Space News Mission Log — Satellite Launches, Orbital Events & Analysis
Daily space news, satellite launch reports, orbital debris analysis and weekly roundups — grounded in live tracking data from our network monitoring 10 published reports.
Understanding Satellite Re-entry: Processes and Implications
Satellite re-entry involves a spacecraft's return to Earth, governed by atmospheric drag and orbital decay, impacting space debris management.
Understanding Satellite Re-entry: Processes and Implications
Satellite re-entry involves the descent of a satellite into Earth's atmosphere, often resulting in its disintegration. Learn about the processes and implications.
Understanding Orbital Decay: Why Satellites Fall to Earth
Orbital decay occurs when a satellite's orbit decreases over time due to atmospheric drag and gravitational forces, eventually leading to re-entry.
Unveiling the Mystery of the Solar Eclipse Intruder
A mysterious object crossed a partially eclipsed Sun during the Perseids shower, sparking debate. Discover what it was.
How Solar Storms Threaten Satellites and Power Grids
Solar storms can disrupt satellites and power grids by inducing geomagnetic currents and radiation, posing risks to technology and infrastructure.
Perseids Radiance: A Celestial Dance in the Night Sky
The Perseids meteor shower, enhanced by a solar eclipse, dazzled observers with its radiant in Perseus. Learn the science behind this celestial event.
Graveyard Orbits: Final Resting Place for Satellites
Graveyard orbits are designated zones where inactive satellites are moved to minimise space debris. Discover their importance and function.
Total Solar Eclipse Captivates Greenland, Reveals Cosmic Dance
A total solar eclipse visible from Greenland today showcases the intricate dance of celestial bodies, while close satellite approaches highlight ongoing orbital congestion.
Close Conjunction of INTELSAT 1002 and MEV-2
On June 15, 2026, at 10:17 UTC, a close approach event is anticipated between INTELSAT 1002 (NORAD ID: 28358) and MEV-2 (NORAD ID: 46113). The predicted minimum separation distance is approximately 0.00 km, indicating a potential collision risk.
Close Conjunction Alert: OBJECT B and OBJECT D Approach Within 1.76 km
On 13 August 2026, at precisely 02:54 UTC, a close conjunction event will take place between two space objects designated as OBJECT B and OBJECT D. The minimum separation distance is estimated to be approximately 1.76 kilometres.