Orbital period: 88.55 minutes; Inclination: 51.67 degrees toward the Equator; Perigee: 193.05 kilometers; Apogee: 241.24 kilometers.At the time when Progress MS-19 entered orbit over Siberia, the ISS was ahead over the Pacific, near the cost of Japan, in a 414,299 by 436,696-kilometer ...
The successful contact between the cargo ship and the station took place at 22:28:03 Moscow Time (2:28 p.m. EST) on November 18, when the two spacecraft were flying over Algeria in a 425.8 by 402.4-kilometer orbit with an orbital period of 92.6 minutes and an inclination of 51.7 ...
At the time of entering orbit on May 30, 2024, Progress MS-27 was 276 degrees away from the ISS in the phasing angle. The cargo ship targeted a 239.8 by 193.2-kilometer orbit with an inclination 51.67 degrees toward the Equator and an orbital period of 88.53 minutes. At the same time,...
Orbital period Inclination Resulting perigee Resulting apogee 2018 March 22 3 00:23:41 84.7 seconds 34.16 m/s 89.81 minutes 51.67 degrees 225.11 kilometers 316.83 kilometers 4 01:05:41 66.2 seconds 26.85 m/s 90.75 minutes 51.66 degrees 314.31 kilometers 330.10 kilometers 17 21:54:08 28.8 se...
Moon/Sun angular size: the apparent diameter of the disk of the target object, in arc minutes. Moon phase: the percentage of illumination of the Moon. Only applicable to lunar events. Angular separation from Sun: the apparent distance between the Moon and Sun. 0° corresponds to a new Moon...
The actual time from launch to docking ended up to be 3 hours 3 minutes and 38 seconds. The two-orbit rendezvous process was previously tested during the flight of theProgress MS-15cargo ship which reached the outpost 3 hours and 18 minutes after its liftoff. ...
The maneuvers were initiated according to the following timeline and had to result in following orbital parameters:Orbit No. Time Firing duration delta V Period Inclination Resulting perigee Resulting apogee Day 1 of the mission (July 17, 2016) 3 04:13:27 52.6 seconds 20.77 m/s 89.29 minutes...
Around 38 minutes after launch, at 19:23:25 Moscow Time, Soyuz MS-24 was scheduled to perform an initial orbit correction with its main SKD engine, which was to last 13 seconds and deliver 4.74 meters per second in velocity change. The maneuver would put the spacecraft in a 404.683 by ...
After a two-and-a-half-hour autonomous flight, at 04:38:39 Moscow Time (8:38 p.m. EST on February 27), the Soyuz MS-06 fired its main engine for 4 minutes and 39 seconds against the direction of the flight, as it was flying over the South Atlantic. ...