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Showing posts with label Armada Española. Show all posts
Showing posts with label Armada Española. Show all posts

May 17, 2026

Spain Eyes Turkey’s TB3 and Navalized Hürjet Amid Debate Over Harrier Replacement


Growing reports of industrial and military contacts between Spain and Turkey are fueling an increasingly visible debate over the future of the Armada Española’s carrier-based aviation capabilities.

In recent weeks, Turkish media outlets and defense publications have linked Spain to two particularly significant Turkish programs: the carrier-capable Bayraktar TB3 and the future navalized TAI Hürjet currently under development by Turkish Aerospace Industries.


While no official confirmation has emerged from Madrid, Ankara, or the companies involved, the broader strategic and industrial context makes such speculation increasingly plausible.

The Harrier Problem



At the center of the discussion lies a well-known issue: Spain’s aging McDonnell Douglas AV-8B Harrier II fleet is approaching the end of its operational life, forcing the Spanish Navy to decide what type of carrier aviation capability it wants to maintain in the coming decades.

Until recently, the obvious successor appeared to be the Lockheed Martin F-35B Lightning II — currently the only Western fifth-generation V/STOL fighter available.

However, the program’s high cost, budgetary constraints, and the rapid evolution of naval warfare are opening discussions around more flexible and scalable alternatives.

TB3 and the Rise of Carrier Drones

Within that context, the Bayraktar TB3 has attracted increasing attention. The navalized drone, derived from the TB2, was specifically designed to operate from short-deck vessels such as the Juan Carlos I.

The TB3 features folding wings and is intended for:

  • maritime surveillance
  • ISR missions
  • light strike operations
  • expeditionary support

For Turkey, the TB3 forms a key element of the future air wing aboard both the TCG Anadolu and the future MUGEM.

This is precisely where the platform becomes interesting for Spain: it could offer a way to preserve relevant embarked air capabilities without relying exclusively on an expensive manned V/STOL fighter fleet.

Hürjet Naval Enters the Debate



The second major development is the public unveiling of the navalized TAI Hürjet concept during SAHA Expo 2026.

According to information displayed by TUSAŞ and first reported by Turkish defense media, the aircraft is envisioned with:

  • STOBAR capability
  • possible CATOBAR evolution
  • reinforced structure
  • strengthened landing gear
  • arrestor hook
  • aerodynamic modifications for carrier operations

Rather than a simple naval trainer, the aircraft appears designed as a light carrier-based combat platform capable of complementing combat drones aboard the future MUGEM carrier.

Spain’s Industrial Connection


Spain is already indirectly linked to the Hürjet family through the ITS-C / Saeta II program, which will replace the Spanish Air Force’s F-5M fleet using a version developed in cooperation with Airbus and multiple Spanish defense firms.

This makes the Hürjet platform particularly relevant for Spain from an industrial perspective:

  • avionics
  • simulation
  • software
  • maintenance
  • systems integration

The more the Hürjet family expands — including naval or light attack variants — the more strategically important the program could become for Spanish industry.

A Real Alternative to the F-35B?

For now, presenting the TB3 or Hürjet Naval as direct replacements for the McDonnell Douglas AV-8B Harrier II would be premature.

The Lockheed Martin F-35B Lightning II remains vastly superior in:

  • stealth
  • sensors
  • network warfare
  • air superiority

But the debate is no longer solely about “which fighter to buy.”

The real question is what kind of carrier aviation model Spain wants for the future:

  • an LHD centered around V/STOL aircraft
  • a mixed force of drones and light manned platforms
  • or a future transition toward more complex STOBAR/CATOBAR operations

And in that evolving discussion, Turkey is unexpectedly emerging as a relevant player in Spain’s strategic naval aviation debate.

Apr 19, 2026

What Is the Current State of Spain’s S-80 Submarine Program? Delays, technical issues and industrial shifts raise questions about Spain’s flagship submarine


Spain’s S-80 Plus was conceived as a bold step toward full naval autonomy: a domestically designed and built submarine capable of placing the country among the world’s most advanced naval powers. Years later, the program is no longer defined by ambition alone, but by a more complex reality shaped by delays, technical challenges, and growing industrial questions.

The lead boat, Isaac Peral, entered service in 2023 after a development process marked by significant setbacks. Schedule slippages and cost overruns pushed the program well beyond its original timeline, turning what was meant to be a symbol of technological independence into a test of Spain’s ability to manage highly complex defense projects. Even so, delivering a fully indigenous submarine remains a major industrial milestone.

Recent reporting in Spanish media has brought renewed attention to the program’s technical performance. Issues cited include components linked to emergency ballast systems, valve reliability, and various onboard subsystems. While such reports have fueled criticism, it is important to place them in context. Submarine development is among the most demanding engineering efforts in the defense sector, and early operational issues are not uncommon. Comparable programs such as the Astute-class submarine and the Virginia-class submarine experienced similar phases of refinement before reaching full maturity.

Spain’s Ministry of Defence has maintained that the S-80 is fully operational within established safety parameters, describing the reported issues as part of the normal process of system optimization. This position reflects a broader reality: modern submarines evolve significantly after delivery, with incremental improvements shaping their final operational standard.

However, not all technical concerns carry equal weight. In submarine warfare, acoustic performance is critical. Reports pointing to vibration and noise levels—if sustained—would have direct implications for stealth, the defining characteristic of any underwater platform. Whether these are transitional issues or indicators of deeper design challenges remains a central question as the program progresses.

Beyond technical factors, the S-80 also faces challenges in the international arena. Despite its advanced design, the program has yet to secure export orders. Competing against established suppliers with decades of experience, strong political backing, and proven platforms has proven difficult. In today’s defense market, success depends not only on capability, but also on industrial scale, reliability, and long-term support credibility.

This context helps explain a significant recent development: Navantia has signed a memorandum of understanding with ThyssenKrupp Marine Systems to explore cooperation in submarine construction. While officially focused on future projects, the agreement highlights a shifting industrial landscape in which collaboration may become essential to remain competitive, particularly in export markets.

The S-80 program therefore sits at a crossroads. Technologically, it represents a substantial achievement for Spain, demonstrating the ability to design and build a modern submarine independently. Operationally, it is still maturing, with key performance areas under close observation. Industrially, it faces the challenge of translating capability into market success.

Rather than a clear-cut success or failure, the S-80 is better understood as a program in transition—one that reflects both the risks and rewards of pursuing strategic autonomy in defense. Its ultimate legacy will depend not on early criticism or initial difficulties, but on whether Spain can consolidate its capabilities, resolve outstanding issues, and position the platform effectively in an increasingly competitive global market.

Apr 10, 2026

F-110 Flight II Could Boost Spain’s Air Defence with 48 VLS Cells

 


The Spanish Navy is studying a more heavily armed version of its future F-110 class frigate, with plans for a Flight II variant equipped with up to 48 vertical launch cells.

This would be a major step up from the 16 cells planned for the current ships and would significantly strengthen their air defence role.

The increase would likely come from additional Mk 41 Vertical Launch System modules, potentially requiring minor structural changes. More importantly, it would allow a much larger and more flexible missile load.

A typical configuration could include quad-packed RIM-162 ESSM for medium-range defence and SM-2 Standard Missile for longer-range engagements. This combination would give the ship a real area air defence capability, something the baseline design lacks.

With 48 cells, the F-110 would be far better suited to deal with saturation attacks, cruise missiles and multiple simultaneous threats. It would also reduce reliance on AEGIS ships like the Álvaro de Bazán-class frigate for fleet protection.

The move reflects a clear shift. What was designed as an anti-submarine frigate could evolve into a more balanced combatant with credible air defence capability.

No final decision has been announced, but the direction is clear: more missiles, more flexibility and a stronger role in high-intensity scenarios.

Mar 29, 2026

Los cazas que podría operar España en un futuro portaaviones CATOBAR

 

La posible construcción de un portaaviones con sistema CATOBAR abriría un abanico completamente nuevo de opciones para la Armada española. A diferencia del actual LHD Juan Carlos I, limitado a aeronaves STOVL como el Harrier o el F-35B, un portaaviones CATOBAR permitiría operar cazas convencionales con mayor carga, alcance y versatilidad.
Los estudios de viabilidad ya apuntan a una ala embarcada de hasta 30 aeronaves, lo que situaría a España en un nivel completamente distinto dentro de la aviación naval europea.
En ese contexto, varias opciones empiezan a tomar forma, aunque con planteamientos muy distintos entre sí.

F/A-18 Super Hornet 


El F/A-18E/F Super Hornet se presenta, probablemente, como la opción más continuista para España en un escenario CATOBAR. Diseñado desde su origen para operaciones embarcadas, cuenta con décadas de experiencia en la Armada estadounidense, lo que le aporta una base operativa sólida y un sistema logístico plenamente maduro. Además, la experiencia previa española con la familia Hornet facilitaría una transición relativamente natural, tanto en la formación de pilotos como en el mantenimiento.
Sin embargo, se trata de un caza de cuarta generación en un entorno cada vez más condicionado por amenazas más avanzadas. Aunque sigue siendo una plataforma muy capaz, su relevancia a largo plazo en escenarios de alta intensidad genera dudas, especialmente a medida que los sistemas de quinta generación se generalizan. En este sentido, podría ofrecer una solución pragmática y de bajo riesgo en el corto plazo, pero con limitaciones claras a medida que evolucionen las necesidades operativas.

Rafale 


El Dassault Rafale M representa, probablemente, la alternativa europea más coherente en un escenario de portaaviones CATOBAR. Es, a día de hoy, el único caza no estadounidense plenamente operativo en este tipo de plataformas, lo que le otorga una ventaja significativa: no se trata de una solución teórica, sino de un sistema ya probado en servicio real. Su elevada polivalencia y su integración en el ecosistema industrial europeo encajan bien con las aspiraciones de autonomía estratégica que España ha venido mostrando en distintos programas de defensa.
Sin embargo, el componente industrial introduce algunas incertidumbres. Francia opera actualmente una flota relativamente limitada de Rafale M —en torno a unas cuarenta unidades— y el futuro de su sustituto naval dentro del programa FCAS sigue siendo incierto en su vertiente embarcada. En ese contexto, no es evidente que la producción del Rafale M se mantenga a largo plazo, lo que podría condicionar tanto la disponibilidad futura del modelo como su evolución.
Aun así, su elección también implicaría concentrar una parte importante de las capacidades en un único proveedor, en este caso Francia, algo que históricamente España ha tratado de evitar manteniendo cierto equilibrio entre socios. Además, aunque se trata de un caza muy avanzado dentro de su generación, su evolución tecnológica se sitúa por detrás de las plataformas de quinta generación. Pese a ello, en términos de equilibrio entre capacidades, viabilidad e integración política, el Rafale M se perfila como una de las opciones más realistas.


F-35C Lightning II 


El F-35C representa la opción más avanzada desde el punto de vista tecnológico en un escenario CATOBAR. Diseñado específicamente para operar desde portaaviones con catapultas, incorpora capacidades de baja observabilidad, sensores de última generación y una integración plena en entornos de guerra en red, lo que lo sitúa en una categoría claramente superior a los cazas de cuarta generación. Además, su uso por parte de la Marina estadounidense garantiza un alto grado de interoperabilidad con aliados clave y una base operativa ampliamente consolidada.
Sin embargo, su posible adopción por parte de España no puede analizarse únicamente en términos técnicos. En los últimos años, España ha descartado la adquisición del F-35B, en parte debido a las implicaciones de dependencia tecnológica asociadas al programa, un factor que también estaría presente en la versión naval. La integración en el ecosistema del F-35 implica un grado elevado de control externo sobre mantenimiento, actualizaciones y gestión de sistemas críticos, lo que plantea interrogantes en términos de soberanía operativa.
En este contexto, aunque el F-35C ofrecería la solución más avanzada desde el punto de vista militar, su adopción estaría condicionada por consideraciones políticas, industriales y estratégicas que van más allá de sus capacidades puramente operativas.


Hürjet 


El TAI Hürjet introduce una variable distinta dentro del debate, alejándose de los cazas embarcados tradicionales para situarse en un enfoque más ligero y potencialmente disruptivo. Aunque concebido originalmente como entrenador avanzado y avión de combate ligero, el desarrollo de una versión naval por parte de Turkish Aerospace Industries abre un escenario que, hasta hace poco, no formaba parte del análisis. Este movimiento coincide, además, con la decisión española de adquirir hasta 30 Hürjet dentro del programa Saeta II, lo que sugiere una convergencia interesante entre necesidades operativas e industrialización a medio plazo.
En paralelo, la Armada española se enfrenta a un problema estructural evidente: la retirada progresiva de los Harrier en la próxima década y la ausencia de un sustituto STOVL tras descartarse el F-35B. En ese contexto, un sistema más ligero, con menores costes de adquisición y operación, podría ofrecer una solución intermedia para preservar la aviación embarcada sin asumir las cargas económicas y logísticas asociadas a cazas pesados como el Super Hornet, el Rafale M o el F-35C. La posible evolución del Hürjet hacia una plataforma naval —con refuerzos estructurales, gancho de apontaje y adaptación a operaciones embarcadas— refuerza esa hipótesis.
Además, la creciente relación industrial entre España y Turquía aporta una dimensión adicional. La combinación de la experiencia española en construcción naval y operaciones embarcadas, junto con el desarrollo aeronáutico turco, podría sentar las bases de una solución conjunta más accesible y sostenible en el largo plazo. Sin que exista confirmación oficial de un vínculo directo entre ambos programas, la coincidencia temporal y estratégica resulta difícil de ignorar. En este sentido, el Hürjet no debe entenderse tanto como un sustituto directo de los cazas embarcados convencionales, sino como una posible vía para redefinir el modelo de aviación naval española en términos más realistas desde el punto de vista presupuestario y operativo.


Mar 17, 2026

Spain Approves €30M for Naval Defense and a Potential Domestic Shield Against Drones and Rockets



The Spanish Council of Ministers has just greenlit a major strategic move to protect its fleet. With a budget of €29.6 million, the government has authorized a framework agreement to supply three advanced ship defense systems over the next six years.

The official reference is brief, but the message is clear: the Spanish Navy (Armada) is prioritizing C-UAS (Counter-Unmanned Aircraft System) and point-defense capabilities to face the "cheap but deadly" threats seen in recent conflicts like the Red Sea.

Focus on National Sovereignty

Everything points towards a "National Product" approach. The Spanish Ministry of Defense has been consistently supporting the domestic industry to ensure technological independence. This framework agreement is likely designed to integrate Spanish-made solutions into the fleet's defensive layers.

Potential National Solutions Under Review

While the specific models have not been officially confirmed, the Spanish defense industry offers several high-tier systems that align with the Navy's requirements:

  • Escribano M&E (Sentinel Series): This company is a key player in remote-controlled weapon stations (RWS). Their Sentinel 30 is already a known quantity for the Navy, providing "hard-kill" capabilities to neutralize drones and surface threats using advanced optronics and ballistic calculation.

  • Indra (Crow System): As a leader in electronic warfare, Indra’s Crow platform is often cited in C-UAS discussions. It offers a comprehensive "soft-kill" approach, using high-precision radars and jamming technology to disrupt drone signals before they reach their target.
  • TRC & Escribano (CERVUS/Guardian): Other domestic developments, such as the CERVUS platform, have already demonstrated effective command-and-control capabilities in countering unmanned aerial threats during military trials, making them strong candidates for naval adaptation.

Why This Investment Matters

The modern naval battlefield has changed. The Armada needs to protect high-value assets, such as the LHD Juan Carlos I or the F-100 frigates, against asymmetric threats. This investment ensures that Spanish vessels are equipped with smart, cost-effective technology to handle "swarm" attacks—where traditional missiles might be over-dimensioned or too expensive to use.

This framework agreement represents a strategic step for the Spanish defense sector, reinforcing the role of local engineering in protecting the nation's interests at sea.

Mar 3, 2026

Implicaciones de la posible restricción estadounidense de exportaciones de defensa a España


Las recientes declaraciones del presidente Donald Trump, calificando a España como un “aliado terrible” y sugiriendo un posible corte del trato comercial, abren una cuestión que trasciende la retórica política:

¿Qué impacto tendría una eventual restricción estadounidense en materia de exportaciones de defensa hacia España?

Aunque un “corte total” resulta improbable en el marco de la OTAN, incluso limitaciones parciales bajo el régimen ITAR (International Traffic in Arms Regulations) tendrían efectos relevantes.

Este análisis examina dependencias críticas y posibles escenarios.
1. Dependencia en el ámbito naval

Fragatas F-100 y F-110 y el Helicóptero MH-60R



Las F-100 españolas operan el sistema AEGIS, desarrollado por Lockheed Martin y las futuras F-110 incorporan el radar SPY-7 y arquitectura asociada al ecosistema AEGIS. Sin el soporte técnico las fragatas dejarían de ser útiles para las misiones para las que han sido diseñadas dejarían de ser interoperables dentro del marco OTAN. 

Respecto al Sikorsky MH-60R Seahawk, España adquirió 8 unidades a través del
programa FMS (Foreign Military Sales) de EE. UU para sustituir progresivamente a los SH-60B y son una herramienta clave para la guerra antisubmarina (ASW) y antisuperficie. 



Todas las unidades están pendientes de entrega y este programa depende totalmente de EE.UU. Una posible restricción congelaría las entregas y mermaría drásticamente la capacidad antisubmarina de la Armada Española.

Los AV-8B Harrier II constituyen el punto más frágil del esquema actual: su extensión hasta 2035 depende en gran medida del soporte y la cadena logística del United States Marine Corps, último gran operador del modelo. Sin acceso a repuestos, certificaciones y apoyo técnico estadounidense, la viabilidad de la flota podría verse comprometida antes de lo previsto, afectando directamente a la capacidad de ala fija embarcada del Juan Carlos I.




2. Capacidad submarina




El programa S-80 integra el sistema de combate SCOMBA, desarrollado por Navantia Sistemas, con asistencia tecnológica de la americana Lockheed Martin.
Una restricción afectaría a modernizaciones futuras e impediría la integración de armas como misiles de crucero 'Tomahawk'.
En sistemas submarinos, donde la superioridad depende del ciclo continuo de actualización, este aspecto es particularmente sensible.

3. Aviación de combate




España continúa operando F-18, con dependencia en repuestos críticos, actualizaciones de aviónica y la munición aire-aire 'estrella' el AIM-120 AMRAAM.
El impacto sería gradual: reducción progresiva de disponibilidad operativa si se interrumpiera el flujo logístico.

4. Defensa aérea y antimisil




Este podría ser el ámbito de mayor vulnerabilidad inmediata ya que España emplea los misiles Patriot PAC-3, ESSM, SM-2 y SM-6. Recientemente España firmó la adquisición de nuevas baterías del sistema Patriot PAC-3 a través del programa FMS estadounidense, siendo probablemente, la mayor inversión española reciente en defensa aérea y suponiendo una mejora drástica de capacidades. 
La guerra en Ucrania ha demostrado de forma inequívoca que la defensa aérea y antimisil no es un complemento, sino un pilar central de la defensa nacional. La protección frente a misiles balísticos, de crucero y drones se ha convertido en una capacidad decisiva. En el contexto europeo actual, marcado por la inestabilidad en el flanco oriental, sistemas como el Patriot PAC-3 adquieren una relevancia estratégica de primer orden. Una eventual restricción que afectara a su suministro, modernización o sostenimiento no solo reduciría capacidades técnicas, sino que erosionaría un elemento esencial de la arquitectura defensiva española y su integración en la defensa colectiva aliada.

5. Impacto industrial

Empresas como Navantia integran tecnología estadounidense en programas destinados tanto a la Armada española como a exportación. Las restricciones podrían limitar ventas a terceros países, incrementar costes por rediseño de subsistemas y retrasar calendarios de entrega.
La afectación no sería inmediata, pero sí estructural en el medio plazo.

6. Viabilidad política de un escenario restrictivo
Desde el punto de vista jurídico, Estados Unidos dispone de herramientas regulatorias para limitar exportaciones de defensa. Sin embargo, España es aliado OTAN, alberga infraestructuras estratégicas en el flanco sur y participa en arquitectura de defensa colectiva.
Una ruptura total tendría costes estratégicos para ambas partes.
El escenario más plausible, en caso de tensiones, sería una restricción selectiva o retrasos administrativos, no una interrupción absoluta.

7. Implicaciones estratégicas

Una eventual restricción aceleraría tres tendencias:
  • Diversificación de proveedores.
  • Refuerzo de la cooperación industrial europea.
  • Debate interno sobre autonomía estratégica.
No obstante, la sustitución plena de tecnología estadounidense no es inmediata ni económicamente neutra. El coste en recursos y en tiempo sería incalculable. 

Conclusión

La dependencia española de tecnología de defensa estadounidense es significativa en áreas críticas: defensa aérea, sistemas navales avanzados y aviación. Un corte total es improbable en el corto plazo. Una restricción parcial es técnicamente viable y según las recientes declaraciones de Trump, Estados Unidos no necesita nada de los líderes de España.
Consideramos que el momento actual, España no puede permitirse prescindir de Estados Unidos, la primera potencia mundial ni en materia de Defensa ni en cualquier otra área. 
En el hipotético caso de que las restricciones anunciadas por el presidente Trump, se hicieran realidad, las consecuencias respecto a las capacidades de las Fuerzas Armadas Españolas, se notarían desde el primer momento, serían devastadoras y podrían dejar de poder cumplir la misión que les encomienda la Constitución Española: Garantizar la soberanía e independencia de España, defender su integridad territorial y el ordenamiento constitucional.

Feb 2, 2026

Cómo el Reino Unido preparó la defensa de Gibraltar de posibles ataques de España y la Unión Soviética en los 80

(Del Artículo original publicado en el blog 'Thin Pinstriped Line')

En las primeras horas de mayo de 1982, tras indicios de que una fuerza anfibia española —oficialmente en maniobras— había comenzado a navegar cada vez más cerca de Gibraltar, el Gobernador ejerció sus poderes para ordenar la salida de buques de guerra de la Royal Navy y desplegar al Royal Army en las calles del Peñón, con el objetivo de defenderlo ante una posible invasión española.


Esto puede sonar al argumento de una novela barata de la Guerra Fría, pero estuvo sorprendentemente cerca de suceder. Este artículo analiza cómo, durante la década de 1980, el Reino Unido planificó activamente la defensa de Gibraltar tanto frente a una agresión soviética como española, en circunstancias tan improbables como delicadas.

En 1982, las relaciones entre el Reino Unido y España seguían siendo tensas debido a la cuestión de Gibraltar, especialmente tras el cierre de la frontera terrestre por parte de España en 1969. A lo largo de los años setenta existió una preocupación real de que España pudiera intentar algún tipo de acción militar limitada, lo que llevó a desarrollar planes detallados para defender “el Peñón” el tiempo suficiente como para permitir que prevalecieran soluciones diplomáticas.


La invasión argentina de las Islas Malvinas incrementó de forma notable estas preocupaciones, dado el papel militar clave que desempeñaban las instalaciones británicas en Gibraltar en el apoyo a la Fuerza de Tareas enviada al Atlántico Sur.

En abril de 1982, los Jefes de Estado Mayor británicos revisaron con urgencia los planes y capacidades necesarias para mantener Gibraltar a salvo, tanto frente a un posible ataque argentino como para disuadir a España de aprovechar una eventual distracción del Reino Unido, tanto a corto como a medio plazo.

Los planes para reforzar el Peñón se conocían como Joint Tactical Plan (JTP) 52, y estaban diseñados para responder al riesgo de una agresión española. Tal y como señalaban los propios mandos:

“El plan contempla el refuerzo de Gibraltar ante una amenaza directa contra el Peñón, no un plan de contingencia para una guerra con España. Naturalmente, si los acontecimientos escalaran hasta un nivel tan desafortunado, se asignarían las fuerzas apropiadas según dictara la situación”.

Una de las principales preocupaciones inmediatas fue la presencia de una fuerza anfibia española con unos 4.000 infantes de marina embarcados, operando a apenas 35 millas de la colonia entre el 26 de abril y el 4 de mayo. Aunque la amenaza se consideraba extremadamente improbable, no podía descartarse por completo.

Para reducir este riesgo, se desplegaron en Gibraltar dos aviones de ataque SEPECAT Jaguar de la RAF y un helicóptero Lynx de la Royal Navy, proporcionando una capacidad básica de ataque antibuque frente a unidades españolas que pudieran representar una amenaza para el Peñón.

El comandante en jefe en Gibraltar estaba lo suficientemente preocupado como para ordenar formalmente la puesta en marcha de “preparativos encubiertos para hacer frente a cualquier intento —admitidamente extremadamente improbable— de asalto anfibio contra Gibraltar”.

Estas medidas incluían la preparación discreta de buques de la Royal Navy para hacerse a la mar con muy poco preaviso, con el fin de vigilar a la fuerza anfibia si se desplazaba hacia el este, fuera de la zona de ejercicios, en dirección a Gibraltar. De continuar ese movimiento, las unidades del Ejército pasarían a un estado de máxima alerta, con las tripulaciones aéreas ya en cabina.

Las reglas de enfrentamiento (ROE) propuestas establecían que la Royal Navy no abriría fuego hasta que el “enemigo” disparase primero o hubiese desembarcado en Gibraltar y abierto fuego allí. Resulta especialmente significativo que estas ROE se refiriesen explícitamente a las tropas españolas como “enemigo en territorio de Gibraltar”.

España, por supuesto, no invadió Gibraltar. Sin embargo, el episodio llevó al Ministerio de Defensa británico a una revisión urgente de las defensas necesarias para hacer frente a “la situación en la que un comandante español local pudiera decidir intentar una aventura no autorizada y sin apoyo contra el Peñón”.

Las conclusiones fueron preocupantes: existía una clara insuficiencia de artillería antiaérea —dependiendo todavía de cañones Bofors de 40 mm de la Segunda Guerra Mundial para defender el aeródromo—, una capacidad limitada de contrabatería frente a la artillería española (16 piezas de 105 mm y misiles antiaéreos) y una notable carencia de radares de vigilancia.

El gran dilema residía en equilibrar la necesidad de defender y reforzar Gibraltar con la de gestionar las tensiones locales y las relaciones diplomáticas. Un refuerzo militar demasiado visible podría incrementar las tensiones y dañar seriamente las relaciones bilaterales. Por ello, todas las medidas debían aplicarse manteniendo un perfil lo más bajo posible.

Tras el final de la Guerra de las Malvinas, el Reino Unido continuó preocupado por la defensa de Gibraltar, tanto ante el riesgo de una “aventura” española no autorizada como frente a una posible guerra general con la Unión Soviética. Durante varios años, la RAF mantuvo un destacamento permanente de dos Jaguar en Gibraltar para proporcionar apoyo aéreo cercano inmediato, mientras que la Royal Navy desplegó un Lynx equipado con misiles antibuque y sensores de vigilancia.

A esto se sumaban visitas regulares de otros aviones de la RAF. La idea era sustituir una presencia permanente visible por destacamentos rotatorios, manteniendo al mismo tiempo un mensaje claro de disuasión. También se contempló el despliegue de misiles Exocet como refuerzo de la defensa de la OTAN en el Estrecho.


El Ministerio de Defensa deseaba desplegar estos sistemas hacia 1985, pero la primera ministra Margaret Thatcher optó por la cautela, buscando no poner en riesgo las relaciones con España sin dejar de cumplir los compromisos con la OTAN.

El despliegue de Misiles antibuque Exocet



Según puede determinarse, el Exocet fue desplegado en Gibraltar hacia 1986, cuando la amenaza española ya había disminuido notablemente. De hecho, en 1983 el Comité Conjunto de Inteligencia había concluido que:

“No existe probabilidad de un ataque a nivel de brigada contra Gibraltar. Sin embargo, siempre existirá la posibilidad de que un comandante local intente una acción de bajo nivel contra el Peñón. Es poco probable que tal operación cuente con el apoyo de mandos superiores o del Gobierno español, pero no puede garantizarse una alerta temprana”.

El Ministerio de Defensa consideraba que, con las defensas existentes, el Reino Unido podría resistir con éxito un ataque limitado:

“Para hacer frente a la amenaza española, actualmente hay en Gibraltar un batallón de infantería regular, equipado con misiles MILAN y morteros, apoyado por una compañía y seis piezas LIGHT GUN del Regimiento de Gibraltar. Un asalto sorpresa de infantería española podría ganar algo de terreno, pero gracias a las excelentes posiciones defensivas del Peñón, el ataque debería detenerse rápidamente cerca del aeródromo”.

La Amenaza de la Unión Soviética 

Aun así, la amenaza soviética seguía siendo prioritaria. El Ministerio de Defensa evaluaba que, en caso de guerra, Gibraltar sería un objetivo clave para la URSS mediante el minado de accesos al puerto o al Estrecho, la infiltración de fuerzas especiales desde submarinos o buques mercantes, ataques con misiles lanzados desde submarinos y ataques aéreos con bombarderos medios empleando bombas y misiles de largo alcance.

Para demostrar a la OTAN el compromiso británico con la defensa del Estrecho, se decidió finalmente desplegar el Exocet en algún momento de 1985. Los registros sobre su servicio son escasos, pero todo indica que estuvo operativo a finales de los años ochenta y que ya había dejado de emplearse de forma rutinaria en torno a 1991, tras el colapso de la amenaza.

La retirada definitiva del Exocet del servicio de la Royal Navy en 1997 marcó también el fin de su presencia en Gibraltar, en un contexto en el que la amenaza española había desaparecido por completo.

Esta historia ilustra las dificultades de planificar para contingencias impensables. Resulta casi increíble que, hace apenas 40 años, el Reino Unido considerase que existía una amenaza militar remota pero creíble contra Gibraltar y planificase activamente cómo defenderse de un ataque sorpresa español. Afortunadamente, las relaciones bilaterales actuales son mucho más sólidas, y este escenario pertenece hoy al ámbito del “qué hubiera pasado si”, no a las salas de planificación militar.

Artículo original publicado en el blog 'Thin Pinstriped Line'







Jan 24, 2026

HÜRJET Goes Naval: Strategic Implications for Spain’s Future Aircraft Carrier and the Saeta II Programme

 

Recent statements by Turkish Aerospace Industries (TUSAŞ) regarding the development of a naval variant of the HÜRJET advanced trainer and light combat aircraft open a strategically significant window for Spain. This development comes at a time when Madrid is actively evaluating the construction of a future conventional aircraft carrier and has already signed an agreement to acquire up to 30 HÜRJET aircraft — designated Saeta II — for the Ejército del Aire y del Espacio. While these initiatives are officially treated as separate programmes, their convergence in timing, industrial cooperation, and operational logic suggests a potentially deeper strategic linkage.

TUSAŞ CEO Dr. Mehmet Demiroğlu recently confirmed that Turkey is awaiting a formal order from the Turkish Navy for a carrier-capable HÜRJET, as part of Ankara’s Indigenous Aircraft Carrier Project. Alongside two prototypes currently flying, four additional airframes are under construction, with design work already underway to adapt the platform for maritime operations. These efforts focus on structural reinforcement, strengthened landing gear, arrestor hook integration, corrosion protection, and compatibility with ski-jump assisted take-off profiles. This confirms that HÜRJET is evolving beyond its original advanced training mission into a fully multi-role platform capable of supporting fixed-wing naval aviation.

In parallel, Spain is reassessing its long-term naval aviation posture. The Spanish Navy faces the approaching retirement of its AV-8B Harrier II Plus fleet during the 2030s, combined with the absence of a direct STOVL replacement following the decision not to pursue the F-35B. At the same time, strategic planning increasingly points toward the construction of a future conventional aircraft carrier, potentially larger and more capable than the current Juan Carlos I amphibious assault ship. In this context, the availability of a light, affordable, navalised supersonic aircraft such as HÜRJET introduces a new operational and financial equation.

Spain’s acquisition of up to 30 HÜRJET aircraft under the Saeta II programme is officially framed as an advanced trainer and lead-in fighter solution for the Ejército del Aire y del Espacio. However, the platform’s inherent capabilities — including supersonic performance, modern avionics, multi-mode radar, secure data links, and weapons integration — provide it with credible secondary roles in air policing, light strike, and maritime security missions. When combined with the emerging naval variant, this raises the possibility that Spain is deliberately positioning itself inside the HÜRJET ecosystem to retain long-term access to future carrier-capable configurations.



From an operational standpoint, a conventional aircraft carrier equipped with catapult or ski-jump launch systems would face major budgetary, logistical, and political barriers if tasked with operating heavy multirole fighters such as the F/A-18E/F Super Hornet, Rafale M, or F-35C. By contrast, a navalised HÜRJET would offer significantly lower acquisition and life-cycle costs, reduced maintenance complexity, and a smaller logistical footprint. Such a solution would allow Spain to preserve organic fixed-wing naval aviation capability while avoiding the financial burden associated with high-end carrier aviation, creating a more sustainable long-term force structure.

The deepening defence-industrial relationship between Spain and Turkey further reinforces this strategic logic. Spain represents a highly valuable European naval partner for Turkey, offering political credibility within NATO and access to a mature maritime operational culture. Spain’s advanced shipbuilding sector, led by Navantia, brings decades of experience in the design and construction of aircraft carriers, amphibious assault ships, and complex naval combatants. Additionally, the Spanish Navy contributes substantial expertise in carrier and expeditionary operations, accumulated through over four decades of continuous Harrier-based naval aviation. This combination makes Spain an ideal partner for the development, validation, and operational refinement of a future naval HÜRJET.

From Spain’s perspective, participation in the HÜRJET programme may offer more than simply a modern training aircraft. It provides early exposure to a potential future naval fighter ecosystem, access to evolving carrier compatibility solutions, and industrial opportunities that could feed directly into its own aircraft carrier ambitions. This dual-track approach preserves strategic flexibility while keeping costs under control — a critical factor in today’s constrained European defence budgets.

While no official statements currently confirm a direct link between Spain’s carrier project and the naval HÜRJET programme, the strategic alignment is increasingly difficult to ignore. Spain appears to be methodically rebuilding its fixed-wing naval aviation knowledge base, securing long-term access to affordable carrier-capable platforms, and maintaining operational continuity beyond the Harrier era. In this sense, Saeta II may represent far more than a trainer acquisition — it could well form the foundation of Spain’s next-generation carrier air wing.

Jan 22, 2026

Spain May Turn to Ex-USMC Harriers to Sustain Naval Air Power Beyond 2030


Spain’s naval aviation capability is approaching a critical transition phase, as the EAV-8B+ Harrier II Plus fleet of the Armada Española moves closer to the limits of its economical and technical service life. With no confirmed replacement programme in place and the F-35B procurement decision effectively frozen, attention is increasingly turning toward fleet sustainment strategies based on spare-parts acquisition and life extension.

According to well-connected Spanish naval aviation observers and specialist defence community reporting, Spain may seek to acquire a number of retired AV-8B+ aircraft from the United States Marine Corps, primarily as sources of spare parts, in order to extend the operational viability of its existing fleet into the early-to-mid 2030s.

One such report, shared by respected Spanish defence observer @mistercromer, suggests that up to 13 ex-USMC Harrier II Plus airframes, along with a substantial reserve of spare parts, could be made available to Spain. The same reporting indicates that an Italian option was explored but ultimately deemed unviable, though no official explanation has been provided.

While no formal confirmation exists, the scenario is widely considered operationally logical within naval aviation and defence logistics circles.

A Fleet Without a Clear Successor


The Armada Española currently operates around 11 EAV-8B+ Harrier II Plus aircraft, embarked aboard the amphibious assault ship Juan Carlos I, which functions as Spain’s sole fixed-wing carrier aviation platform.

However, the absence of a confirmed replacement — particularly the political decision to postpone or suspend procurement of the F-35B — has left Spanish naval planners with no viable near-term alternative.

With no European STOVL combat aircraft under development, Spain now faces a looming capability gap, in which Harrier retirement would result in the complete loss of fixed-wing embarked aviation.

Why Spare-Part Harvesting Makes Strategic Sense

Both the United States Marine Corps and the Italian Navy are in the process of retiring their Harrier fleets as they transition to the F-35B. Once this transition is complete, Spain would become the sole remaining frontline Harrier operator worldwide.

From a logistics standpoint, this presents severe challenges:

  • Collapse of the global Harrier spare parts ecosystem
  • Reduced access to overhaul facilities
  • Rising maintenance and sustainment costs
  • Increased fleet grounding risk

In this context, acquiring entire retired airframes as donor aircraft becomes the most efficient method of sustaining fleet operations. Cannibalisation of surplus jets allows operators to maintain availability when original manufacturing and supplier networks are no longer economically viable.

Defence analysts consistently note that ultra-small fast-jet fleets require disproportionate logistical investment, making stockpiling of critical components essential for survival beyond 2030.

Signals from the Specialist Community

Discussion within specialist military aviation forums and defence journalism circles has increasingly highlighted:

Quiet coordination between US and European naval aviation planners

Internal studies assessing Harrier sustainment pathways beyond 2030

The logistical fragility of single-operator combat aircraft fleets

These conversations, while informal, consistently point toward spare-parts harvesting as the only realistic bridge strategy available to Spain until a political decision on future naval aviation is reached.

Operational Reality: A Matter of Physics, Not Policy

From an operational perspective, Spain’s strategic dilemma is governed by physical constraints, not political preferences.

Without STOVL aircraft, Juan Carlos I cannot operate fixed-wing jets, reducing the vessel to a helicopter-only platform and sharply limiting strrike reach, deterrence value, coalition interoperability and power projection

As a result, extending Harrier operations becomes a strategic necessity, not simply a budgetary decision.

Spain’s apparent pursuit of retired USMC Harriers as spare-parts donors reflects a pragmatic response to strategic uncertainty. While not a substitute for a long-term fleet replacement plan, it offers a temporary stabilisation mechanism, preventing the abrupt collapse of naval air power.

It buys time, but it is not a solution, delays — but does not solve — the carrier aviation dilemma

Risks locking Spain into progressively diminishing operational relevance

Unless Madrid commits either to F-35B acquisition or to a fundamentally new carrier aviation architecture, Spain’s fixed-wing naval air capability will likely remain in strategic limbo throughout the next decade.

In that sense, Harrier life extension is best understood as a defensive strategic bridge — not a destination.

Jul 1, 2025

Extreme Heat Aboard Spanish Flagship Juan Carlos I, as AC Failure Pushes Crew to Sleep on Deck Amid NATO Operations


Spain’s flagship amphibious assault ship, the Juan Carlos I, is reportedly experiencing a critical failure in its air conditioning systems. Broken air conditioning systems have left interior temperatures reaching up to 40 °C inside the 231 m, 26,800‑ton vessel.

The issue, which has persisted for several days, has left interior spaces stiflingly hot—so much so that some sailors have resorted to sleeping on the open flight deck to escape the suffocating conditions below. The incident highlights ongoing challenges in maintaining comfort aboard aging naval platforms, even during high-readiness deployments.

The Spanish Navy's LHD Juan Carlos I (L61), pride of the Armada Española and cornerstone of Spain’s naval aviation and amphibious operations, is currently battling an unexpected but serious technical problem—its onboard air conditioning and ventilation systems (HVAC) have malfunctioned.

Sources close to the vessel report that the ship's internal temperature has become unbearable, particularly in living quarters and engineering spaces. This has led some members of the crew to sleep on the ship’s flight deck under the open sky to find relief from the suffocating heat inside.

An internal notice authorized crew to set up sleeping mats on deck (“no mattresses or pillows from the ship”) between 21:00‑07:00—avoiding obstruction near aircraft operating zones  .

The ship has been deployed in the Mediterranean for nearly a month as part of NATO's Expeditionary Combat Group Dédalo, with the malfunction persisting for over a week.

Delay in Repairs

Although the Juan Carlos I is scheduled for a six-month dry-dock and propulsion system refit starting July 2025, leadership decided to continue operations without returning to port for AC repairs.

Plans are underway for a major overhaul at Navantia’s Cádiz yard, including propulsion issues plaguing the Siemens PODs (which have caused past maneuvering disruptions)  . The ship is expected to enter dry dock in July 2025 for six months to repair both propulsion and auxiliary systems—including the vital refrigerated climate control systems.

While the Juan Carlos I remains fully operational, the air conditioning failure underlines persistent fleet maintenance challenges. Operating in high-heat environments without climate control raises crew welfare and mission-readiness concerns. The scheduled dry-dock period offers a crucial opportunity to rectify the issues—returning the flagship to full operational and human-tolerant conditions.

Jun 25, 2025

🇪🇸 Spain Plans Its First Conventional Aircraft Carrier in Historic Naval Leap



Spain commissions a feasibility study for its first conventional aircraft carrier, shifting from STOVL-only platforms and signaling a major evolution in naval air power.

Spain Prepares for Its First Conventional Aircraft Carrier.

In a historic shift for its naval strategy, Spain is preparing to build its first conventional aircraft carrier, a development that would significantly upgrade its maritime airpower capabilities. The Spanish Navy (Armada Española) has formally commissioned state-owned shipbuilder Navantia to conduct a feasibility study for what could become the largest warship in Spain’s history—surpassing the current LHD Juan Carlos I.

This initiative marks a clear evolution from the Navy’s original plan to operate up to three STOVL-capable amphibious assault ships to now embracing a mixed fleet that includes one conventional fixed-wing aircraft carrier. The envisioned carrier could resemble the French Charles de Gaulle, weighing around 40,000 tons and measuring over 260 meters in length.

Currently, the Juan Carlos I supports STOVL (Short Take-Off and Vertical Landing) aircraft such as the AV-8B Harrier II, now reaching the end of their service life. The only modern replacement available for such aircraft is the F-35B by Lockheed Martin, which limits operational flexibility and market competition.

A conventional aircraft carrier, using catapults and arrestor wires, would expand Spain’s fighter options to include the F-35C, F/A-18F Super Hornet, and Rafale M, among others. These aircraft offer longer range, heavier payloads, and more advanced sensors compared to STOVL types.
The move also aligns Spain with NATO partners like France and the U.S., both operating advanced carrier-borne aircraft. Furthermore, it opens the door to future integration of sixth-generation jets from the Future Combat Air System (FCAS) project, being jointly developed by France, Germany, and Spain.
Navantia's study will explore key systems including:

- Catapult-assisted take-off and arrested recovery (CATOBAR) systems
- Aircraft support for 25–30 fixed-wing manned fighter jets
- Integration of Class 3 UAVs with capabilities for early warning

Pending government approval, the first steel cut could take place by 2035, with the ship entering service around 2040. When complete, the new carrier will be larger and more capable than the Juan Carlos I (26,000 tons, 231 meters), marking a leap forward in Spanish naval aviation.
Spain’s future carrier air wing may include a mix of:

- Carrier-capable fighter jets (F-35C, Rafale M, or F/A-18F)
- Unmanned aerial vehicles (UAVs) for surveillance and ASW
- Future FCAS naval variants (anticipated post-2040)

This development ensures that Spain will always have two naval aviation platforms operational, even when one is undergoing extended maintenance addressing a crucial limitation faced by navies operating a single carrier-type vessel.
It also reflects a broader trend across Europe: modernization of naval forces and an increased focus on blue-water capabilities. With rising geopolitical tensions and renewed interest in power projection, Spain is positioning itself as a stronger and more autonomous player within both NATO and the EU.
The construction of a conventional aircraft carrier not only reflects Spain’s technological ambition and industrial capacity, but it also enhances the country's strategic relevance in the Atlantic and Mediterranean theaters. This evolution is emblematic of a new chapter for the Spanish Navy and for European naval power as a whole.

Jan 28, 2024

Spanish Navy Welcomes NH90MSPT Helicopter for Evaluation


The first NH90 helicopter of the tactical transport version for the Navy has arrived in Spain for flight trials. The aircraft has been at the Airbus Helicopters plant in Albacete since last week where it landed from the company's facilities in Germany.

At the Albacete , this first unit of a batch of seven NH90MSPT (Maritime Spanish Tactical Transport Helicopter) helicopters will undergo certification and qualification tests, with the aim of final delivery to the Navy in 2025.

The NH90 MSPT, which will operate from next year at the 14 Escuadrilla , at the Rota Naval base, features a new reinforced landing gear and a maximum takeoff weight of up to 11 tons.

The helicopter, designed for tactical transport missions and amphibious assault, integrates an Automatic Identification System (AIS) for ship/helicopter tracking and an automatic blade and tail folding system to minimize time on deck on ships and enhance onboard technician safety.

It also includes a fifth electro-hydraulic pump and a new Exhaust Gases Device (EGD) deflector and attenuator for the engine exhaust gases, enabling complete automatic blade folding and eliminating mechanical interference. Additionally, the helicopter incorporates a floating impact beacon capable of GPS-emitting the collision point coordinates.

Armada Española (Navy) will receive between 2025 and 2026 seven NH90 MSPT helicopters to replace the retired SH3D Sea Kings and the AB-212, which will reach the end of their operational life in mid-2024. While awaiting the NH90s, the Navy has opted for the SH-60F as an interim solution.

On the other hand, the reliability of NH90 helicopters is being called into question. The naval version of the NH90 is facing strong criticism. Australia has just retired its fleet of 47 units from the Australian Army. Norway, Sweden, and Belgium have also announced the withdrawal of their fleets of this model after making significant investments. The largest users, France and Germany, are also experiencing major issues. Apparently, the manufacturer Airbus is also unable to ensure the supply chain of spare parts. Other users such as New Zealand or Spain have not reported major issues to date. In Spain, it is being used as tactical transport in the Army, and as a SAR helicopter in the Air Force, where it has not yet reached full operational capability.