Our user-friendly platform allows agricultural professionals to input the initial positions of the blades, enabling the algorithm to swiftly analyse the data and provide recommended adjustments for each control rod corresponding to each blade. By harnessing the potential of artificial intelligence, our algorithm ensures precise blade alignment, enhancing stability and aerodynamics during agricultural flights With a strong commitment to revolutionising agricultural practices, our algorithm's seamless integration into aerial crop spraying and monitoring will significantly enhance agricultural productivity and sustainability. By automating the blade alignment process, we reduce manual calculations, minimise downtime, and improve the accuracy of agricultural operations from above.

The operational algorithm employed for the implementation of the calculator has been publicly disseminated through the "10th International Electronic Conference on Sensors and Applications, 2023" during the session dedicated to "Sensors and Artificial Intelligence." The comprehensive details of this algorithm are documented in the paper titled "AI-Driven Blade Alignment for Aerial Vehicles' Rotary Systems using A* Algorithm and Statistical Heuristic." For further reference, the paper can be accessed via the following link: Conference paper.