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  • ESP32 IoT WiFi Mecanum Wheel Programmable Obstacle Avoidance Tracking Scratch Coding Starter Smart Robot Car kit for Arduino
  • ESP32 IoT WiFi Mecanum Wheel Programmable Obstacle Avoidance Tracking Scratch Coding Starter Smart Robot Car kit for Arduino
  • ESP32 IoT WiFi Mecanum Wheel Programmable Obstacle Avoidance Tracking Scratch Coding Starter Smart Robot Car kit for Arduino
  • ESP32 IoT WiFi Mecanum Wheel Programmable Obstacle Avoidance Tracking Scratch Coding Starter Smart Robot Car kit for Arduino
  • ESP32 IoT WiFi Mecanum Wheel Programmable Obstacle Avoidance Tracking Scratch Coding Starter Smart Robot Car kit for Arduino
  • ESP32 IoT WiFi Mecanum Wheel Programmable Obstacle Avoidance Tracking Scratch Coding Starter Smart Robot Car kit for Arduino
ESP32 IoT WiFi Mecanum Wheel Programmable Obstacle Avoidance Tracking Scratch Coding Starter Smart Robot Car kit for Arduino

ESP32 IoT WiFi Mecanum Wheel Programmable Obstacle Avoidance Tracking Scratch Coding Starter Smart Robot Car kit for Arduino

  • 2 - 49 Pieces
    $42.99
  • >= 50 Pieces
    $41.70

Customization:

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

ESP32 IoT WiFi Mecanum Wheel Programmable Obstacle Avoidance Tracking Scratch Coding Starter Smart Robot Car kit for Arduino

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • 4WD Mecanum Wheel Mobility: Enables smooth omnidirectional movement for precise control and maneuverability in tight spaces.
  • Programmable Intelligence: Equipped with obstacle avoidance and line-tracking capabilities, ideal for robotics education and autonomous navigation projects.
  • ESP32 & Arduino Compatibility: Supports Scratch coding for beginners and advanced programming via ESP32 microcontroller, bridging entry-level and professional development.

Key features

  • 1. Robust Material Construction

    • With a combination of durable plastic and metal components, ensure long-lasting use in educational projects while maintaining structural stability.

  • 2. Intuitive ESP32 Programming Interface

    • With an ESP32 microcontroller and Scratch coding compatibility, enable easy programming for beginners, making complex robotics accessible* [*Disclaimer: Programming ease may vary based on user skill level].

  • 3. Omnidirectional Mecanum Wheel Mobility

    • With 4WD Mecanum wheels, achieve 360-degree maneuverability, offering smoother and more precise movement compared to traditional fixed-direction wheels* [*Disclaimer: Performance based on standard testing conditions].

  • 4. Versatile Scenario Solutions for STEAM Learning

    • Designed for educational use, the line tracking and obstacle avoidance features provide hands-on learning scenarios for robotics, coding, and problem-solving exercises.

  • 5. Cross-Platform Compatibility

    • Compatible with both ESP32 and Arduino platforms, expand project possibilities with modular customization options* [*Disclaimer: Compatibility may depend on additional components].

Product details

ESP32 IoT WiFi Mecanum Wheel Programmable Obstacle Avoidance Tracking Scratch Coding Starter Smart Robot Car kit for Arduino

The ACEBOTT QD001 Smart Robot Car Kit is an advanced educational tool designed for STEAM learning, featuring 4WD Mecanum wheels, ESP32 programming capabilities, and obstacle avoidance technology. Built with durable plastic and metal components, this kit enables customizable robotics projects while supporting Scratch and Arduino coding for diverse skill levels.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialPlastic chassis + metal frame, black PCB with ESP32 microcontrollerRobust construction for repeated use in labs/schools
Mecanum Wheels4WD omnidirectional design (yellow/black)Smooth 360° movement for precision robotics tasks
SensorsLine tracking sensor, ultrasonic obstacle detectionEducational demos, autonomous navigation projects
ProgrammingESP32 microcontroller (WiFi/Bluetooth) with Scratch/Arduino compatibilityIoT integration, coding education for beginners to advanced users
CustomizationModular design with expandable sensor/motor interfacesDIY upgrades for advanced robotics experiments

Customization guide

Adjustable parameters:

  • Wheel type (replace Mecanum wheels with standard for simplified projects)
  • Sensor modules (add light/color sensors for expanded functionality)
  • Power supply (upgrade battery capacity for longer runtime)

Get inspired

With its omnidirectional movement and ESP32’s WiFi capabilities, students can build autonomous robots that navigate complex environments or connect to smart home systems. The modular design invites creativity—from basic line-following tasks to advanced IoT projects.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Processing PowerESP32 (240MHz dual-core)+15% faster sensor response time+30% enhanced IoT connectivity
SensorsBasic obstacle/line tracking+IR proximity + light sensorsFull suite (gyroscope, GPS optional)
CustomizationStandard modulesExpandable portsFull open-source firmware access
CertificationCE/FCC compliantIP54 dust/water resistanceMilitary-grade durability (MIL-STD)

Supplier's note

  1. Technical Breakthroughs:

    • Dual-core ESP32: Enables simultaneous WiFi control and real-time sensor processing, 20% faster than Arduino Uno.
    • Mecanum Wheel Integration: Omnidirectional movement reduces project complexity by 40% compared to traditional differential drive.
    • Ultrasonic Obstacle Avoidance: 3m detection range (industry standard: 2m) ensures safer navigation in crowded environments.

  2. Version Selection Guide:

    • Base Model: Ideal for educators and beginners (e.g., school robotics clubs) needing cost-effective line-tracking demos.
    • Advanced Model: Targets intermediate makers (e.g., STEM workshops) requiring multi-sensor projects.
    • Pro Model: Professional developers and researchers benefit from GPS/IoT features for outdoor/industrial robotics prototyping.

With the Pro’s MIL-STD durability, you can deploy robots in harsh outdoor conditions. Pair its GPS with Mecanum wheels to create autonomous delivery prototypes—unmatched in the education sector.

Frequently asked questions

  • Which ACEBOTT Explorer Series QD001 smart car model is best for STEAM education?

  • Is the ESP32 microcontroller in the ACEBOTT robot car compatible with Arduino?

  • Can I add custom sensors to the ACEBOTT Mecanum Wheel robot car kit?

  • How do I clean the Mecanum wheels on the ACEBOTT QD001 kit?

  • What age group is the ACEBOTT QD001 robot car kit suitable for?

  • Does the ACEBOTT ESP32 robot car support Scratch coding for beginners?

  • Are the materials in the ACEBOTT robot car durable for classroom use?

  • How does the obstacle avoidance feature work in the ACEBOTT smart car kit?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Smart Robot Car KitsSTEAM education, robotics competitions4WD Mecanum Wheels (▲ omnidirectional movement), ESP32 (▲ dual-core, WiFi/Bluetooth1), Line Tracking (ASTM F29922)High customization, advanced IoT capabilities, versatile mobilityRequires intermediate technical skill, higher cost
Arduino-Based KitsBeginner programming, simple projectsArduino UNO (14 digital I/O), basic sensors, 2WD wheelsAffordable, user-friendly, large community resourcesLimited processing power, fewer customization options
Line Following RobotsEducational demos, automation learningIR sensors (ASTM F29922), basic microcontrollers, 2WDCost-effective, focused task executionLimited functionality, no obstacle avoidance
Obstacle Avoidance KitsSafety training, autonomous systemsUltrasonic sensors (2m range3), basic microcontrollers, 2WDTeaches sensor integration, practical for autonomous navigationLimited mobility options, less customization
ESP32 Development BoardsIoT projects, advanced prototypingDual-core processor, WiFi/Bluetooth (IEEE 802.114), 34 GPIO pinsHigh performance, seamless connectivity, modular designSteeper learning curve, requires external components
Programmable Robotics KitsMaker communities, prototypingModular chassis, customizable sensors (▲ range), 4WD/2WD optionsScalable projects, flexible designHigher cost, assembly complexity

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