The Robot car kit is used the 18650 Li-ion 3.7V 3 slots batteries and the complete kit doesn’t contain any batteries.
No previous experience with robots or electronics is needed to dive into this Robot Kit! Step-by-step instructions guide you through the building of the robot as well as the design of the circuit that controls the sensor. This robot kit makes a great gift and is ideally suited for 11-year-olds and up (grades 6+).
Curious learners will have a lot of fun as they engage with each robot project or STEM activity inside this kit; they will explore the fundamentals of robot engineering: building circuits, powering motors, and learning how robots capture and respond to information about their surroundings.
This kit is perfect for a budding robot enthusiast and can grow as your knowledge builds. Add it to your robot collectibles! If you want to build more advanced robots, you can always add a microcontroller to the basic robot and begin programming more complex behaviors.
Features:
-
Compatible:
-
You can modify the codes and upload your own program using IDE and work with the reserved pins to add more sensors.
-
STEM kit for everyone:
-
It is easy to assemble and suitable for kids to have some Do It Yourself or Design It Yourself experiences and learns basic programming knowledge. Students or kids can also enjoy it by customizing and adding more functions to this kit.
-
Smart Phone Control:
-
The self-balancing robot Kit has multiple functions, such as balancing, moving, and running with two wheels, automatic obstacle avoidance automatically follows and is wirelessly controlled by APP. You can use a SmartPhone to control the car’s movement.
-
Strong Load:
-
The top layer can load things or DIY extensions by yourself, it has a strong load-balancing capacity. The balancing car can carry items to drive, such as boxes, books, toys, etc.
-
Powerful Motor:
-
For the balancing car, the powerful motor is better than the fancy description, the balancing car adopts a precise high-power motor, which has excellent performance.
Description:
-
This is a self-balancing robot learning kit.
-
Based on an open-source platform that anyone can make.
-
Designed based on the microcontroller board, this self-balancing robot car is a fun and educational kit for learning electronic knowledge
-
The robot is developed based on the Dynamic Stabilization principle for its movement.
-
It uses a three-axis accelerator gyroscope sensor to tell the tilt of the car body, and the microcontroller calculates the data, then keepS a dynamic balance of the car body by controlling the DC motors.
-
Comes with a microcontroller board, a Pbot-3.0 expansion board, an MPU6050 Gyroscope Sensor Module, HC-06 Wireless Module, HC-SR04 Ultrasonic Module, A pair of 12V DC Motor with high-quality wheels, and a battery holder.
-
Even without the experience of electronics, you can easily get started, simple but a lot that you can learn about how each electronic component works and its principle.
Products Parameters:
1. Working voltage: DC 9-12V
2. Motor type: precise 12V DC motor
3. Body posture detection module: MPU-6050
4. Control mode: HC-06 wireless communication
HC-06 Module:
The balancing car kit uses a wireless module, can easily communicate with a smartphone, the
phone can control the movement of the car by APP.
MPU-6050 Module:
A Good motion processing module, measures and reports the car’s balance parameters, like velocity, orientation, and gravity.
EMPOWER SCIENTISTS AND ARTISTS OF THE FUTURE
For Education creates the next generation of STEM programs that empower students on their learning journey through middle school, high school, and university and help them thrive.
Provides all necessary high-quality made Electronic Components & Supplies with each of our products, so teachers, students, and beginners can focus on the learning experiences programming.
LEARN TODAY, FOR TOMORROW
Bring STEM lessons to the real world with Zhiyitech hands-on kits built for blended learning. Take you on a fun and inspiring journey through the world of programming and electronics.
