The YTÜ Yıldız Rover Team won the “Best Astronaut” and “Best Team Structure” special awards at the Anatolian Rover Challenge held in Ankara, placing first among Turkish teams and fifth worldwide.

The Yıldız Technical University Yıldız Rover Team continues its work in the fields of space research and unmanned ground vehicles through its successes in national and international competitions. The team achieved a significant success with its performance at the Anatolian Rover Challenge, organized by UKET in Ankara and supported by TUA and TÜBİTAK.

Our team, which won the “Best Astronaut” and “Best Team Structure” special awards at the competition, ranked first among Turkish teams and fifth worldwide. This success demonstrates that YTÜ students are pursuing their work in engineering, robotics, software, and electronics through an interdisciplinary approach.

Applied research in space technologies and robotics from Yıldız Rover

A rover refers to an unmanned ground vehicle capable of performing tasks such as exploration, analysis, sample collection, and precision intervention under challenging terrain conditions. Rover technologies, which integrate mechanical, electronic, software, and scientific systems, can be used not only in space exploration but also in various other fields such as search and rescue and high-risk operations.

The Yıldız Rover Team aims to create a working environment where students can apply the theoretical knowledge they gain in class to real-world engineering problems. Within this framework, students conduct research in various fields, including design, manufacturing, electronics, software, artificial intelligence, autonomous systems, image processing, unmanned aerial vehicles, and scientific research.

The team’s work is designed to bring together students from different fields of expertise to collaborate on a common engineering project, foster the development of innovative ideas, and enhance students’ problem-solving skills.

Consistent Success in International Competitions

The Yıldız Rover Team continues its international efforts in competitions such as the European Rover Challenge and the University Rover Challenge. At the European Rover Challenge held in Poland, the team reached the final stage in 2021 and placed 22nd; in 2022, as the first Turkish team to qualify for the finals in Poland, it finished the competition in 10th place.

In the NASA-supported University Rover Challenge, Yıldız Rover—the only Turkish team to reach the finals in 2022—finished 21st out of 104 teams in 2023, placing first among Turkish teams. The team continued to reach the finals in 2024 and 2025, and in 2026, it became the only Turkish team to qualify for the finals out of 116 teams. 

Rising Through the Ranks at the Anatolian Rover Challenge

The Anatolian Rover Challenge also holds a significant place among Yıldız Rover’s achievements in national competitions. In the competition organized by UKET with the support of TUA and TÜBİTAK, the team placed second in 2023 and won the “Special Award for Autonomous Driving and Control.”

In 2025, the team was honored with the “Best Astronaut Award,” ranking second among Turkish teams and sixth worldwide. In 2026, Yıldız Rover took its performance in the competition to an even higher level by securing fifth place globally, first place in Turkey, and two special awards.

First Place and Special Award at TEKNOFEST

The Yıldız Rover Team continued its work in the field of unmanned ground vehicle technologies in the Agricultural Unmanned Ground Vehicle category organized as part of TEKNOFEST. While the team finished third in the competition in 2021, in 2022 it won not only the first-place award but also the “Special Presentation Award.”

Yıldız Rover’s goal is to train qualified engineering professionals

In addition to its success in competitions, the Yıldız Rover Team continues its efforts to help students gain hands-on experience in space technologies, robotic systems, and advanced engineering. Bringing together different disciplines under the umbrella of a single project, the team aims to help students apply their theoretical knowledge to real-world engineering problems, gain teamwork experience, and develop innovative solutions.