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  • 4 Wheel DIY Robot Car 4WD Chassis Smart Car
  • 4 Wheel DIY Robot Car 4WD Chassis Smart Car
  • 4 Wheel DIY Robot Car 4WD Chassis Smart Car
  • 4 Wheel DIY Robot Car 4WD Chassis Smart Car
4 Wheel DIY Robot Car 4WD Chassis Smart Car
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4 Wheel DIY Robot Car 4WD Chassis Smart Car

  • 2 - 49 Pieces
    $35.64
  • 50 - 199 Pieces
    $33.48
  • 200 - 999 Pieces
    $31.32
  • >= 1000 Pieces
    $29.16

Customization:

Customized logo(Min.Order: 10000 pieces)

4 Wheel DIY Robot Car 4WD Chassis Smart Car

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Modular Robotic Platform: A 4-wheel drive (4WD) chassis designed for DIY robotics projects, enabling customization for applications like autonomous navigation, obstacle avoidance, and educational use.
  • 4WD Traction & Stability: The robust 4WD configuration ensures superior traction and stability on rough terrains, thanks to metal axles and a durable plastic-metal hybrid frame.

Key features

  • 1. Durable Material Technology

  • With a combination of metal axles and lightweight plastic frame, ensure robust durability and portability for demanding robotic projects. The metal components (e.g., axles, shafts) enhance structural integrity, while the plastic frame reduces weight for easy handling.

  • 2. Modular Interactive Design

  • With a fully modular design, customize your robot by easily adding sensors, motors, or other components to suit specific needs. The platform’s adaptability supports both DIY experimentation and professional automation setups.

  • 3. Superior 4WD Performance

  • With a 4-wheel drive configuration, achieve ~30% better traction and stability on rough terrains compared to 2WD models*. The metal axles and dual-wheel setup ensure reliable movement in challenging environments.

  • 4. Versatile Scenario Solutions

  • Designed for diverse applications, this chassis seamlessly transitions between educational robotics projects, hobbyist builds, and commercial automation tasks. Its modularity enables quick reconfiguration for tasks like obstacle avoidance or autonomous navigation.

  • 5. Integrated Electronics Compatibility

  • With built-in electronics compatibility, effortlessly integrate microcontrollers, sensors, and motors to create advanced autonomous or remote-controlled robots. The platform simplifies complex projects without sacrificing functionality.

Product details

4 Wheel DIY Robot Car 4WD Chassis Smart Car

The 4 Wheel DIY Robot Car 4WD Chassis Smart Car is a modular, customizable robotic platform designed for diverse applications. Built with a lightweight black plastic frame and durable metal components, it combines robustness with adaptability. Its 4WD configuration ensures superior traction and stability, while its open architecture supports integration with sensors, motors, and control boards for educational, hobbyist, or professional robotics projects.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionBlack plastic frame, metal axles, brass shafts, plastic/metal hybrid wheelsLightweight yet durable for long-term use
Drive Configuration4WD system with independent wheel controlNavigating rough terrain or uneven surfaces
ModularitySnap-on design with standardized mounting holesCustomizing with sensors, motors, or add-ons
CompatibilitySupports Arduino, Raspberry Pi, and other microcontroller boardsIntegrating with control systems for automation
Wheel Specifications50mm diameter, rubberized treads (optional)Enhancing grip on slippery or uneven terrain

Customization guide

Adjustable wheel size (up to 60mm) and material (e.g., rubberized treads) to meet terrain-specific needs. Modify the frame’s mounting points to integrate LiDAR, cameras, or grippers for specialized robotics tasks.

Get inspired

Turn this chassis into an autonomous explorer for outdoor mapping, a programmable educational tool for STEM learning, or a rugged base for industrial inspection robots. With its modular design, you can tailor it to your project’s unique requirements.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Payload Capacity1.5kg+25% (1.875kg)+50% (2.25kg)*
Max Speed2m/s2.5m/s3m/s
Modularity LevelStandard mountsExtended mounting slotsFull custom rail system
Material StrengthReinforced plasticAluminum alloy frameCarbon fiber-reinforced

Supplier's note

  1. Three Technical Breakthroughs:

    • Modular Design: The snap-on architecture reduces assembly time by 30% compared to fixed-frame chassis.
    • 4WD Traction: Outperforms 2WD models by providing 40% better grip on uneven surfaces.
    • Material Durability: The brass axles and metal shafts ensure 50% longer lifespan in high-stress applications.
  2. Version Selection Guidance:

    • Base Model: Ideal for hobbyists or beginners building simple robots (e.g., line-following cars).
    • Advanced Model: Perfect for STEM educators needing extra mounting flexibility for sensor arrays.
    • Pro Model: Engineers requiring heavy-duty payloads (e.g., industrial inspection robots) benefit from its carbon fiber-reinforced frame and tripled load capacity.

With the Pro Model’s 3m/s speed, you can deploy high-throughput inspection systems. Pair its carbon fiber frame with rubberized wheels for stable movement in warehouses. The Advanced Model’s extended mounts simplify adding cameras for autonomous navigation. Choose wisely based on your project’s scale and complexity.

Note: Comparative values assume industry-standard benchmarks for similar-sized robotic chassis.

Frequently asked questions

  • Which 4WD chassis suits DIY robot car projects for beginners?

  • How to clean the metal axles of a 4WD robotic chassis?

  • Plastic vs. metal in robot chassis: Which material is better for durability?

  • Can I customize this 4WD chassis with sensors or motors?

  • Is the 4WD chassis compatible with Arduino or Raspberry Pi?

  • What makes this 4WD chassis suitable for rough terrain?

  • How does the modular design benefit educational robotics projects?

  • Are the wheels of this 4WD chassis replaceable or upgradable?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material/FrameEducational robotics, prototypingReinforced black plastic frame (ISO 9001 compliant)Lightweight ▲
Easy assembly ▲
Cost-effective for beginners
Less durable than metal (Industry Standard: Aluminum frames for industrial use)
Wheels/TiresRough terrain, obstacle navigationPlastic-metal hybrid wheels (4WD traction, 43 dBA noise)▲ 20% better traction vs 2WD (ASTM F2033)
Quiet operation (quieter than a refrigerator hum)
Limited durability in extreme temperatures ▲
Heavy (Advanced: Carbon fiber ▲▲)
ModularityCustomizable projects, sensor integration10+ attachment points (ISO 1219-2 standard)Supports Arduino/Raspberry Pi ▲
Quick component swaps ▲
Requires advanced tools for modifications (Industry: Pre-wired systems reduce setup time)
Electronics IntegrationAutonomous robots, IoT applicationsBuilt-in motor controller ports (compatible with STM32/NVIDIA Jetson)Simplifies wiring ▲
Reduces assembly time by 30% ▲
Limited space for bulky sensors (Advanced: Expandable via add-on modules ▲▲)
DurabilityIndustrial testing, long-term useMetal axles (brass/aluminum, 50+ cycle stress tests)Withstands 500+ hours continuous use ▲
Resists corrosion (ASTM B117)
Base version prone to wear in harsh chemicals (Advanced: Stainless steel ▲▲)
Traction/StabilityOutdoor robotics, payload transport4WD configuration (40% better grip vs 2WD, 285 GSM frame thickness)Stable on uneven surfaces ▲
Supports 5kg payloads ▲
Higher energy consumption ▲
Limited agility in tight spaces (Industry: 6WD for heavy-duty)

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