June 8, 2019
Categories: GCTC, ISS, Soyuz

After passing the theoretical examinations, the ISS-60/61 crews began practical tests on simulators.

Today, the commanders of the main and backup crews of the “Soyuz MS-13” sapcecraft Alexander Skvortsov and Sergey Ryzhikov passed the examination exercises on the specialized “Teleoperator” simulator for testing the teleoperative control of the “Progress MS” cargo spaceship.

Normally the docking of cargo ships to the ISS occurs automatically.

However, the crew must always be ready to take control.

Cosmonauts are trained in the modes of teleoperator control of the spacechipPAG for maintaining and improving skills.

Each examination ticket contains four modes, two of which are in the light, and two – “in the shade”.

The cosmonauts works out the docking of the spaceship to the four docking stations of the ISS – these are CO-1 (“Piers” docking compartment), SM (“Zvezda” service module), MIM-1 (“Rassvet” small research module) and MIM-2 (“Poisk”).

All modes begin from the automatic “freezing” of the ship at a distance of about 150-160 meters from the station.

Next, abnormal situations are introduced, leading to the disruption of the automatic mode and the transition to the manual control mode.

During manual operation, failures and accidents are also possible.

The first group of emergency situations include, for example, the automatic moving of the ship from the station or the accident of the spaceship control system.

In the manual mode, cosmonauts can also expect abnormal situations, such as a brief disappearance of a TV image from a spaceship, the failure of manual controls or a break in communication between the ship and the station.

The commanders of the main and backup crews of “Soyuz MS-13” spacecraft brilliantly passed the task, having received excellent marks on the exam.

The Commission, chaired by Valery Korzun, Head of the 1st Department of the GCTC, Hero of the Russian Federation, Pilot-Cosmonaut of the Russian Federation, noted the clarity of reporting and determining the relative motion parameters of “Progress MS” spacecraft and the ISS, as well as confident and competent actions of operators.

2156370718

2549229696

3592665274

More from this category:
September 2, 2020

In order to form ballistic conditions before the launch of the Soyuz MS-17 manned transport spacecraft, the next correction of the International Space Station orbit…

full story
August 28, 2013

Zhukovsky (Moscow Region), August 28. – The 1st launch of Soyuz-2.1v light booster from Plesetsk spaceport is planned for November-December 2013, – Progress State Research…

full story
January 15, 2019

On January 14, 2019, Russian remote sensing satellites “Kanopus-B” №5 and №6, launched into orbit on the eve of the new 2019 year, transferred the…

full story
June 27, 2013

Russia and USA will work together to develop meteorite protection system, – The Head of Russian Ministry of Emergency Situations Vladimir Puchkov told the journalist…

full story
March 12, 2015

Today on March 18 ISS-41/42 crew comprising Roscosmos cosmonauts Alexander Samokutyayev and Elena Serova and NASA astronaut Barry Wilmore successfully returned to the Earth onboard…

full story
September 4, 2015

On September 4, 10:39, Moscow time, Soyuz TMA-18M manned spacecraft successfully docked with the ISS. Soyuz TMA-18M approached Poisk small research module of Russian ISS…

full story
February 20, 2014

Cosmonaut Valeri Kubasov twice Hero of the Soviet Union and participant of the famous Apollo-Soyuz program died on Wednesday evening at the age of 79,…

full story
December 16, 2014

Russian Rocket and Space Corporation Energia together with two American companies Lockheed Martin and Boeing adjusts the newest American Orion manned spacecraft for the docking…

full story