A LOW-COST, Go-To, MODULAR, UNIVERSAL EQUATORIAL TELESCOPE MOUNT FOR AUTOMATICALLY TRACKING CELESTIAL OBJECTS

This project aims to develop a GoTo modular universal equatorial mount for telescopes, addressing the limitations of traditional alt-azimuth mounts by enhancing adaptability, user-friendliness, and precision. The mount's modular design allows users to customize and upgrade their system to accommodate various telescope sizes and configurations, making it suitable for a wide range of observational tasks, from planetary viewing to deep-sky exploration. A key feature is its ability to align accurately with the Earth's rotational axis, ensuring smooth tracking of celestial objects and minimizing the challenges of manual tracking, especially during long-exposure astrophotography. The automated GoTo functionality enables users to easily locate and track celestial objects by entering coordinates or selecting targets from a database, significantly reducing the time and effort required for observations—an especially beneficial feature for beginners. Additionally, the mount incorporates advanced motorized controls driven by high-precision stepper motors and a user-friendly software suite, allowing for both manual and automated operation. Designed for portability and ease of assembly, the mount features lightweight yet durable materials, ensuring convenience for transport and storage. Overall, this innovative solution combines mechanical engineering, electronics, and software development to create a robust, versatile tool that meets the evolving needs of both amateur and professional astronomers.