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LA NUOVA VIA DELLA SETA AEROSPAZIALE: La Cina sfida il monopolio occidentale

        From exercises in Qatar to global co‑production agreements: China’s geopolitical and commercial offensive to build a defence ecosystem alternative to the West’s     In mid‑May 2026, Chinese state broadcaster CCTV aired a report destined to draw the attention of international defence analysts. In the segment, later picked up by Asian media and the Open Source Intelligence (OSINT) community, Beijing claimed that the Chengdu J‑10CE fighter had achieved a “9‑0” result against an unspecified “advanced European aircraft”, comprising five close‑range dogfights and four beyond‑visual‑range (BVR) engagements .   Although the Chinese state network did not officially name the countries involved, most OSINT analysts linked the report to the “Zilzal‑II” bilateral exercise held over Qatar in January 2024, between Pakistan Air Force (PAF) J‑10CEs and Qatar Emiri Air Force (QEAF) Eurofighter Typhoons. The exercis...
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Skies of Tomorrow: Between the Denver Miracle and Aviation’s Great Personnel Void


​ December 29, 2025

​The event that took place last December 20 in the skies over Colorado marked an irreversible turning point. While a Beechcraft King Air B200 was performing an autonomous landing thanks to the Garmin Autoland system, the industry was left questioning the structural crisis analyzed in my article yesterday, December 28: Are we witnessing a genuine evolution in safety, or a forced response to a personnel shortage that no one truly wanted to solve?

​1. Chronicle of a Digital Miracle: The Facts in Denver

​On December 20, a King Air B200 (registration N479BR) suffered a sudden loss of cabin pressurization at 23,000 feet. The pilots, while facing the symptoms of hypoxia and an extreme workload due to adverse weather, made a historic decision: they did not deactivate the automatic engagement of the Autoland system.

  • ​The Execution: The computer calculated the route to Rocky Mountain Metropolitan Airport (KBJC), managed the flaps and landing gear, and performed a perfect landing on Runway 30, shutting down the engines and communicating via radio: "Emergency Autoland Active." This marks the first time this technology has saved lives in a real operational scenario rather than a simulation.

​2. Genesis and Mechanics of the Digital Pilot

​The Garmin Autoland project was not born yesterday; it is the result of a decade-long vision (started in 2011) to eliminate accidents caused by pilot incapacitation.

  • ​Block Diagram & Logic: The system is not a simple autopilot. It is a decisional intelligence connected to:
    • ​Biometric Sensors: Monitoring the pilot’s health (heart rate, oxygen levels).
    • ​FADEC and Actuators: Electronically managing engine power and flight control surfaces.
    • ​Weather Datalink and Orography: To select the best runway in real-time based on wind and terrain.
  • ​Human Oversight: A fundamental feature is the pilot's ability to override the system by pressing the red AP Disc button. In Denver, the AI acted as a support, not a usurper, but the risk of "algorithmic hallucinations" remains a central focus for future testing.

​3. Pilot Shortage: Multinational Strategy or Real Emergency?

​The pilot shortage has been a concrete fact for years, but there is a growing suspicion that this digital revolution is being structured not just for safety, but to satisfy multinationals pushing for cost reduction.

  • ​Lack of Incentives: For years, no incentives were created to nurture the sector. The prohibitive costs of obtaining licenses have pushed young people away, creating a void that companies now want to fill with a Digital Pilot rather than investing in human capital.
  • ​The Drive for Profit: Shifting to eMCO (extended Minimum Crew Operations) allows for flying with a single human, drastically reducing salary and training expenses.

​4. Regulatory Bodies and the Epochal Shift

​We are facing an unprecedented regulatory transition.

  • ​FAA and EASA: Both agencies are accelerating certifications for "Single Pilot Operations." While Autoland is currently an emergency system, the roadmap envisions it becoming an "active co-pilot" for the entire duration of the flight within a few years. The doubt remains: can an AI ever truly replace human instinct and experience in uncatalogued situations?

​5. The Airport of the Future: Total Automation?

​If the pilot becomes digital, will we see the same evolution in all key roles? We must imagine airports where:

  • ​Digital ATC: Communication will no longer occur via radio but through servers. Aircraft will negotiate landing slots via data-link protocols, eliminating human error but also the flexibility of a controller’s judgment.
  • ​Maintenance and Logistics: We will likely see digital versions of technicians and coordinators, transforming airports into massive automated hubs where humans act only as remote supervisors.

​Conclusions

​The Denver landing proves that AI can bridge the biological limits of man. However, it must not become an alibi to stop investing in people. The future of flight must be a symbiosis, not a replacement dictated by multinational balance sheets. The "Digital Pilot" is an extraordinary lifeboat, but it cannot and must not be the only reason we continue to look toward the skies.

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