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SpaceX's Starlink satellite constellation is undergoing continuous maintenance to ensure sustainability and minimize orbital congestion. Recent events have captured dramatic footage of Starlink satellites burning up after atmospheric reentry, a process accelerated by geomagnetic storms which increase atmospheric drag, causing satellites to descend more rapidly. According to reports, SpaceX has planned to actively deorbit approximately 100 of its older Starlink satellites. Since December, around 260 defunct satellites have successfully reentered Earth’s atmosphere and disintegrated, reducing the accumulation of space debris and promoting a safer orbital environment. This effort is critical in maintaining long-term usability of key orbits for future satellite deployments. The controlled deorbiting demonstrates SpaceX’s commitment to responsible space operations amid a rapidly growing satellite industry. The event has drawn attention from space enthusiasts and regulatory bodies in the US and around the world, emphasizing the balance between technological advancement and orbital space management. Nonetheless, the long-term impact of increased satellite constellations, compounded by natural phenomena like geomagnetic storms, requires ongoing monitoring and innovation in satellite design and traffic coordination. The Starlink deorbit activity sets a precedent in minimizing space debris hazards, but challenges remain in scaling sustainable space traffic management as mega-constellations grow.