Albatrox UAVs

GRE-1 | الدرون الزراعي
نحو زراعة أكثر ذكاءً ودقة

يعمل فريق ALBATROX UAVs على تطوير GRE-1، مسيّرة زراعية متطورة تجمع بين الهندسة الجوية والذكاء الاصطناعي والرؤية الحاسوبية، لتقديم حلول ذكية في مجال الزراعة الدقيقة.

صُممت GRE-1 لتطوير أساليب رش المحاصيل ومراقبتها، من خلال استهداف المناطق الزراعية المطلوبة بدقة أعلى، وتقليل الهدر في المبيدات، والحد من الاستخدام غير الضروري للمواد الكيميائية.

قيد التطوير حالياً | ALBATROX UAVs

About the Team and Its Projects
A youth engineering team of academics, engineers, and students specializing in aerospace engineering, computer science, and mechatronics. The team researches, develops, and implements unmanned aerial systems for environmental and service-oriented applications, providing practical technological solutions for the agricultural and environmental sectors.

1. GRE-1 Agricultural UAV Project:
An agricultural UAV designed for pesticide spraying. We are developing it by integrating computer vision and artificial intelligence to identify target areas and improve spraying precision, reduce pesticide consumption and waste, minimize unnecessary chemical exposure, and enhance agricultural efficiency. (Under Development)

2. Solar-Powered Aircraft Project:
A fixed-wing aircraft equipped with flexible solar cells mounted on its wings. The project aims to harness solar energy to improve energy efficiency and develop an aerial platform for environmental monitoring, surveying, and observation. (Under Implementation)

3. Future Projects:
We plan to develop additional service-oriented UAVs and aerial systems for various sectors after completing and further developing our current projects.

4. Engineering Project Support:
This year, within our available resources, we supported two outstanding graduation projects through an internal team fund dedicated to engineering initiatives, encouraging innovation and turning ideas into practical prototypes.

Our Future Vision:
We aim to become a specialized engineering and technology entity focused on developing service-oriented aerial systems and transforming them into commercially viable products. This vision includes establishing an engineering laboratory, enhancing testing and manufacturing capabilities, and improving prototype quality, performance, and reliability to deliver solutions that meet market and societal needs.

.