Author name: pili@adstore.es

Today, many drones still require human input to complete missions, but artificial intelligence is changing that. At Aurea Avionics, we’re developing UAS with advanced algorithms that enable them to make decisions in dynamic environments without constant intervention. #AureaAvionics #Autonomy #UAS #IA #DefenceTechnology 

At Aurea Avionics, we don’t just design and manufacture next-generation unmanned systems — we also train the professionals who make them fly. Through courses and workshops for technicians and pilots, and custom training programs tailored to the operational needs of each unit. Because technology reaches its full potential only when combined with the skill and

It’s all about collaboration between manned and unmanned aircraft, where drones act as wingmen or support escorts, providing intelligence, surveillance, reconnaissance, strike, or electronic warfare capabilities. At Aurea Avionics, we’re working to make this concept a reality through UAS capable of integrating into joint missions — enhancing safety, range, and effectiveness in tactical operations. Autonomy

In defense, it’s not enough to have the best technology: the ability to immediately maintain and repair it can make all the difference in a critical mission. When UAS systems are designed and manufactured in Europe, we guarantee: ✅ Technological sovereignty: no dependence on external suppliers. ✅ Speed in maintenance and repairs: parts and support

At Aurea Avionics, we are proud to contribute to the GENIUS project, a European Defence Fund initiative focused on boosting the precision of detecting and neutralising explosive threats (UXOs and IEDs). By integrating cutting-edge sensors, AI-driven detection, and unmanned ground vehicles (UGVs) for safe neutralisation, GENIUS will strengthen the capabilities of EU Armed Forces and

BVLOS flights take place beyond the pilot’s visual range. Instead of keeping the drone in sight, operators control it through a GCS display or FPV goggles, enabling missions that go further and cover more ground. Current limitations for BVLOS flights: 🔺Max altitude: 100 m 🔺Take-off and landing must be done in VLOS (Visual Line of

At Aurea Avionics, we design UAS with a clear purpose: to deliver real-time intelligence, surveillance, and reconnaissance (ISR), even in the most demanding environments. Our systems gather and transmit critical information to support strategic decision-making in operations where speed and precision are vital. From tactical reconnaissance to monitoring high-risk areas, each of our UAS is

At Aurea Avionics, we develop strategic defense technology grounded in knowledge, reliability, and technological sovereignty. We work side by side with key institutions such as the Ministry of Defense, the Ministry of Science, Innovation and Universities, and the Armed Forces, collaborating on cutting-edge projects that strengthen Europe’s security and technological autonomy. The trust of our

We’re back in the field testing phase of the European CONVOY project. Intense days of real-world trials to keep pushing forward technologies that help detect and neutralize hidden threats. We can’t show much 👀, but we can say it’s an honor to be part of this international consortium committed to innovation and security in Europe.

Where can it truly make a difference? 🔺 Defence: Critical missions in areas where GPS signals are blocked or degraded. 🔺 Infrastructure: Autonomous inspection of tunnels, galleries, and confined environments. 🔺 Rescue: Autonomous navigation in extreme situations, from natural disasters to search operations at sea. The impact: Solutions that not only improve efficiency but also