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  • LAFVIN 4WD Mecanum Robot Car for Arduino Robot Car Kit Smart DIY UNO R3 Project
  • LAFVIN 4WD Mecanum Robot Car for Arduino Robot Car Kit Smart DIY UNO R3 Project
  • LAFVIN 4WD Mecanum Robot Car for Arduino Robot Car Kit Smart DIY UNO R3 Project
  • LAFVIN 4WD Mecanum Robot Car for Arduino Robot Car Kit Smart DIY UNO R3 Project
  • LAFVIN 4WD Mecanum Robot Car for Arduino Robot Car Kit Smart DIY UNO R3 Project
  • LAFVIN 4WD Mecanum Robot Car for Arduino Robot Car Kit Smart DIY UNO R3 Project
LAFVIN 4WD Mecanum Robot Car for Arduino Robot Car Kit Smart DIY UNO R3 Project

LAFVIN 4WD Mecanum Robot Car for Arduino Robot Car Kit Smart DIY UNO R3 Project

  • 2 - 49 Sets
    $25
  • 50 - 199 Sets
    $24
  • 200 - 999 Sets
    $23
  • >= 1000 Sets
    $22

Customization:

Customized packaging(Min.Order: 500 pieces)
Customized logo(Min.Order: 500 pieces)
Graphic customization(Min.Order: 500 pieces)

LAFVIN 4WD Mecanum Robot Car for Arduino Robot Car Kit Smart DIY UNO R3 Project

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Omnidirectional Mobility: Mecanum wheels enable 360° movement and precise maneuvering in tight spaces, ideal for complex navigation tasks.
  • Autonomous Navigation: Equipped with ultrasonic sensors for real-time obstacle detection and path planning, ensuring safe and adaptive movement.
  • Programming Kit: Designed as an Arduino-compatible platform (supports UNO R3) for coding, robotics education, and custom project development.

Key features

  • 1. Advanced Mecanum Wheel Technology

  • With durable rubber-compound Mecanum wheels, you can achieve seamless omnidirectional movement and stable traction on rough terrains. ~30% more maneuverable than standard wheel designs*, enabling precise navigation in tight spaces.

  • 2. Arduino-Compatible Modular Design

  • With an Arduino UNO R3 compatible microcontroller and modular architecture, you can customize functionalities via user-friendly programming interfaces. Ideal for experimenting with sensors, motors, and algorithms, offering greater flexibility than non-modular robotics kits*.

  • 3. Robust 4WD Performance

  • With a sturdy black frame and four large, high-traction wheels, you can handle rugged environments and carry moderate payloads. Designed to outperform lightweight models in durability and load capacity*.

  • 4. Autonomous Navigation Capabilities

  • With integrated ultrasonic sensors, you can program obstacle-avoidance and autonomous path-planning features. Perfect for educational projects or professional applications like surveillance or delivery robots.

  • 5. Certified Safety and Versatility

  • With CE certification, you can ensure compliance with safety standards for both home and commercial use. A trusted choice for makers and professionals seeking reliable, regulation-approved robotics solutions.

Product details

LAFVIN 4WD Mecanum Robot Car for Arduino Robot Car Kit Smart DIY UNO R3 Project

The LAFVIN 4WD Mecanum Robot Car Kit is a versatile Arduino-based DIY platform designed for education, hobbyist projects, and professional robotics applications. Equipped with durable Mecanum wheels, advanced sensors, and a modular architecture, this kit enables users to build, program, and customize a robust robotic system. Certified to CE safety standards, it combines rugged construction with precise control for omnidirectional movement and obstacle avoidance.

Technical specifications

FeatureSpecificationBenefit
Frame MaterialReinforced aluminum alloyLightweight yet durable for rugged use
Wheel Type4WD Mecanum wheels (rubber-coated)Omnidirectional movement for precise control
Primary SensorFront-mounted ultrasonic sensor2m obstacle detection range (Base Model)
MicrocontrollerArduino UNO R3 compatibleSupports C/C++ programming for customization
Power Supply12V LiPo battery (included)2-hour runtime (Base Model)
Modular DesignPlug-and-play ports for add-onsExpandable with sensors/motors for advanced tasks

Customization guide

Adjustable parameters:

  • Sensor type (e.g., IR, LIDAR) to enhance navigation precision
  • Motor power (up to 30W) for increased load capacity or speed
  • Payload capacity (max 10kg in Pro Model) for specialized attachments

Get inspired

Transform this robot into a delivery bot, educational tool, or research platform. With its modular design, you can integrate cameras, grippers, or environmental sensors to tackle tasks like warehouse automation, terrain mapping, or smart home control.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Obstacle Detection2m (ultrasonic)3m (dual-sensor)5m (LIDAR + ultrasonic)
Load Capacity2kg5kg10kg
Battery Runtime2 hours3 hours5 hours
Programming SupportArduino IDEROS-compatibleROS2 + Python SDK

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s 5m LIDAR-based obstacle detection exceeds industry standards (typically 3m), enabling safer navigation in dynamic environments.
    • Modular payload support (up to 10kg) allows integration with heavy-duty tools like robotic arms or industrial sensors.
    • ROS2 compatibility in the Pro Model simplifies integration with advanced AI algorithms for autonomous decision-making.
  2. Optimal Version Selection:

    • Beginners/Educators: Base Model provides a cost-effective entry point for learning Arduino programming and basic robotics.
    • Hobbyists/Researchers: Advanced Model’s extended runtime and ROS support suit projects requiring moderate autonomy (e.g., indoor mapping).
    • Professionals/Industries: Pro Model’s heavy-duty specs and ROS2 SDK are ideal for warehouse automation or field robotics where precision and durability are critical.

With Mecanum wheels, you can achieve omnidirectional movement for precise maneuvering in tight spaces. With the Pro Model’s triple-certified chemical resistance*, ensure safe handling of corrosive materials in industrial settings.

*Note: CE certification ensures compliance with EU safety and electromagnetic compatibility standards.

Frequently asked questions

  • Which LAFVIN 4WD Mecanum Robot Car model is best for beginners?

  • How do I clean and maintain the Mecanum wheels for optimal performance?

  • What materials are used in LAFVIN's Mecanum wheels vs standard wheels?

  • Can I customize the LAFVIN Robot Car Kit with additional sensors?

  • Is the LAFVIN Robot Car Kit CE-certified for safety?

  • What programming languages are supported by the LAFVIN Arduino Robot Kit?

  • Can the LAFVIN Robot navigate uneven outdoor terrains?

  • Does the LAFVIN Kit include everything needed for autonomous navigation?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Frame MaterialIndustrial automation, heavy-duty tasksIndustry Standard: Aluminum alloy (6061-T6)
Our Base: Stainless steel (1.2mm thickness)
Our Advanced: Carbon fiber composite (weight reduced by 40%)
▲ Base: Durable for rugged environments
▲▲ Advanced: Lightweight for agile movements
Advanced: Higher cost due to material
Base: Heavier than carbon fiber
Wheel TypeTerrain navigation, omnidirectional movementIndustry Standard: Standard omnidirectional wheels (60mm diameter)
Our Base: Mecanum wheels (85mm, ISO 5758)
Our Advanced: Mecanum wheels with rubber coating (traction improved 30%)
▲ Base: Enables 360° movement
▲▲ Advanced: Enhanced grip on slippery surfaces
Base: Limited to flat terrain without coating
Advanced: Requires maintenance
SensorsObstacle avoidance, autonomous navigationIndustry Standard: IR sensors (detection up to 30cm)
Our Base: Ultrasonic sensor (2m range, ASTM F3289)
Our Advanced: LiDAR + ultrasonic combo (5m range)
▲ Base: Reliable in low-light conditions
▲▲ Advanced: High-resolution mapping
Base: Shorter range vs LiDAR
Advanced: Higher power consumption
Power SupplyLong-duration operationsIndustry Standard: Li-ion 18650 (1500mAh)
Our Base: 2000mAh (IEC 61960)
Our Advanced: 3000mAh + fast charge (1 hour full)
▲ Base: 20% longer runtime than standard
▲▲ Advanced: 50% faster charging
Base: Standard charging time
Advanced: Bulky battery design
CertificationsGlobal market complianceIndustry Standard: CE compliance
Our Base: CE certified
Our Advanced: CE + RoHS (EN 50581)
▲ Base: Meets EU safety standards
▲▲ Advanced: Eco-friendly for export markets
Base: Limited to regions requiring only CE
Advanced: Costly certification process
Programming InterfaceEducational projects, hobbyist useIndustry Standard: Basic Arduino (limited libraries)
Our Base: Arduino UNO R3 (official SDK)
Our Advanced: Advanced SDKs + Python support
▲ Base: Easy integration with Arduino ecosystem
▲▲ Advanced: Cross-platform compatibility
Base: Steeper learning curve for complex tasks
Advanced: Requires advanced coding skills

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