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At Aurea Avionics, we stand at the forefront of unmanned systems, participating in disruptive projects that are shaping the future of aviation. CONVOY is a collective intelligence project for the detection of hidden threats. Funded by the European Defence Fund (EDF), this international consortium is developing advanced solutions to identify and neutralize critical threats, such […]

At Aurea Avionics, we are fully integrating Artificial Intelligence into our projects to grant our platforms true autonomy in the physical world. By leveraging advanced AI applications, we enhance aircraft performance through real-time flight profile optimization, allowing our systems to navigate complex environments with a level of intelligence that goes far beyond traditional remote control. 

In a critical mission, time is the scarcest resource. You cannot afford to land to swap sensors just because night has fallen. The SEEKER UAS redefines tactical versatility: 🔺 Dual Payload: Equipped with both EO (daytime) and IR (thermal) sensors in a single payload. 🔺 Operational Continuity: Seamless day-to-night transitions without the need for hardware

Did you know that the Explorer UAS features a powerful 50× EO (Optical) zoom and an 8× IR (Thermal) zoom? This dual-zoom capability allows operators to maintain a significant standoff distance while still capturing high-definition details. Whether it’s identifying specific markings in broad daylight or tracking heat signatures in total darkness, the Explorer ensures that

In critical missions, you don’t choose the conditions; you just have to operate in them.  The Explorer UAS is built for total situational awareness regardless of the conditions, offering 24/7 vision through its seamless day and night ISR capability—powered by dual EO sensors and high-resolution IR—while its robust all-weather performance ensures true field reliability, allowing

Interoperability in real-world environments is put to the test: we were part of an operational testing day alongside the Parachute Brigade (BRIPAC) at the «Príncipe» Base in Paracuellos del Jarama (Madrid), working in close collaboration with GMV and Rheinmetall Expal Munitions. The primary objective of this exercise was to evaluate the integration of our Seeker

Behind every one of our systems lie thousands of hours of design, prototyping, and, most importantly, exhaustive field testing. Those hands you see on the controller are doing more than just operating a drone; they are validating months of collaborative effort between software engineers, avionics specialists, and structural experts. #AureaAvionics #Engineering #BehindTheScenes #UAS #EuropeanTalent #DefenceTech

Recent conflicts in regions like Ukraine and Middle East have reshaped modern defense, proving that unmanned systems are no longer a luxury but the backbone of the battlefield.  These theaters have taught us that low-cost, highly intelligent UAS provide a decisive strategic advantage by delivering unmatched situational awareness while significantly reducing human risk.  At Aurea

This week, we participated in a key phase of the GENIUS project held at the INTA – La Marañosa campus. The core objective of this campaign was the large-scale collection of high-precision data to train IED (Improvised Explosive Device) detection algorithms. As part of this ambitious consortium funded by the European Defence Fund (EDF), at

The best technology is only proven in the most demanding conditions. Working side-by-side with elite units allows us to refine our engineering based on real-world operational experience. From the amphibious operations of BRIMAR (Spanish Marine Corps) to the rapid deployment missions of EADA (Air Deployment Support Squadron), our platforms have been battle-tested in all types