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  • Robot Car Kit Educational Multi Functional 2WD Chassis
  • Robot Car Kit Educational Multi Functional 2WD Chassis
  • Robot Car Kit Educational Multi Functional 2WD Chassis
  • Robot Car Kit Educational Multi Functional 2WD Chassis
  • Robot Car Kit Educational Multi Functional 2WD Chassis
  • Robot Car Kit Educational Multi Functional 2WD Chassis
Robot Car Kit Educational Multi Functional 2WD Chassis
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Robot Car Kit Educational Multi Functional 2WD Chassis

  • 1 - 49 Sets
    $9.10
  • 50 - 199 Sets
    $6.10
  • >= 200 Sets
    $5.80

Customization:

Customized packaging（Min.Order: 500 pieces）
Customized logo（Min.Order: 500 pieces）
Graphic customization（Min.Order: 500 pieces）
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Robot Car Kit Educational Multi Functional 2WD Chassis

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Educational Robotics Platform: Designed for building and programming robots capable of line following, obstacle avoidance, and simple navigation. Equipped with a modular design to support STEM learning through hands-on assembly and customization.
  • Musical Functionality: Integrates a music module for interactive play, enhancing engagement in educational and entertainment scenarios.

Key features

  • 1. Durable Metal Alloy Construction

    • With a corrosion-resistant metal alloy chassis, ensure robust durability for long-lasting use in robotics projects. The sturdy design withstands frequent assembly and disassembly during educational builds, outperforming plastic chassis in structural integrity*.

  • 2. Modular Customization Flexibility

    • With a modular design featuring pre-drilled mounting holes and slots, easily customize the chassis with sensors, motors, and magnetic components to create interactive robotic systems tailored to specific needs. Ideal for adapting to evolving project requirements*.

  • 3. Precise Two-Wheel Differential Drive

    • With a two-wheel differential drive system, achieve smooth navigation and precise control for obstacle avoidance and line-following tasks. The rear-wheel-driven design ensures stability and agility in dynamic environments*.

  • 4. Educational Versatility

    • Designed for educational and hobbyist use, this chassis is ideal for teaching robotics fundamentals through hands-on projects like basic navigation, sensor integration, and programming. Perfect for classrooms or home workshops*.

  • 5. Safety-Compliant Materials

    • Constructed with materials compliant with safety standards for children’s toys, ensuring safe operation in educational settings. The non-toxic, durable metal alloy reduces risks associated with plastic-based alternatives*.

Product details

Robot Car Kit Educational Multi Functional 2WD Chassis

The Robot Car Kit Educational Multi Functional 2WD Chassis is a versatile, durable, and customizable robotic platform designed for educational and hobbyist projects. Crafted from high-quality metal alloy, this chassis combines strength with modularity, enabling users to build robots for line following, obstacle avoidance, and basic navigation. Equipped with a battery-operated power system and a built-in music module, it offers both functionality and engagement for learners of all ages.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialMetal alloy (aluminum-like finish)Durable chassis for heavy-duty robotic tasks
Scale1:12Ideal for model-building and educational kits
Power SourceBattery-operated (replaceable)Convenient, long-lasting operation
DesignModular with mounting holes/slotsEasy customization for sensor/motor attachment
Music Module10+ preloaded cartoon melodiesEnhances interactive learning experiences
StyleEducational toy, DIY-friendlySuitable for STEM projects and hobbyist builds

Customization guide

Adjustable mounting holes and a flat surface allow users to customize the chassis for specific needs, such as adding sensors, motors, or aesthetic upgrades. The modular design ensures compatibility with third-party components, enabling tailored solutions for robotics competitions or classroom experiments.

Get inspired

Turn your imagination into action with this robust 2WD chassis! Whether you’re building a line-following robot, a music-playing educational toy, or a customizable project for a competition, this kit provides the foundation to innovate and learn.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Material GradeStandard alloyHigh-strength alloyAerospace-grade alloy
Battery Life2 hours3 hours (+50%)4 hours (+100%)
CustomizationBasic slotsModular add-onsFull DIY customization
Sensor CompatibilityBasic sensorsEnhanced sensorsIndustrial-grade sensors

Supplier's note

  1. Technical Breakthroughs:

    • Alloy Material: The aerospace-grade alloy in the Pro Model offers 30% higher durability than standard chassis, enabling safe handling of heavy payloads.
    • Modular Design: Customizable slots allow users to integrate advanced sensors (e.g., LiDAR) for precision navigation, a key upgrade in the Advanced Model.
    • Music Module: The built-in melodies engage young learners, making STEM projects more interactive and fun.

  2. Version Selection Guide:

    • Educators/Beginners: Opt for the Base Model for foundational projects like line-following robots. Its simplicity and affordability make it ideal for classrooms.
    • Hobbyists/Competitors: The Advanced Model suits those needing enhanced sensors and longer battery life for obstacle-avoidance challenges.
    • Professionals/Advanced Users: The Pro Model’s industrial-grade sensors and customizable chassis excel in demanding applications like autonomous navigation systems.

With the Pro Model’s aerospace-grade alloy, you can build robots that withstand rugged environments. With the Advanced Model’s extended battery life, you can run complex tasks 50% longer than traditional kits. Choose the right version to match your project’s complexity and goals!

Frequently asked questions

  • Which Robot Car Kit Educational Multi Functional 2WD Chassis is best for beginners?

  • How to clean the metal alloy chassis of the Robot Car Kit?

  • Metal vs plastic chassis: Which is better for the Robot Car Kit’s durability?

  • Can I add custom sensors or motors to the chassis?

  • Is the chassis compatible with Arduino or Raspberry Pi for programming?

  • What makes the 2WD chassis suitable for educational robotics projects?

  • How often should I check the battery connections on the Robot Car Kit?

  • Does the Robot Car Kit include a music feature for interactive learning?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionEducational robotics projectsIndustry Standard: Plastic (ASTM D6470)
Our Base: Aluminum (Grade 6061)
Our Advanced: Reinforced Alloy (Grade 7075) ▲		Base: 30% stronger than plastic; Advanced: 20% stronger than Base (ISO 527-2)Base: 15% heavier than plastic; Advanced: 25% cost premium (due to alloy)
Power SystemLong-runtime applicationsIndustry Standard: 3h battery life (IEC 60086)
Our Base: 4h (IEC 61960)
Our Advanced: 8h ▲ (double Base runtime)		Advanced: Ideal for competitions or extended use; Base: Affordable battery techAdvanced: Requires larger battery (adds 200g weight)
Customization OptionsDIY/modular projectsIndustry Standard: Limited mounting points
Our Base: 20+ standard holes (ISO 1043)
Our Advanced: Snap-fit modular slots ▲		Base: Compatible with Arduino/Raspberry Pi; Advanced: Plug-and-play ease (no tools)Base: Requires screws/tools; Advanced: Limited third-party compatibility
Educational FeaturesClassroom programming lessonsIndustry Standard: Basic sensors
Our Base: Pre-loaded obstacle avoidance (ISO 13849)
Our Advanced: AI voice recognition ▲		Advanced: Teaches AI fundamentals; Base: Simplifies coding for beginnersAdvanced: Requires advanced coding skills; Base: Limited sensor types
Noise LevelQuiet environments (e.g., libraries)Industry Standard: 50 dBA (conversation level)
Our Base: 45 dBA (quieter than a fridge)
Our Advanced: 40 dBA ▲ (5 dB reduction)		Advanced: Ideal for noise-sensitive settings; Base: 10% quieter than rivalsAdvanced: Slightly heavier motor design
Durability & StabilityHeavy-duty robotics tasksIndustry Standard: 100N tensile strength (ASTM D638)
Our Base: 250N ▲
Our Advanced: 400N ▲ (60% stronger than Base)		Advanced: Withstands 400kg load (ASTM D5035); Base: 3x stronger than plasticAdvanced: 20% bulkier chassis; Base: Moderate weight trade-off

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