Mark the Skies

Own the Air

ANZU METU UAV TEAM

ANZU Team Photo 2024
ANZU Team Photo 2024 Alt
ANZU Team Photo 2024 Alt
ANZU Team Photo 2024 Alt
ANZU Team Photo 2024 Alt
ANZU Team Photo 2024 Alt
ANZU Team Photo 2024 Alt

METU ANZU is an Unmanned Aerial Vehicle (UAV) project team that began its operations in 2024. Our team is composed of four main departments—Mechanical, Electronics, Software, and Organization—along with a dedicated pilot team. All members serving in these departments are students from various faculties and departments at Middle East Technical University (METU). As METU ANZU, our primary goals are to successfully represent our country and university in national and international competitions, to continuously develop ourselves in every field, and to direct our accumulated knowledge toward research and development (R&D) activities.

Principal Consultant

Consultant

Doç. Dr. Şeyda Ertekin

Team Captain

Top Consultant

Mehmet Ali Akıncı

Electrical-Electronical

EE Member

Umut Barış Genç

Captain

EE Member

Mehmet Ali Akıncı

EE Member

Mustafa Said Sulak

EE Member

Mete Kayra

Intern

EE Member

Deniz Baran

Intern

EE Member

Duru Dolgun

Intern

The unit responsible for identifying the necessary electronic components for the platform, integrating these components into the platform, designing the power distribution, and ensuring electrical safety.


Mechanical

ME Member

Bedri Anıl Gedikli

Captain

ME Member

Zeynep Ece Yılmaz

ME Member

Yusuf Yanık

ME Member

Kağan Doğaner

ME Member

Eren Okur

ME Member

Öykü Özçiçek

Intern

ME Member

Taha Arda Öztürk

Intern

The unit responsible for designing and analyzing UAVs, determining propulsion systems in line with requirements, establishing production procedures, performing necessary assemblies, and ensuring mechanical sustainability.


Programming

Programming Member

Ege Mert Balçık

Captain

Programming Member

Hüseyin Umut Işık

Programming Member

Eren Aslan

Programming Member

Mehmet Alp Özaydın

Programming Member

Efe Kaan Güler

Programming Member

Hüseyin Kerem Aktaş

Programming Member

Ela Naz Alak

Intern

Programming Member

Efe Solmaz

Intern

Creating a route planning algorithm to target the competing UAV based on its location, developing an algorithm that detects objects using convolutional neural networks, creating the dataset required to train this model, writing the guidance controller software required for tracking after detection, and the unit responsible for ensuring communication between the UAV and the ground station and between the ground station and the competition server communication between the UAV and the ground station and between the ground station and the competition server.


Organization

Org Member

Ahmet Rıza Filiz

Org Member

Kürşat Ergün

The unit responsible for maintaining reports in an orderly manner, sponsorship activities, and recording the images of the UAV.


Piloting

Pilot Member

Mustafa Said Sulak

Pilot Member

Bedri Anıl Gedikli

Considering the competition we will participate in and the tests required for the competition, two pilots are needed. We plan to train these two pilots by providing training to our teammates who perform other duties in the team and add them to our team.

Sponsors

Büyütech Logo
Asisguard Logo

Blogs

Featured Article Thumbnail
Featured

The Brains in the Sky: Understanding ANZU's Flight Control System (FCS)

Why ArduPilot? We break down the customization of our open-source Flight Control System, from the Pixhawk hardware integration to the specialized PID tuning required to give ANZU centimeter-level positioning accuracy and stable flight under heavy payload.

Ma Dong

Oct 16, 2025

The ANZU Airframe: Designed for Endurance

Discover the engineering behind ANZU's carbon fiber airframe. We detail how CFD simulations drove our modular design for maximum payload efficiency, high stability, and quick field maintenance

Ivan Jerginov · Oct 16, 2025

Beyond the Lens: ANZU's Sensor Fusion Strategy

Learn how sensor fusion creates superior data products. We cover the synchronized integration of Lidar, Hyperspectral, and Thermal cameras to give ANZU a reliable, high-resolution understanding of its environment.

Holden Tudiks · Oct 16, 2025