Hoopad’s comprehensive drone design and analysis software is a specialized engineering tool developed to accelerate the process of designing, simulating, and evaluating the performance of multifunctional drones. This software takes input data such as dimensions, motor type, propeller, weight, and power system, and accurately calculates the drone’s flight characteristics, efficiency, and stability. This allows for accurate prediction of the final product’s performance before prototyping, thereby preventing costly errors.
The computational core of this software is developed based on aerodynamic models, standard component datasheets, and advanced numerical algorithms. Users can simulate various flight scenarios such as full payload, high-altitude flight, or operation in variable wind conditions. Additionally, the software enables precise analysis of energy consumption, flight time, thrust-to-weight ratio, and critical design points. This software is a vital tool for drone design and production teams across industrial, research, and educational sectors.
The software features a simple and graphical user interface designed so that even non-experts can use it easily, while its advanced modules meet the needs of professional users. This system has the capability to be updated with new profiles for motors, batteries, propellers, and environmental conditions. Additionally, printable output reports are generated, which can be used in design meetings, project defenses, or knowledge-based documentation. This software is now actively used in Hoopad’s aerial projects and some academic and research teams in the country.
This specialized software, developed by the Hoopad engineering team, is now available as It is available free of charge to enthusiasts, researchers, and technical teams. Users can easily download it and use it in the design and performance analysis stages of their drones. Complete documentation, installation guide, and practical examples are also included with the file to make the learning and usage process quick and effective. Our goal in publishing this tool is to promote technical knowledge and support domestic innovative projects.
Download the UAV Design Performance Intelligent Calculation System Software
