The PiCar-V is an open-source robot learning kit based on Raspberry Pi. Equipped with a wide-angle USB webcam, it is powerful together with three whole new circuit boards and less but simpler wiring. And we also provide detailed online tutorials to help you assemble and control Picar-V.
Access the online tutorial: https://docs.sunfounder.com/picar-v
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The PiCar-V is an open source robot learning kit based on Raspberry Pi. Equipped with a wide-angle USB webcam, it is powerful together with three whole new circuit boards and less but simpler wiring. (Compatible with RPi 4B/3B/3B+/2B/2B+, Raspberry Pi is NOT included)
Some constructure plates in a well-designed structure, solid, durable and shatterproof. Complete code suitable for almost all platforms to control the car.
Python code is provided for the car, and you can also program and debug it with Dragit, a Snap-based graphical interface, by just simple dragging and dropping the code blocks for complex functions.
There are many ways to control the robot remotely: with the app on PC (works on any OS), you can control the car and the cam's direction on the UI and view the image it takes in real time; or, with the related code, realize the same functions on a web browser, means it can works with any mobile phones, tablets, etc.
Real-time Video Transmission
Equipped with the Wide Angle 120° USB camera, which provides a wide and clear vision, you can view image and video taken in a web browser on your device by wifi in real-time.The 2-axis pan-and-tilt servos enable the camera to film in a range of a hemisphere,for you to easily control the angle of filming video and image, the image transmission is in high efficiency, which makes image transmit in real-time.
Blockly and Python Program
Python code is provided for the car, and you can also program and debug it with Dragit. A visual programming language software is provided for easy coding. Even if you don't have programming basis, by means of easy code blocks complex functions can also be realized.
DIY Your Robot Car
Examples given to expand your knowledge. In addition to using the keyboard to control the status of the car, we also wrote a ball tracking code. After the code runs, find a red ball (at least larger than the diameter of the camera) and put it within 10-50 cm range in front of the camera to get the car to follow your ball.
Multi-type Device Remote Control
With the app on PC (works on any OS), you can control the car and the cam's direction on the UI and view the image it takes in real time; or with the related code, realize the same functions on a web browser, means it can works with any mobile phones, tablets, etc.
- Speed Level-There are some number buttons on the keyboard to adjust the car’s speed, ascending from level 1 to 5. With Servos to control movements of the car, this makes the car turn more accurately.
- Durabl Material -Support solid plate and the white Servo Motor can well protected by Torsion protection, Power failure protection after over load.
- Plate set×1
- Robot Hat×1
- PCA9685 PWM Driver×1
- TB6612 Motor Driver×1
- 18650 Battery Holder×1
- SunFounder SF006C Servo×3
- 120° Wide-angle USB Camera×1
- Front Wheel×2
- Rear Wheel2×2
- Ribbon (30cm)×1
- Cross Screwdrive×1
- Several wires,Needed screws, nuts, Wrenches and standoffs
NOTE: The 18650 batteries are not included.