SOYUZ MS-28

66664
Spacetrack Directory Number
2025-11-27
Orbit launches
425.73 km
Average height
27569.45 km/h
Average velocity


Satellite information SOYUZ MS-28

Spacetrack Directory Name SOYUZ MS-28
Follow SOYUZ MS-28 SOYUZ MS-28 Tracker
Pass predictions SOYUZ MS-28 Pass predictions SOYUZ MS-28
Orbit launches 2025-11-27 (9 months ago)
Days in orbit 283
Country/organisation of origin Commonwealth of Independent States (former USSR) (CIS)
Starting point TYMSC (Baikonur Cosmodrome, Kazakhstan)
Perigee 371 km
Apogee 420 km
Orbit slope (inclination) 51.63°
Laps per day 15
Height SOYUZ MS-28 425.73 km

Additional information SOYUZ MS-28

SOYUZ MS-28, 66664 is a payload satellite owned by RKKE (CIS) in LEO that was launched on Thu, 27 Nov 2025 UTC via a SOYUZ-2-1A launch vehicle from the Tyuratam Missile And Space Complex (TTMTR). Payload-class satellites include a variety of spacecraft equipped with specific instruments for various scientific and technological missions. These include communications satellites like Starlink; space stations such as the ISS; scientific satellites like the Hubble; Earth observation satellites from companies like Planet Labs, Umbra, and HawkEye 360; GPS; miniature CubeSats for education and research; and military/defense satellites.

satellite SOYUZ MS-28 Date of exalting 27.11.2025y. Average height of ISS SOYUZ MS-28 hundred 425.73 km. Average velocity SOYUZ MS-28 is 27569.45 km/h. Inclination SOYUZ MS-28 satellite 51.63°.

TLE



Average orbit height SOYUZ MS-28

Average velocity SOYUZ MS-28

Average inclination SOYUZ MS-28

Mean right ascension of the ascending node (RAAN) SOYUZ MS-28

Mean argument of perigee SOYUZ MS-28

Mean semi-major axis of the orbit SOYUZ MS-28

Mean orbital eccentricity SOYUZ MS-28

Update time: 2026-09-05 21:50:21
Average height of ISS SOYUZ MS-28 is: 425.73km
Average velocity SOYUZ MS-28 is: 27569.45km/h
Average orbit height SOYUZ MS-28 is: 51.63°
SOYUZ MS-28 a new group of Starlink satellites has been launched 2025-11-27
SOYUZ MS-28 is from 283 days Days in orbit.