ORBCOMM FM 106
Informationen über den Satelliten. ORBCOMM FM 106 - ORBCOMM FM106
| Name im Katalog Spacetrack | ORBCOMM FM 106 |
| Alternative Bezeichnung | ORBCOMM FM106 |
| Gruppe | ORBCOMM |
| Folge ORBCOMM FM 106 | ORBCOMM FM 106 Tracker |
| Folge der Gruppe. ORBCOMM | Tracker ORBCOMM |
| Flugzeiten ORBCOMM FM 106 | Flugzeiten ORBCOMM FM 106 |
| In die Umlaufbahn bringen |
2014-07-14 (12 vor Jahren)
|
| Tage im Orbit | 4453 |
| Herkunftsland/-organisation | ORBCOMM (ORB) |
| Wir analysieren den polnischen Text, der 'Miejsce startu' lautet. | AFETR (Kennedy Space Center/Cape Canaveral, USA) |
| Kategorie | |
| Perygeum | 666 km |
| Apogäum | 692 km |
| Neigung der Umlaufbahn (Inklination) | 47.06° |
| Runden pro Tag | 15 |
| Höhe ORBCOMM FM 106 | 664.25 km |
Informationen über ORBCOMM FM 106
Falcon 9 flight 10 was a Falcon 9 space launch that occurred on July 14, 2014. It was the fifth launch of the Falcon 9 v1.1 launch vehicle and carried six Orbcomm-OG2 telecommunication satellites. All six 172-kilogram-mass (379 lb) satellites were successfully deployed.Following the first stage loft of the second stage and payload on its orbital trajectory, SpaceX conducted a successful flight test on the spent first stage that received considerable news attention. In the event, the first stage successfully decelerated from hypersonic speed in the upper atmosphere, made a successful reentry, landing burn, and deployment of its landing legs and touched down on the ocean surface. The first stage was not recovered however as the hull integrity was breached on landing or on the subsequent "tip over and body slam".
der Satellit ORBCOMM FM 106 hinausgetragen 14.07.2014r. Durchschnittshöhe ORBCOMM FM 106 Text Nummer 1: das. 664.25 km. Durchschnittsgeschwindigkeit ORBCOMM FM 106 beträgt 27098.51 km/h. Neigung ORBCOMM FM 106 Satelliten 47.06°.Orbital Elemente
Durchschnittshöhe der Orbitalbahn. ORBCOMM FM 106
Durchschnittsgeschwindigkeit ORBCOMM FM 106
Durchschnitt ORBCOMM FM 106
Mittlere Rektaszension des aufsteigenden Knotens (RAAN) ORBCOMM FM 106
Mittleres Argument des Perigäums ORBCOMM FM 106
Mittlere große Halbachse der Umlaufbahn ORBCOMM FM 106
Mittlere Bahnexzentrizität ORBCOMM FM 106
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