THORAD AGENA D DEB *

5824
Spacetrack Directory Number
1970-04-08
Orbit launches
1167.62 km
Average height
26175.99 km/h
Average velocity


Satellite information THORAD AGENA D DEB * - THORAD AGENA D DEB

Spacetrack Directory Name THORAD AGENA D DEB *
Alternative name THORAD AGENA D DEB
Follow THORAD AGENA D DEB * THORAD AGENA D DEB * Tracker
Pass predictions THORAD AGENA D DEB * Pass predictions THORAD AGENA D DEB *
Orbit launches 1970-04-08 (56 years ago)
Days in orbit 20650
Country/organisation of origin USA (US)
Starting point AFWTR (Vandenberg Air Force Base, USA)
Perigee 697 km
Apogee 1621 km
Orbit slope (inclination) 97.87°
Laps per day 13
Height THORAD AGENA D DEB * 1167.62 km

Additional information THORAD AGENA D DEB *

THORAD AGENA D DEB *, 5824 is space debris in SSO originally from a launch on Wed, 08 Apr 1970 UTC launched from the Air Force Western Test Range (AFWTR). Debris objects in space refer to the collection of defunct objects orbiting the Earth. Examples of debris include non-operational satellites, rocket bodies, and fragments generated from explosions, collisions, or faulty payload assembly.

satellite THORAD AGENA D DEB * Date of exalting 08.04.1970y. Average height of ISS THORAD AGENA D DEB * hundred 1167.62 km. Average velocity THORAD AGENA D DEB * is 26175.99 km/h. Inclination THORAD AGENA D DEB * satellite 97.88°.

TLE



Average orbit height THORAD AGENA D DEB *

Average velocity THORAD AGENA D DEB *

Average inclination THORAD AGENA D DEB *

Mean right ascension of the ascending node (RAAN) THORAD AGENA D DEB *

Mean argument of perigee THORAD AGENA D DEB *

Mean semi-major axis of the orbit THORAD AGENA D DEB *

Mean orbital eccentricity THORAD AGENA D DEB *

Update time: 2026-10-20 19:30:13
Average height of ISS THORAD AGENA D DEB * is: 1167.62km
Average velocity THORAD AGENA D DEB * is: 26175.99km/h
Average orbit height THORAD AGENA D DEB * is: 97.88°
THORAD AGENA D DEB * a new group of Starlink satellites has been launched 1970-04-08
THORAD AGENA D DEB * is from 20650 days Days in orbit.