ATILIM UAV TEAM
Atılım University - Unmanned Aerial Vehicle
Sponsorships
Brief Introduction
The SUAS Team was founded in 2023 by a group of engineering students. Our goal is to transform our engineering knowledge into real-world projects, offering innovative designs in the field of Unmanned Aerial Systems (UAS) and representing our country in international competitions.
About Us
Our team, founded in 2023, has competed in domestic competitions and is now aiming for international success. With expertise across four specialized teams—Reporting and Analysis, Design and Production, Electronics and Communication, and Software—we ensure seamless project execution. From system compatibility checks and documentation to designing, assembling, and programming unmanned vehicles, our team excels in adhering to competition standards and systems engineering principles. Additionally, we manage circuit designs, control systems, and our online presence, combining knowledge, experience, and the right tools to drive innovation on a global stage.
ATUT Organization Scheme
Superior Data Accuracy
Increased Efficiency
Enhanced Safety
Versatile Applications
Artificial Intelligence
Equipped with a machine learning-based artificial intelligence infrastructure for real-time analysis, this autonomous drone supports features such as flight path optimization and object recognition and classification. Its advanced AI enhances both precision and success rate in mission execution.
Drone
Droppod Design
With its balanced structure offering high precision, this drone design provides our team with a significant advantage in reconnaissance and payload transfer missions. Its quad-copter configuration enables customization for different mission profiles, while built-in sensors and advanced communication technologies facilitate real-time analysis and tracking.
Featuring a precise drop mechanism, this design offers an effective solution for humanitarian aid and logistics operations, with rapid and secure cargo deployment capabilities. It maintains its carrying capacity during missions while minimizing vibrations and shocks, ensuring highly accurate performance.
With its balanced structure offering high precision, this drone design provides our team with a significant advantage in reconnaissance and payload transfer missions. Its quad-copter configuration enables customization for different mission profiles, while built-in sensors and advanced communication technologies facilitate real-time analysis and tracking.
CAD & Droppod Design
Our project, which is still in the production process, is a quadcopter with the capacity to carry approximately 44kg (including its empty weight) when all four motors are operating at full performance. This quadcopter will initially be equipped with a compartment to carry only five plastic bottles in order to meet the current requirements of the competition. Additionally, the production of our drone is planned to include the necessary autonomous systems, along with image processing and mapping capabilities.
Our project, which is still in the production process, is a quadcopter with the capacity to carry approximately 44kg (including its empty weight) when all four motors are operating at full performance. This quadcopter will initially be equipped with a compartment to carry only five plastic bottles in order to meet the current requirements of the competition. Additionally, the production of our drone is planned to include the necessary autonomous systems, along with image processing and mapping capabilities.