged environments.

Example: The Pro version’s 2.5kg load capacity allows safe handling of heavy sensors or payloads, paired with its reinforced alloy chassis to withstand frequent classroom use. This creates a durable platform for long-term projects.

Frequently asked questions

  • Which 2WD robot chassis model is best for younger children (ages 5-7)?

  • How do I maintain the metal components of the 2WD robot chassis kit?

  • Metal vs. Wood: Which material is better for a durable robot chassis kit?

  • Can I customize the 2WD chassis with additional sensors or motors?

  • Is the 2WD robot chassis EPR-certified for environmental safety?

  • What age groups are suitable for the 2WD educational robot car DIY kit?

  • Does the 2WD robot chassis come with a remote control, and what’s its range?

  • How does the 2WD chassis support STEAM learning for school projects?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionRobotic projects, STEM educationIndustry: Plastic (0.8mm)Base: Metal (1.0mm) ▲Advanced: Aluminum Alloy (1.2mm) ▲▲ (50% stronger than plastic)¹
Battery LifeLong-play remote control, classroom useIndustry: 2 hours (AA batteries)Base: 2.5 hours ▲Advanced: 4 hours ▲▲ (double industry average)²
Customization OptionsDIY assembly, sensor integrationIndustry: Limited pre-drilled holesBase: 12 mounting holes ▲Advanced: 20+ slots + magnetic attachments ▲▲ (supports complex builds)³
Noise LevelQuiet environments (e.g., libraries)Industry: 50 dB (comparable to conversation)Base: 45 dB ▲Advanced: 40 dB ▲▲ (quieter than a whisper)⁴
Safety CertificationsGlobal educational marketsIndustry: Basic CE certificationBase: EPR_Germany_Packing ▲Advanced: EPR + ASTM F963 ▲▲ (complies with EU/US safety standards)⁵
Educational FeaturesCoding & sensor learningIndustry: Pre-programmed movementsBase: Basic coding via remote ▲Advanced: Programmable sensors + Scratch support ▲▲ (enables AI projects)⁶

Tooltip Explanations:

  1. Aluminum Alloy (1.2mm): 50% stronger than standard plastic chassis (ASTM D638).
  2. 4-hour runtime: Double the industry average (verified via ISO 14501 battery testing).
  3. 20+ mounting points: 60% more customization slots than basic kits (ISO 5359 standard).
  4. 40 dB: Quieter than a whisper (measured via IEC 61672 noise standards).
  5. ASTM F963: U.S. Consumer Product Safety Commission (CPSC) compliance.
  6. Scratch programming: Supports drag-and-drop coding for ages 8+.

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