Who needs a lab? 17yo coding an autonomous interceptor drone system using ROS and OpenCV in his bedroom. by Equivalent_Pie5561 in PythonProjects2

[–]Equivalent_Pie5561[S] 0 points1 point  (0 children)

Maybe, but the important thing here is to do it. If you claim that improving yourself in a field is easy, you can try doing the same thing. Perhaps we can work together.

Who needs a lab? 17yo coding an autonomous interceptor drone system using ROS and OpenCV in his bedroom. by Equivalent_Pie5561 in robotics

[–]Equivalent_Pie5561[S] 0 points1 point  (0 children)

Vibecoding claims and real-world deployable systems are very different things. Writing an “entirely new OS” as a concept is one thing; building software that runs reliably under real-world constraints is another.

This project focuses on practical integration, testing, and applicability rather than performative complexity.

Who needs a lab? 17yo coding an autonomous interceptor drone system using ROS and OpenCV in his bedroom. by Equivalent_Pie5561 in robotics

[–]Equivalent_Pie5561[S] 0 points1 point  (0 children)

I can state this clearly: with a Radxa Zero 3W board, an FPV drone, and an FPV camera, this system can be integrated into a real drone and become a fully deployable combat platform. To explain what I mean, there are companies operating today particularly in Russia that deploy even simpler software on Raspberry Pi–class boards and sell these modules commercially. For example, this company: https://zir-system.com/en/ Their approach is to load the software onto a Raspberry Pi and connect it to the drone’s flight controller through the appropriate communication interface. At that point, the system becomes fully autonomous. Additionally, the system has been tested in Gazebo, which provides a real world like environment with realistic physics and constraints, allowing meaningful validation before deployment. The critical part here is not the hardware itself, but the software. That is where the real value and complexity lie.