Close Approach of SUPERVIEW NEO-2 Satellites: Monitoring Orbital Safety
On 18 August 2026, at 02:45 UTC, SUPERVIEW NEO-2 03 and SUPERVIEW NEO-2 04, two Earth observation satellites, experienced a close approach with a minimum separation of approximately 1.49 kilometres. Both satellites, with NORAD IDs 62079 and 62080 respectively, are part of a constellation operated by
Event Overview
On 18 August 2026, at 02:45 UTC, SUPERVIEW NEO-2 03 and SUPERVIEW NEO-2 04, two Earth observation satellites, experienced a close approach with a minimum separation of approximately 1.49 kilometres. Both satellites, with NORAD IDs 62079 and 62080 respectively, are part of a constellation operated by China for high-resolution imaging. The event was categorised as medium severity due to the relatively close distance, though no collision occurred.
Implications of Satellite Conjunctions
Satellite conjunctions, where two or more satellites come into close proximity, pose a risk of collision, which could generate space debris. With over 18,000 active satellites currently in orbit, the risk of such events is increasing. The SUPERVIEW NEO-2 close approach underscores the importance of robust tracking and manoeuvre capabilities to avoid potential collisions. The Orbital Radar debris map provides a visualisation of current space debris and active satellites, aiding in the monitoring of such events.
Managing Orbital Congestion
As the number of satellites in low Earth orbit (LEO) continues to grow, managing orbital congestion becomes crucial. Operators must coordinate to ensure safe distances between satellites, especially in densely populated orbital regions. The SUPERVIEW NEO-2 event highlights the need for international cooperation and improved space traffic management systems. Tools like the Orbital Radar anomaly panel can help identify and mitigate risks associated with satellite operations.
Future Monitoring and Mitigation
Looking forward, enhancing the accuracy of predictive models and improving satellite manoeuvrability are key to mitigating collision risks. Continuous monitoring using platforms like the Orbital Radar re-entry tracker can help predict potential re-entries and conjunctions. As space becomes more crowded, developing technologies for active debris removal and improved satellite design will be essential to maintaining a sustainable orbital environment.
