Placeholder 2 Wheel Arduino Robot Car Kit – Basic Chassis with Encoders – Voltaat

2 Wheel Arduino Robot Car Kit – Basic Chassis with Encoders

  • Sale
  • Regular price 39 QAR
Product ID: VT-2554
30+ in stock


The 2 Wheel Arduino Robot Car Kit is a compact robotic chassis designed for basic robotics and embedded system projects. It includes dual DC gear motors with speed encoders for motion feedback and precise control. The lightweight structure ensures stable operation and easy assembly, making it suitable for rapid prototyping. This kit is compatible with standard Arduino boards and motor drivers, supporting applications such as line following, obstacle avoidance, and autonomous navigation.

  • 1 x Car chassis 
  • 2 x Gear motor 
  • 2 x Car tire 
  • 2 x Speed encoder 
  • 2 x Fastener 
  • 1 x Universal wheel 
  • 1 x Battery box(batteries not included) for AA batteries 
  • Dual DC gear motors for differential drive control
  • Integrated speed encoders for motion feedback
  • Lightweight acrylic chassis structure
  • Two-wheel drive with rear universal caster support
  • Compatible with Arduino development boards
  • Supports motor driver modules (L298N, L293D)
  • Modular design for easy assembly and upgrades
  • Battery box for portable power supply
  • Stable movement for basic robotics applications
  • Suitable for line tracking and obstacle avoidance
  • Expandable with sensors and control modules
  • Simple mechanical structure for beginners
  • Durable plastic tires for traction
  • Fastener set included for secure assembly
  • Chassis type: 2-wheel drive robot chassis
  • Motor type: DC gear motor
  • Motor quantity: 2
  • Encoder type: Speed encoder (attached to motors)
  • Wheel type: Plastic tire wheels
  • Wheel quantity: 2
  • Support wheel: Universal caster wheel
  • Power supply: Battery box for AA batteries (not included)
  • Material: Acrylic chassis + plastic components
  • Drive mechanism: Differential drive
  • Mounting type: Screw fastened assembly
  • Compatibility: Arduino boards and motor drivers
  • Applications: Line tracking, obstacle avoidance, robotics learning
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