At the 2026 World Defense Exhibition held from December 8th to 2nd, 2026 in Riyadh, Saudi Arabia, Spain attracted great attention when introducing the SRC 100 Razor, a stealth, multi-role unmanned aerial vehicle (UAV), designed for high-demand military missions.
SRC 100 Razor is developed domestically by the aerospace technology company Sener, marking an important step in Spain's efforts to modernize its defense capabilities.
This device can take on the role of a simulated flight target as well as operate as a self-propelled UAV serving reconnaissance, surveillance and intelligence gathering (ISR) missions.
With a weight of about 150 kg, the SRC 100 Razor is optimized for flexible deployment in many combat scenarios.
One of the highlights is the recovery parachute system, which allows UAVs to land safely after completing their mission, helping to reduce operating costs, especially in high-risk or single-use missions.
SRC 100 Razor possesses an advanced design architecture combined with a secure communication system, helping to maintain stable connection even in environments without satellite positioning (GPS-denied).
This brings great advantages in electronic warfare operations or in areas heavily jammed.
Mr. Rafael Orbe, General Director of Defense at Sener, said that the SRC 100 Razor is built as a flexible, adaptable solution that can quickly meet the changing requirements of the modern battlefield.
According to Mr. Orbe, this project demonstrates Sener's long-term commitment to developing defense solutions that meet strategic challenges in the coming decades.
SRC 100 Razor is also the first product of the SIROCO project, a key program of Sener in the field of autonomous systems.
The project was strongly promoted after Sener acquired Sistemas de Control Remoto, a company specializing in developing remote and automation control technology in Spain. This deal helps expand the product portfolio, while strengthening domestic UAV production capacity.
Based on the current growth momentum, Sener is planning to expand industrial scale, including upgrading existing facilities and building new factories, with the goal of doubling production capacity in the defense and space sectors.
These facilities are designed to be ready to meet the potential demand for stealth UAVs when the SRC 100 Razor is officially commercialized.
