sábado, 20 de junio de 2026
viernes, 19 de junio de 2026
jueves, 18 de junio de 2026
USAF Orders Both General Atomics’ FQ-42 And Anduril’s FQ-44 Into Production
- https://www.af.mil/News/Article-Display/Article/4520575/air-force-advances-future-of-air-superiority-with-cca-contracts/
- https://www.reuters.com/business/aerospace-defense/us-air-force-awards-production-contracts-general-atomics-anduril-drone-wingmen-2026-06-17/
- https://www.twz.com/air/usaf-orders-both-general-atomics-fq-42-and-andurils-fq-44-into-production
Pentagon’s Ability To Supply Ukraine With More Patriot Interceptors Questioned By Congress
The Senate action comes amid deep concerns about how the U.S. can provide enough Patriot interceptors for itself and allies.
Alleged Plot On White House UFC Fight Puts Drone Threat In The Spotlight
Whether those arrested could have feasibly pulled off such a complex attack is unknown, the threat is very real and growing.
miércoles, 17 de junio de 2026
Composite Structures Suppliers Pitch Techniques For Future Narrowbody
Aernnova, Daher, Hexcel, Latecoere, Montana Aerospace and Saab are offering new technologies and production processes against a complex market backdrop.
AURA M reveals the new design of ENBATA, its sovereign, certified multi-mission MALE drone
Designed to meet the needs of armed forces in demanding theaters of operation, ENBATA combines endurance, payload capacity, an open digital architecture, and controlled costs. The drone is intended for a wide range of missions: long-range strategic intelligence, armed reconnaissance, electronic warfare, maritime surveillance, communications relay, and counter-drone operations.
The design presented by AURA M supports this operational ambition. The aircraft features a deliberately simple metal fuselage, designed to facilitate production, maintenance, and field repairs. The wings, tail surfaces, and nose utilize composite materials, optimizing weight, aerodynamic performance, and the integration of mission equipment. The nose of ENBATA has been progressively refined. Offering easy access for system maintenance, it is also designed to adapt as effectively as possible to the evolution of onboard sensors. It already incorporates modern solutions for both radar and communications, featuring flat, space-saving antennas.
ENBATA was designed for rapid deployment and implementation. Transportable in a 40-foot container, it is designed to be deployed by an A400M to the theater of operations along with its dedicated ground station. Its landing gear and low-pressure tires were specifically designed to adapt to rudimentary or unprepared runways.
This deployment capability complements ENBATA’s advertised performance: up to 55 hours of endurance, 25,000 feet of operational altitude, 160 ktas cruise speed, 17-meter wingspan, and up to 1,050 kg of payload, including fuel and mission load.
Powered by a diesel engine paired with a variable-pitch propeller, ENBATA features an open architecture with fly-by-wire controls, designed to facilitate the rapid integration of new software capabilities and mission systems. ENBATA’s EASA certification will be a major differentiator: it should allow the drone to operate in non-segregated airspace, paving the way for dual-use missions and more flexible deployments, whereas traditional MALE systems are generally confined to dedicated or strictly military environments. This design philosophy will enhance the aircraft’s operational safety and availability.
ENBATA aims to advance drone control by issuing high-level commands: operators define objectives, areas of interest, and mission priorities, while the system assists with the execution, monitoring, and adaptation of the flight plan. This approach reduces the cognitive load on crews, optimizes the use of human resources, and facilitates the execution of long, complex, or multi-sensor missions. ENBATA is thus part of a new generation of aerial systems where the operator remains at the heart of decision-making but relies on an intelligent platform to gain in efficiency, operational endurance, and responsiveness.
ENBATA integrates the Sphere Awareness System, an environmental analysis solution designed to improve drone safety and efficiency. A drone’s field of view is often limited by its primary payload. ENBATA expands this perception through a network of smart cameras distributed across the aircraft. The system monitors the environment around the drone, detects the entry of an aircraft or object into a defined perimeter, alerts operators, automatically activates a live video feed, tracks the target in real time, and captures images useful for analysis. This 360° awareness bubble allows operators to remain focused on the primary mission while benefiting from constant monitoring of the drone’s immediate surroundings. The Sphere Awareness System exemplifies AURA M’s approach, which is to provide more onboard intelligence without unnecessarily complicating the platform.
With ENBATA, AURA M aims to offer a sovereign, ITAR-free European solution designed for large-scale production and simplified deployment. Design-to-cost, simplicity of form, the judicious use of metal and composite materials, and the integration of existing systems all contribute to the goal of controlled costs. “ENBATA was designed as a tool for operational superiority: durable, robust, modular, and capable of rapidly evolving with the needs of the armed forces. Its new design, unveiled at the Eurosatory exhibition, reflects our commitment to constantly adapting to the realities on the ground and seizing the opportunities that arise,” states General (Ret.) Stéphane Mille, President of AURA M. ENBATA exemplifies AURA M’s mission: to support the armed forces from requirements definition through tothe operational product, leveraging the prototyping, certification, and production capabilities of a European aerospace manufacturer.
Russian Frigate Opens Fire With Warning Shots in the English Channel
The incident, which reportedly occurred at around 11:40 BST, happened as a civilian yacht sailed near the warship Admiral Grigorovich, operating in international waters approximately 20 nautical miles south of the Isle of Wight. Continue reading https://theaviationist.com/2026/06/16/russian-frigate-opens-fire-with-warning-shots-in-the-english-channel/
PDR Denotes Sound Design For Vaeridion’s Microliner, CEO Says
The Munich-based startup is one of the promoters of full electric propulsion, as opposed to the hybrid-electric architectures that a number of would-be airframers are pursuing for similar aircraft sizes. Continue reading: https://aviationweek.com/aerospace/advanced-air-mobility/pdr-denotes-sound-design-vaeridions-microliner-ceo-says
martes, 16 de junio de 2026
MA700 Re-Engine Ends Canadian Blockade
MTU Identifies Two Favored Concepts For Clean Engine Program
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COMAC: China’s Looming Threat to the Global Aviation Industry
- Boeing and Airbus have long dominated the global commercial aircraft industry in production and innovation. But the rise of COMAC—China’s government-created, mercantilist-fueled national champion—threatens the foundations of market-based commercial aviation.
- The aerospace sector represents a critical dual-use industry providing needed capabilities to support national power, both in defense and commercial applications.
- The industry generates over $300 billion in impact, produces an over $80 billion trade surplus, and posts the strongest location quotient (1.52) of any U.S. advanced industry.
- The PRC’s COMAC seeks to eliminate commercial aircraft imports and take large shares of the international market.
- COMAC is an illegitimate company that has risen on the back of a vast litany of mercantilist practices including aggressive subsidization, IP theft, forced tech transfer, below-market financing, and an increasingly closed national market.
- COMAC has received at least $72 billion in subsidies from Chinese federal and provincial governments, an amount that does not include a range of other supports such as tax benefits and free or low-cost land and utilities.
- America needs to develop a comprehensive strategy to support the competitiveness of the U.S. aerospace industry, including addressing technology/innovation, R&D investment, workforce shortages, and regulatory and trade policy considerations.
- The United States, the EU, and other allies should make a pact that their airlines will not purchase COMAC aircraft. Further, the United States and key allies, such as the UK, should reimpose export controls on jet engine sales to COMAC.
The Airbus U850 SiRTAP has successfully completed its first taxi at the EjercitoAire Getafe Air Base runway
New milestone achieved! The #Airbus U850 #SIRTAP has successfully completed its first taxi at the @EjercitoAire Getafe Air Base runway, right next to our facilities.
— Airbus Defence (@AirbusDefence) June 15, 2026
During this taxi test, the aircraft is fully controlled from the ground control station. The test verifies the… pic.twitter.com/l7JYfxnXBG
lunes, 15 de junio de 2026
World’s first crewed solid-state flight electrifies aviation's future
domingo, 14 de junio de 2026
sábado, 13 de junio de 2026
viernes, 12 de junio de 2026
Airbus and Alta Ares sign partnership to develop Europe's air defence solutions
Airbus and Alta Ares, a company specialised in counter-drone systems and on-board artificial intelligence, will team up on European counter-drone solutions
jueves, 11 de junio de 2026
[España] Unidos por la seguridad europea - TEDAE
miércoles, 10 de junio de 2026
martes, 9 de junio de 2026
lunes, 8 de junio de 2026
Private jet market defies Iran war gloom as rich flock to Monaco GP, Cannes
- Trend comes despite global travel disruptions from Iran war
- Execs see demand rising, say wealthy clients absorb costs
- Private jets draw criticism from climate groups and campaigners
FRCE Delivers First F-35Bs with Technology Refresh-3 Upgrades
The Fleet Readiness Center East completed the conversion of its first F-35Bs from the TR-2 to the TR-3 configuration, which will support the future Block 4 upgrades.
https://theaviationist.com/2026/06/06/frce-delivers-first-f-35bs-with-technology-refresh-3-upgrades/
sábado, 6 de junio de 2026
viernes, 5 de junio de 2026
jueves, 4 de junio de 2026
[España] IDAERO posiciona NaxTo, como la nueva referencia internacional en postprocesado FEM inteligente para ingeniería estructural
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IDAERO Solutions, compañía española especializada en ingeniería y software, ha logrado situar su suite NaxTo en proyectos y programas internacionales de referencia, compitiendo con herramientas de grandes proveedores globales en postprocesado FEM. En un contexto en el que los equipos de cálculo trabajan con modelos cada vez más complejos, plazos más ajustados y mayores exigencias de trazabilidad, NaxTo se presenta como respuesta a uno de los retos más persistentes de la ingeniería estructural: transformar grandes volúmenes de resultados FEM en decisiones técnicas rápidas, consistentes y bien documentadas.
En un mercado tradicionalmente dominado por soluciones extranjeras, que NaxTo, desarrollado desde España, se utilice en empresas de primer nivel y en organismos de referencia del sector aeroespacial pone de relieve la madurez tecnológica de la solución y su capacidad para competir a escala internacional. Este hito refuerza el papel de la ingeniería española como proveedora de software especializado de alto valor añadido para sectores críticos.
La suite NaxTo combina visualización 3D, automatización de informes, conexión directa con Excel y capacidades avanzadas de scripting en Python, construyendo un flujo de trabajo continuo desde la lectura de resultados hasta la generación de documentación técnica y reduciendo pasos manuales que ralentizan los proyectos. Uno de sus elementos diferenciales es la capacidad de adaptación a la forma real de trabajar de cada organización, apoyándose en scripting, automatización e integración con desarrollos específicos para encapsular métodos internos, estandarizar procesos recurrentes y convertir conocimiento de ingeniería en rutinas reutilizables.
NaxTo es multisolver y se estructura en distintos módulos conectados entre sí: NaxToView, visor y postprocesador 3D; NaxToDoc, que automatiza la extracción y actualización en lote de imágenes para Word, PowerPoint y Excel; y NaxToCell, que conecta directamente archivos de resultados con celdas de Excel para acelerar informes y actualizaciones de datos. A ello se suma NaxToPy, la librería orientada a objetos para Python diseñada para leer y manipular resultados FEM de distintos solvers con una sintaxis homogénea.
Para IDAERO, que una herramienta de nicho como NaxTo, concebida y desarrollada por un equipo español, forme parte del día a día de proyectos internacionales en aeroespacial, automoción y energía es una validación clara de su propuesta tecnológica a escala global.
IDAERO entiende que la productividad en ingeniería no depende solo del software, sino también de su capacidad para evolucionar con el mercado y con las necesidades reales de los clientes. Por eso, NaxTo se encuentra en desarrollo continuo, incorporando nuevas funcionalidades, mejoras de rendimiento y ampliación de capacidades para acompañar la evolución de los procesos de simulación. Otro pilar esencial de nuestra propuesta es el soporte personalizado y continuo. En IDAERO trabajamos junto a cada cliente para ayudarle a implantar flujos más eficientes, resolver dudas técnicas, formar a los usuarios y desarrollar soluciones adaptadas a sus retos concretos.
Este enfoque hace de NaxTo una solución especialmente valiosa para empresas de aeroespacial, automoción, energía, ferroviario, espacio e industria avanzada que necesitan reducir tiempos de postproceso sin renunciar al control técnico ni a la calidad documental. IDAERO nació como consultora para la industria aeroespacial y mantiene una actividad ligada al análisis estructural, la simulación y el desarrollo de herramientas de productividad, lo que aporta una base sólida para entender los retos reales del usuario final.
Con NaxTo, IDAERO apuesta por una nueva forma de entender el postprocesado FEM: más conectada, más automatizada, más personalizable y más alineada con la ingeniería de valor. El objetivo no es solo visualizar resultados, sino convertirlos en decisiones, documentación y procesos reproducibles que ayuden a los equipos a trabajar mejor y más rápido.
Las empresas interesadas pueden solicitar una demostración o acceder a una versión profesional de prueba durante tres meses a través de los canales de contacto de IDAERO.
miércoles, 3 de junio de 2026
martes, 2 de junio de 2026
Ottawa Startup Dominion Dynamics Shaping Canada’s First Autonomous Combat Aircraft
- https://aviationweek.com/defense/aircraft-propulsion/ottawa-startup-shaping-canadas-first-autonomous-combat-aircraft
- Related:
- https://www.tectonicdefense.com/dominion-dynamics-raises-15-2m-seed-round-to-build-the-arctic-anduril/
- https://obj.ca/dominion-dynamics-21m-funding-expand-operations-in-ottawa/
- https://resiliencemedia.co/dominion-dynamics-raises-15m-to-build-a-new-arctic-defence-prime-in-canada/
- https://www.theglobeandmail.com/business/economy/article-dominion-dynamics-awaits-military-procurement-reform-after-successful/
- https://www.bvp.com/news/dominion-dynamics-forging-the-future-of-interoperable-attritable-systems-for-arctic-and-allied-defense
- https://canadiandefencereview.com/dominion-dynamics-invests-50-million-to-build-uncrewed-aircraft/
- https://canadiandefencereview.com/dominion-dynamics-and-denvr-partner-to-build-canadas-first-sovereign-ai-simulation-environment/
HASC Seeks Insight into Air Force, DOD Plans for Cargo Drones
Lawmakers want to know more about how the Air Force and Pentagon might employ autonomous cargo drones to resupply troops in remote locations in the future, according to reports [https://armedservices.house.
Is The U.S. Flying MQ-1 Predator Drones Again?
The U.S. military has confirmed the loss of an “MQ-1” drone to Iranian fire this weekend. This has led many to question whether American forces are flying the venerable Predator again, some eight years after the type’s official retirement. continue reading https://www.twz.com/air/is-the-u-s-flying-mq-1-predator-drones-again
Maeve Aerospace’s Hybrid-Electric Dreams Dashed by Insolvency
Fatal Incident During Hot Air Balloon Flight Near Dutch Border
lunes, 1 de junio de 2026
sábado, 30 de mayo de 2026
US gov't threatens to cut int'l ops in "sanctuary cities"
viernes, 29 de mayo de 2026
New firefighting capability faces years-long certification wait
jueves, 28 de mayo de 2026
First appearance at Eurosatory for AURA AERO, with its defense subsidiary, AURA M
AURA AERO announces its first appearance at Eurosatory with AURA M, its subsidiary specializing in defense aviation solutions. Located in Hall 4, Booth C25, the company will showcase its military roadmap and its range of platforms designed to meet the evolving needs of the armed forces.
AURA M is the defense division of AURA AERO. It was established to design, produce, and deploy next-generation sovereign aerospace capabilities. In a context where the armed forces are seeking solutions that are scalable, interoperable, and cost-effective, its approach draws on AURA AERO’s industrial expertise in design, prototyping, certification and production. With AURA M, AURA AERO aims to accelerate the transition from operational need to deployable capability.
“With AURA M, we aim to establish ourselves as a clearly recognized player in the defense aerospace sector, a mid-sized, innovative company capable of developing open-architecture systems and producing the production runs that the military needs. Our first participation in Eurosatory is an opportunity to unveil the final design of the ENBATA MALE drone ahead of its maiden flight, expected in the fall of 2026,the first in a family of drones that will rapidly expand” states General (Ret.) Stéphane Mille, President of AURA M.
At Eurosatory, AURA M will present its range dedicated to military application: initial training, long-endurance intelligence, collaborative air capabilities, or tactical mobility.
INTEGRAL M addresses the need for selection and initial training of military pilots. A two-seat training aircraft with aerobatic capabilities, it was designed to ensure safety during the first hours of flight, objectively assess student progress and reduce overall training costs. Its side-by-side cockpit, fully exploitable flight data, whole aircraft rescue parachute, a first for this class of aircraft, and a tool for analyzing digital flight data round out the features of this modern aircraft, which is available in both a thermal-powered and a 100% electric version.
With ENBATA, a single aircraft will meet requirements for long-endurance ISR missions, maritime or land surveillance, communications relay, electronic warfare, and anti-drone operations. As a sovereign theater drone, it will be 100% ITAR-free, EASA-certified, and designed with an open architecture to adapt more easily to operational needs. As from 2027, it will enable testing of collaborative modules that will
foreshadow the Collaborative Combat Aircraft (CCA). This autonomous or semi-autonomous platform will operate in coordination with piloted aircraft or in a swarm with other CCAs.
Finally, INTRUDER, the military version of ERA, will have a wide range of applications: training commercial pilots, VIP transport, and special missions requiring silent landings with a reduced thermal signature. The first flight is scheduled for 2027, with the first deliveries set for 2030.
This first appearance at Eurosatory will give AURA M the opportunity to engage with the armed forces, government agencies, contracting authorities, and industrial partners to discuss an approach focused
on sovereignty, industrial responsiveness, and adaptation to operational needs.