Moroccan Atlas Drone: National Ambition Promises a Bright Future in UAV Manufacturing

Casablanca – Informed sources have revealed recent developments in the Moroccan “Atlas” drone project, which is considered a significant step in the field of national defense industries.

Sources reported that the Atlas drone is still in its early stages of development, requiring further testing and improvements. They called for the need to give Moroccan engineers full confidence and opportunity to continue developing this promising technology.

The Atlas is characterized by its relatively low cost, not exceeding $2,000 per unit, with the ability to stay airborne for up to 6 hours. It also features vertical takeoff capability and high-quality imaging, making it suitable for reconnaissance missions and artillery fire direction.

Sources indicated the possibility of developing Atlas’s capabilities in the future to include carrying and launching mortar shells, similar to drones used in modern conflicts.

Notably, the Atlas project is the result of efforts by a graduate from Mohammed VI University in Benguerir, reflecting the scientific and technical potential of young Moroccan talents. Experts believe that providing a locally manufactured drone costing between $3,000 and $5,000, with a local operating system, is a significant achievement compared to foreign drones that may cost up to $100,000.

In a related context, sources pointed to the Turkish experience in the field of drones, such as the “Bayraktar,” which is considered an advanced version of the Israeli “Heron” aircraft, with a local integration rate of 43%. They emphasized the importance of benefiting from international experiences in this field.

Observers called for the need to provide necessary support, guidance, and investment for the Atlas project, considering it a real opportunity to develop a national industry in the field of unmanned aerial vehicles. This could enhance the kingdom’s defense capabilities and open new horizons for export in the future.

About محمد الفاسي