Blue Origin's New Glenn deploys AST Space Mobile satellite into wrong orbit on first commercial mission
Key Points
- Blue Origin's New Glenn rocket deployed an AST Space Mobile satellite into an incorrect, too-low orbit on its first commercial mission, forcing the satellite to be deorbited.
- AST Space Mobile's insurance policy covers the loss, limiting financial damage despite the satellite's immediate operational failure and 16% initial stock decline.
- The deployment error exposes operational friction in Blue Origin's commercial launch scaling, even as the company successfully masters the harder technical challenge of booster recovery.
Summary
Blue Origin's New Glenn rocket successfully completed its third flight with a dramatic booster landing, but the mission ended in failure: the vehicle deployed an AST Space Mobile satellite into an incorrect, too-low orbit during what was Blue Origin's first commercial launch.
The satellite cannot sustain operations at its actual altitude and will be deorbited. AST Space Mobile's insurance policy covers the loss, limiting the immediate financial damage. AST's stock initially fell 16% overnight on the news but recovered to down 6% by the next trading day.
The mishap is not unprecedented in commercial spaceflight. SpaceX experienced a similar upper-stage failure in 2024 that sent Starlink satellites into the wrong orbit, where they burned up on reentry. In 2016, SpaceX destroyed a Facebook satellite on the pad—a $95 million lease arrangement with Israeli satellite company Spacecom—when a Falcon 9 rocket exploded during launch.
Deployment errors have become routine enough that companies typically avoid publicizing them. The incident underscores the operational friction Blue Origin faces as it scales its commercial launch business, even as the company successfully masters the technically harder problem of booster recovery.
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