eduROV - Educational Remotely Operated Vehicle¶
Stream camera feed from a Raspberry Pi camera to any web browser on the network. Control the robot with your keyboard directly in the browser.
The eduROV project is all about spreading the joy of technology and learning. The eduROV is being developed as a DIY ROV kit meant to be affordable and usable by schools, hobbyists, researchers and others as they see fit. We are committed to be fully open-source, both software and hardware-wise, everything we develop will be available to you. Using other open-source and or open-access tools and platforms.
Low video latency
You can stream HD video from the Raspberry Pi camera to any unit on the same network with a video delay below 200ms.
No setup required
The package works by displaying the video feed and other content in a web browser. This means that you can use any device to display your interface.
Very easy to use
With the exception of Pyro4 (which is installed automatically), edurov doesn’t require any other packages or software. Everything is written in python and html. 4 lines of code is everything needed to get started!
Need to control motors, read sensor values and display video feed at the same time? edurov can spawn your functions on multiple CPU cores while still maintaining the possibility to share variables.
- eduROV requires python 3, if you don’t have python installed, you can download it here: https://www.python.org/downloads/
- the camera on the raspberry pi has to be enabled, see https://www.raspberrypi.org/documentation/configuration/camera.md
Run the following commands in a terminal on the Raspberry Pi.:
sudo pip3 install edurov
For a more in depth description visit the official documentation.
Engage eduROV submersible¶
On the Raspberry Pi, run the following command:
This will start the web server and print the ip where the web page can be
Visit the webpage at 192.168.0.197:8000.
The eduROV package were created with a strong focus on keeping the latency at a minimum. When deploying on a wireless network the actual performance will vary depending on factors such as distance, interference and hardware.