2019-093F
Satellite information 2019-093F - 2019-093F
| Spacetrack Directory Name | 2019-093F |
| Alternative name | 2019-093F |
| Follow 2019-093F | 2019-093F Tracker |
| Pass predictions 2019-093F | Pass predictions 2019-093F |
| Orbit launches |
2019-12-20 g.01:00 (6 years ago)
|
| Days in orbit | 2508 |
| Starting point | TAISC (Taiyuan Space Center, China) |
| Perigee | 612 km |
| Apogee | 632 km |
| Orbit slope (inclination) | 97.79° |
| Laps per day | 15 |
| Height 2019-093F | 578.68 km |
Additional information 2019-093F
An interstellar object is an astronomical object (such as an asteroid, a comet, or a rogue planet, but not a star) that is located in interstellar space and is not gravitationally bound to a star. The term interstellar interloper can be applied to objects that are on an interstellar trajectory but are temporarily passing close to a star, such as certain asteroids and comets (including exocomets).
The first interstellar object to be discovered in the Solar System was 1I/?Oumuamua in 2017. The second was 2I/Borisov in 2019. They both have significant hyperbolic excess velocity proving they did not originate in the Solar System. In addition ?Oumuamua has an orbital eccentricity of about 1.2 and Borisov has an orbital eccentricity of about 3.3, proving neither is gravitationally bound to the Sun.
TLE
Average velocity 2019-093F
Average inclination 2019-093F
Mean right ascension of the ascending node (RAAN) 2019-093F
Mean argument of perigee 2019-093F
Mean semi-major axis of the orbit 2019-093F
Mean orbital eccentricity 2019-093F
Frequency 2019-093F
In the table below we show the frequencies 2019-093F.
| Downlink | Mode |
|---|---|
| 401.546 MHz | FM |
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