Boeing, through its subsidiary Aurora Flight Sciences, has introduced a new version of its SKIRON-X drone that marks a significant breakthrough in unmanned aerial vehicle flight endurance.
Using a hydrogen fuel cell, the SKIRON-XLE model now achieves up to 7 hours of continuous flight—double the endurance of the battery-powered version.
+ Click here to watch the SKIRON-X video
The upgrade is part of the third generation of the UAV (Unmanned Aerial Vehicle), which received improvements in avionics, ground control station, redesigned nose cone, and even an option for long-range radio communication.
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The standard battery-powered SKIRON-X model had its flight time extended from 3 to 3.5 hours. The hydrogen-powered version, in addition to longer autonomy, features changes in weight and capacity: the payload was reduced from 2.26 kg to 1.45 kg, while the total takeoff weight increased from 22.2 kg to 24.5 kg.
The innovation highlights Boeing’s focus on sustainable, long-endurance technologies for missions involving surveillance, reconnaissance, and data collection—even at the cost of some payload capacity.
Source and images: X @BoeingDefense / Instagram @auroraflightsciences_. This content was created with the help of AI and reviewed by the editorial team.
