Robo SprintX 1.0 is a dynamic and innovative technical event organized by the Department of Mechanical and Mechatronics Engineering to showcase the creativity, technical skills and problem-solving abilities of students. The event was designed with the theme “Engineering Beyond Limits: Conquering Real-World Terrains through Robotics”, focusing on practical exposure and hands-on learning in robotics and automation. This theme emphasizes the importance of designing machines capable of operating in challenging real-life environments. The event featured an exciting robotic race on a specially designed off-road track that included natural obstacles such as soil, sand, mud (kadhi), uneven terrain, large stones, and highway-like pathways. These real-world conditions made the competition highly challenging and practical, pushing participants to design robust, durable, and efficient robotic systems. The track was carefully designed to simulate real field conditions, ensuring that students experienced actual engineering challenges. A total of 60 participants actively took part in Robo SprintX 1.0, representing various engineering colleges. The enthusiastic participation reflected the growing interest among students in robotics, automation and interdisciplinary engineering applications. The event provided a platform for students to demonstrate their innovation, teamwork, and technical expertise. Participants were required to design and build manually controlled or semi-autonomous robots capable of navigating through rough terrains while maintaining stability, traction and control under varying surface conditions. The evaluation criteria included speed, obstacle-handling capability, mechanical design efficiency, control precision and overall performance of the robot. Teams had to ensure that their robots could withstand harsh conditions without failure, emphasizing durability and adaptability. The conduction of the event was uniquely designed to consist of a single round, making Robo SprintX 1.0 stand out from conventional competitions. This round was intentionally crafted to be highly challenging, thrilling and physically demanding, incorporating elements that tested the limits of both the robots and their operators. The track combined multiple obstacles such as mud, sand, uneven terrain and large stones into one continuous course, creating a difficult yet controlled environment that required precision, durability and quick decision-making. The successful organization of this event was guided by the visionary leadership of our Campus Director / Principal Dr. D. V. Ghewade, whose encouragement and direction were instrumental in shaping this initiative. We also express our sincere gratitude to our Head of Department Prof. G. M. Kumbar for his constant support. Prof. A. S. Bhoi, who worked as the Event Coordinator and successfully arranged Robo SprintX 1.0 through dedicated efforts, proper planning and effective execution, ensuring the smooth conduct of the event