2025年11月,数以百计的航班因空间气象引发的软件缺陷而停飞,导致全球有创纪录的6 000架A320型空中客车被召回。 A space weather-induced software flaw grounded hundreds of flights in Nov 2025, prompting a record global recall of 6,000 Airbus A320s.

2025年11月,空间天气触发了一个软件缺陷,使全世界数百次航班在2025年11月停飞,包括澳大利亚90次航班,影响到15 000名乘客,导致全球6 000架A320型空中客车飞机被召回,这是航空史上最大的飞机。 A software flaw triggered by space weather grounded hundreds of flights worldwide in November 2025, including 90 in Australia affecting 15,000 passengers, leading to a global recall of 6,000 Airbus A320 aircraft—the largest in aviation history. 事件发生后,在软件更新与可能损坏了飞行控制数据的强烈太阳辐射发生互动后,一架喷气蓝色飞机在飞行中空高度下降,造成乘客受伤。 The incident followed a JetBlue flight that lost altitude mid-flight, injuring passengers, after a software update interacted with intense solar radiation that may have corrupted flight-control data. 专家将这一事件与太阳周期25期间太阳活动的增加以及现代辐射敏感电子产品的脆弱性增加联系起来。 Experts link the event to rising solar activity during Solar Cycle 25 and increased vulnerability of modern, radiation-sensitive electronics. 澳大利亚加速科学中心利用离子加速器在空间辐射条件下测试航空器系统,突出表明随着空间天气事件越来越频繁和严重,对辐射加固部件和严格测试的需要日益增加。 Australia’s Centre for Accelerator Science uses ion accelerators to test aircraft systems under space radiation conditions, highlighting the growing need for radiation-hardened components and rigorous testing as space weather events become more frequent and severe.