TonyPi Hiwonder AI Intelligent Vision Humanoid Robot Powered by Raspberry Pi (Advanced Kit with Raspberry Pi 4B 8GB)

Very suitable for motion control, machine vision OpenCV、 Research on deep learning and other related fields

Equipped with a wide-angle high-definition camera and using OpenCV to implement various AI visual applications such as transportation

Remote control of robot movement and access to real-time cameras for first person perspective

Accessing settings Linux、OpenCV、 Detailed guidelines for motion control, AI vision development, and motion group editing, etc

product description

TonyPi is a humanoid robot with integrated AI vision, driven by Raspberry Pi 4B/5. It has an intelligent serial bus server, high-definition camera, and IMU sensor, which can detect the robot's posture in real time. It is a humanoid robot, machine vision OpenCV、 The ideal platform for deep learning.

1) AI vision, unlimited creativity

TonyPi is equipped with a wide-angle high-definition camera on its head, which utilizes OpenCV's image processing capabilities to effectively identify and locate target objects.

2) Supported by Raspberry Pi

TonyPi is controlled by Raspberry Pi and equipped with an intelligent high-voltage bus servo. It is programmed in Python and can complete various AI intelligent gameplay such as color tracking and autonomous kicking.

3) Artificial Intelligence Visual Applications

① Color tracking

TonyPi processes images through OpenCV, receives the positions of red, green, and blue, and tracks the target color in real-time.

② Following the line

TonyPi can identify the black line, white line and red line through OpenCV, calculate the position of the line, and then adjust the route to be taken.

③ Tag recognition

TonyPi executes actions based on the recognized labels. In addition to the provided tags, we also encourage you to write your own tags and actions.

④ Facial recognition

Using OpencCV to load the trained face detection model, TonyP will perform greeting actions after recognizing the face.

⑤ Automatic shooting

Using OpenCV for image processing, obtain the position of the ball, and then use PID algorithm to automatically track and kick the ball.

⑥ Intelligent transportation

TonyPi can visually recognize the distance of objects and ultimately move the target object to the designated label.

4) Intelligent high-voltage bus servo and anti blocking servo

TonyPi uses intelligent high-voltage bus servos with high precision and fast feedback, allowing the robot to have an ultra long battery life. TonyPi is also equipped with an anti lock servo, ensuring that the servo will not burn out due to stalling or collision, which can extend the service life of the servo.

5) Support diversified control methods

① APP control

The WonderPi app supports both Android and iOS, allowing for easy and quick switching of game modes and experiencing various AI games.

② PC remote control

We can configure WonderPi to quickly connect to wireless LAN, making it more convenient for you to remotely connect and control TonyPi.

③ PC software control

Through graphical upper computer software, without the need for code, simply drag the slider to control the rotation of the robot servo and edit the robot action group.

6) Real time voltage display

TonyPi can display the current voltage level, making it convenient to monitor the robot's battery level in real-time.

7) Support self balancing, built-in IMU sensor

The core controller of the robot is equipped with IMU sensors, which can perceive the robot's body posture in real time and detect the direction of travel.

8) Unlimited Expansion

TonyPi can expand various electronic modules and open up diverse and interesting robot games.