The four-wheel drive all wheel mobile robot kit is equipped with four 100mm omnidirectional wheels, an Arduino DUE, ultrasonic sensors, lithium batteries, and more. This 4WD omnidirectional wheel mobile robot kit is a mobile platform based on omnidirectional wheels, driven by a DC motor with an encoder and featuring a blue aluminum alloy structure in C and C++programming language. By using omnidirectional wheels, this mobile robot kit can move in any direction and at any angle without the need for prior rotation. For programming, you will use the Arduino open-source platform for C and C++programming languages. Therefore, mobile robot kits can serve as a platform for education or hobbyists. It is also suitable as an entry-level processor controlled amateur electronic product for school and university projects, for research and adult education
Four wheel drive all wheel mobile robot kit
Equipped with four 100mm omnidirectional wheels, an Arduino DUE, ultrasonic sensors, lithium batteries, etc.
Driven by a DC motor with an encoder
Blue aluminum alloy structure
C and C++programming languages
This 4WD omnidirectional wheel mobile robot kit is a mobile platform based on omnidirectional wheels, driven by a DC motor with an encoder. By using omnidirectional wheels, this mobile robot kit can move in any direction and at any angle without the need for prior rotation.
For programming, you will use the Arduino open-source platform for C and C++programming languages. Therefore, mobile robot kits can serve as a platform for education or hobbyists. It is also suitable as an entry-level processor controlled amateur electronic product for school and university projects, for research and adult education
For programming, you will use the Arduino open-source platform for C and C++programming languages. Therefore, mobile robot kits can serve as a platform for education or hobbyists. It is also suitable as an entry-level processor controlled amateur electronic product for school and university projects, for research and adult education centers