OBJECT CQ

OBJECT CQ is an active satellite operated by AMSAT-EA / Hydra Space (Unknown), launched on 2026-10-01 from Vandenberg Space Force Base, United States on the Transporter-18 launch. As a relatively recent addition to the catalogue, its orbital elements are well-characterised. Independent catalogue analysis identifies this object as HADES-L, attributed to AMSAT-EA / Hydra Space. It orbits in Low Earth Orbit (LEO) at altitudes between 508 km and 512 km with an inclination of 97.4°. It travels at approximately 27,400 km/h (7.61 km/s), completing one full orbit every 95 minutes — that’s roughly 15.19 orbits per day. Its near-polar, sun-synchronous orbit means it passes over any given point on Earth at approximately the same local solar time, ideal for consistent Earth observation lighting conditions. Its near-circular orbit (eccentricity close to zero) means it maintains a very consistent altitude throughout each revolution. At its current altitude, the estimated orbital lifetime before atmospheric re-entry is ~3–10 years. Orbital Radar tracks OBJECT CQ in real time using the latest two-line element set (TLE) data, providing live position, altitude, speed and orbital path updated continuously.

OBJECT CQ orbits at an average altitude of 510 km in a sun-synchronous orbit (SSO), a specialised subset of LEO where the orbital plane precesses to maintain a constant angle relative to the Sun. This provides consistent lighting conditions on every pass — essential for Earth observation, weather monitoring and environmental science. Within ±50 km of OBJECT CQ’s average altitude, there are currently 10,886 active payloads and 268 tracked debris or rocket body fragments — notable neighbours include STARLINK-1184, STARLINK-1276, STARLINK-1451. This makes it one of the more crowded altitude bands, containing roughly 55.4% of all active satellites. With an inclination of 97.4°, OBJECT CQ passes over latitudes between 97.4°N and 97.4°S, providing near-global coverage including the polar regions. Polar and near-polar orbits are used for reconnaissance, weather monitoring and Earth-observation missions that need to image every part of the planet.