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Robot 2 Wheel Drive Circular Smart Car 3 layers chassis Kit For Arduino

The 2WD Motor 3 Layers Chassis Kit is a versatile and sturdy foundation for building mobile robots. It is compatible with Arduino and other microcontroller platforms when paired with suitable motor drivers. The chassis includes multiple mounting openings that make it easy to attach additional modules such as ultrasonic sensors, wheel encoders, cameras, or wireless receivers. With durable rubber tires and powerful geared motors with encoders, this kit allows smooth movement and precise control on different surfaces.

Package Includes

  • Complete set of chassis components
  • 2 geared motors
  • 2 wheels with rubber tires
  • 3-layer chassis frame
  • 2 free-rotating wheels
  • Small parts and screws for assembly
42.00 AED 42.00 AED (Tax included)

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This kit includes two DC geared motors with encoder capability and rubber wheels that provide excellent traction on different surfaces. The geared motors offer a balanced combination of speed and torque, allowing the robot to move smoothly while maintaining precise motion control. Because of its modular design, the chassis can be used for a wide variety of robotics experiments and educational projects.

Features

  • Three layer robot chassis design for flexible electronics mounting
  • Two wheel drive system with geared motors
  • Compatible with Arduino, ESP32, Raspberry Pi and other controllers
  • Rubber tires for improved grip and stable movement
  • Supports encoder based motion feedback
  • Multiple mounting holes for sensors and modules
  • Expandable platform for robotics development
  • Suitable for robotics learning and DIY automation projects

Specifications

  • Voltage Range: DC 3V to 6V
  • Current: 100 to 120 mA
  • Gear Reduction Ratio: 48:1
  • RPM (with tire): 100 to 240
  • Tire Diameter: 65 mm
  • Car Speed: 20 to 48 m/min
  • Motor Weight: 29 g each
  • Motor Size: 70 × 22 × 18 mm
  • Noise Level: Less than 65 dB
  • Tire Hole Size: 5.3 mm × 3.66 mm
  • Wheel Size: 65 × 26 mm

Applications

  • Line following robots
  • Autonomous robotic vehicles
  • Obstacle avoidance robots
  • Remote controlled robot cars
  • Educational robotics platforms
  • Experimental robotics and automation projects

How to Use

    • Assemble the three chassis layers using the provided screws and spacers.
    • Mount the geared motors onto the chassis frame.
    • Attach the wheels to the motor shafts.
    • Install the caster wheels to provide balance and smooth movement.
    • Mount the battery pack, motor driver, and microcontroller onto the chassis.
    • Connect the motors to a motor driver such as L298N or L293D.
    • Add sensors like ultrasonic distance sensors or line tracking modules depending on the project.
    • Upload the control program to the microcontroller to control movement and sensor interaction.

Video

Watch a short demonstration of a robot built using a similar chassis platform: