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FEINDEF 2025: Spain’s Indra Launches ‘Valero’ Missile Featuring Advanced Drone Technology.
On May 12, 2025, at the FEINDEF defense exhibition in Madrid, Spanish defense company Indra officially unveiled Valero, a fully indigenous multi-purpose air vehicle (MAV) system designed for modern collaborative combat. Developed to meet the needs of future multi-domain operations, Valero embodies Spain’s ambition to achieve strategic autonomy through advanced, modular technologies. With the ability to carry various payloads, launch from fighter jets or ground platforms, and function autonomously or in coordinated swarms, Valero introduces a new category of remotely operated air assets. Its presentation marks a significant milestone for the Spanish defense industry amid increasing demand for adaptable, low-cost, and networked aerial capabilities.
Launched from both ground platforms and aircraft such as the Eurofighter Typhoon, it includes a configurable surface launcher (LSC), a planning and control ground segment (EPC), and associated support equipment (Picture source: Army Recognition)
Valero is not a traditional missile but a versatile and modular weapon system based on a lightweight Multi-purpose Air Vehicle (MAV) that can be configured for a range of missions, including surveillance, deception, electronic warfare, and strike operations. Launched from both ground platforms and aircraft such as the Eurofighter Typhoon, it includes a configurable surface launcher (LSC), a planning and control ground segment (EPC), and associated support equipment. The project was initiated in 2023 as a strategic initiative to boost Spain’s defense autonomy and is supported by national industry, universities, and technology centers. Indra leads the project, applying expertise gained from its role in the Future Combat Air System (FCAS) program, particularly in the Combat Cloud segment.
A visual examination of the Indra Valero presented at FEINDEF 2025 reveals several notable design characteristics, suggesting potential synergies with existing European systems. One key observation is the resemblance between the air intake of the Indra Valero and that of the Eurofighter Typhoon. It is plausible that the air intake architecture of the Valero was inspired by or adapted from the Typhoon’s design, potentially to facilitate aerodynamic compatibility when integrated with the fighter. A closer analysis of the exhibited mock-up highlights the following elements: the primary sensor suite is positioned at the nose of the system; the air intake is located laterally toward the rear; and four rear-mounted canards are arranged diagonally near the propulsion system, likely to enhance maneuverability and flight stability.
A scale model also demonstrated the integration of two Valero units under the wings of a Eurofighter Typhoon, suggesting a design optimized not to interfere with the jet’s aerodynamics. Notably, the configuration showcased at FEINDEF differs from that shown in Indra’s promotional video released on May 7, indicating either iterative design evolution or multiple mission-specific variants. Finally, the overall shape and concept bear a strong resemblance to the Taurus KEPD 350 cruise missile, already in service with the Spanish Air Force, hinting at shared mission profiles such as deep strike or high-value target neutralization.
Valero’s key advantages lie in its modular design, allowing for tailored payloads based on the mission, and its collaborative operation model enabling swarm tactics and sensor saturation. This makes it particularly effective in countering A2/AD environments and evolving threat scenarios. Unlike conventional cruise missiles such as the U.S. Tomahawk or Franco-British Storm Shadow, which are long-range and single-use, Valero offers optional recoverability and cost-effective mass deployment, enabling its use as a decoy or smart munition in high-volume engagements. Its architecture supports C4ISR integration and real-time coordination, placing it at the forefront of network-centric warfare concepts.
Financially, while exact budgetary figures have not been disclosed, Indra describes the project as a strategic industrial effort designed to consolidate industrial corridors and stimulate the national defense ecosystem. No international contracts have been announced yet, but the system has garnered strong interest, particularly given the growing demand across NATO and EU countries for remote carriers capable of both standalone missions and collaborative engagement in future air combat systems.
A decisive step in the evolution of European defense autonomy, this advancement positions Spain among the few nations capable of fielding an indigenous modular air weapon system with both strategic and tactical relevance. Valero’s adaptability, collaborative features, and potential for mass deployment make it a game-changing asset in the future of multi-domain operations. As defense forces seek greater operational flexibility and cost-effective capabilities, Valero could soon emerge as a key reference in the next generation of remote carriers and unmanned aerial systems.