SunFounder Raspberry Pi Smart Video Robot Car Kit for Raspberry Pi

Purchase Links:
Amazon(US):www.amazon.com/dp/B08F46Q24N/
www.sunfounder.com/products/p...
【AI Robotics Car Kit】PiCar-X is an AI self-driving robot car kit compatible with Raspberry Pi models 4B, 3B, 3B+, and 2B. (Batteries and Raspberry Pi needed but not included). PiCar-X is an ideal platform for learning robotics programming, OpenCV, Tensorflow, and Deep Learning for adults and teens.
【Advanced Metal Structure】PiCar-X raspberry pi robot kit has an easy-to-assemble aluminum alloy body, so users can start driving within minutes of assembly.
【Multiple Modes and Modules Available】PiCar-X includes a pan-tilt camera, an ultrasonic module, and a line-tracking module, and is capable of avoiding obstacles, following objects, tracking lines, and recognizing objects. (Facial recognition, hand gestures, QR codes, traffic signs, color recognition) and voice output (TTS/sound effects/background music).
【Programming Software】PiCar-X robot car kit supports both Python and SunFounder EzBlock. With EzBlock, new Raspberry Pi users can quickly learn to program robotics, and can control it remotely via a web interface.
【Online Tutorials】Professional and high-quality online courses are available to help users master the fundamentals to more advanced functions of PiCar-X.

[@MyTube4Utoo]

Very cool!

[@mayeshadeen]

Sunfounder is the best

[@pgamebot]

Are all the sensors directly accessible for reading / measurement / custom code execution, or are some of the sensors and hardware locked?

[@sunfoundermakereducation8590]

All sensors can be read and written normally without hardware limitation.

[@bstanis1237]

Great work.
Please SunFounder, in 2017 I buy from you a complete Raspberry Pi Smart Video Robot Car Kit with Raspberry Pi (red robot wheels);
I would to ask you, by this kit could I implement all aspects including in this video for QR code recognition; Face and color detection, and so on?

[@sunfoundermakereducation8590]

The image recognition function mainly uses opencv and tensorflow to realize, we integrated its function into the vilib library, github.com/sunfounder/vilib
vilib input image is obtained from csi camera, to use usb camera, you may need to modify the code to get the image:
github.com/sunfounder/vilib/blob/master/vilib/vilib.py#L599C1-L599C1
Modify the bit to use cv2 to get
github.com/sunfounder/vilib/blob/master/vilib/image_classification.py#L73
We are currently optimizing the vilib library, if you are not familiar with it, please wait until we add the usb camera to the library.

[@explorerrobotics7269]

Nice video. Can you share the code? I am very interested in the lane navigation (i.e autonomous navigation between two black lines) and face tracking (i.e. turn camera toward face after detecting it). Thanks

[@sunfoundermakereducation8590]

thanks for your watching.Please refer to github.com/sunfounder/picar-x

[@saipuvvala1709]

It was the best, Where i can get the source code?

[@sunfoundermakereducation8590]

Pls check this link,
docs.sunfounder.com/projects/picar-x/en/latest/

[@cheems6559]

What is the power source of the robot?

[@sunfoundermakereducation8590]

Two 18650 batteries.