'China can bend gravity': The incredible hack that brought 2 failing satellites back to life
Produced by: Manoj Kumar
Orbit Rescue
After a failed launch left two satellites spinning off course, China pulled off a historic space salvage using celestial forces.
Gravity Hack
Chinese engineers used a daring gravitational slingshot maneuver—bending the forces of Earth, moon, and sun—to redirect the lost satellites.
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Spin Control
The first step? Remotely firing thrusters to slow the satellites' chaotic spin, restoring control before plotting their celestial return.
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Solar Struggle
Damaged and unable to absorb sunlight, the satellites risked permanent failure—until a last-ditch trajectory plan turned the tide.
Two-Team Triumph
One team stabilized the satellites, while another mapped a cosmic route—a strategic split that saved the mission.
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Autonomy Awakened
The rescued DRO-A and DRO-B now join a high-tech constellation aimed at revolutionizing autonomous spacecraft navigation.
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Space GPS
With this constellation, spacecraft can now be located within three hours—cutting tracking times from days to mere hours.
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Lunar Ambition
These satellites will support future missions to the moon and beyond, forming the backbone of China’s deep-space infrastructure.
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Game-Changer
This rescue isn’t just a win—it’s proof that slingshot maneuvers may redefine how we recover, reroute, and pilot future space missions.
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