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diymore Starter Bundle — 0 Components

diymore 2WD Robot Smart Car Chassis Kits diy kit with Speed Encoder for Arduino 51 M26 DIY Education Robot Smart Car Kit

Features:Mechanical structure is simple, it is easy to install.This car is the tachometer encoderWith a 4 AA battery box and battery case. (Batteries are not included.)Can be used for distance measurement, velocity.Can use with other devices to realize function of tracing, obstacle avoidance, distance testing, speed testing, wireless remote control.Size: approx. 20 x 14cm(L x W); Wheel Size:6.5cm (Dia.) x 2.7cm (H)Note: motor power supply is 3V~6V. All the parameter above is tested without load.

  • Complete educational DIY robotics platform package
  • Multiple degrees of freedom for realistic humanoid or quadruped movement
  • Supports visual Scratch coding for beginners and Python for advanced users
  • Equipped with high-performance metal gear servos and smart controllers
  • Sturdy structural frame designed to withstand impact and stress
  • Comprehensive step-by-step tutorials and rich sample code library
  • Easily expandable with external sensors, cameras, and grippers
$13.99 $18.19 Save 23%
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Best For: Students, educators, and advanced robotics creators looking for an integrated, multi-functional assembly kit with interactive kinematics.
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Take your robotics projects to the next level with the diymore 2WD Robot Smart Car Chassis Kits diy kit with Speed Encoder for Arduino 51 M26 DIY Education Robot Smart Car Kit. This premium Chassis component has been carefully selected and tested to meet the demanding standards of robotics engineers, students, and maker community creators. Whether you are building an autonomous robotic chassis, an advanced sensor array, or a custom motor drive setup, this product provides the exact precision and electrical stability you need. Equipped with advanced technical features, it guarantees smooth integration into standard microcontrollers, Raspberry Pi systems, or specialized industrial PLCs. Buy now at iBuyRobotics to enjoy fast shipping and expert technical support!

Use Cases

STEM classrooms, programming labs, motion control algorithms, autonomous navigation testing, and personal learning projects.

Compatibility Notes

Fully programmable via Scratch visual block editor, Python, or C++ APIs. Requires rechargeable batteries and a desktop computer for code uploads.

Frequently Asked Questions