Russia launches multiport module on International Space Station

The Soyuz rocket put the new Russian docking compartment of the International Space Station into orbit on Wednesday. The 6-port node will robot dock with the multipurpose experimental module at the beginning of Friday using a propulsion system from the progress cargo ship to the space station home.

The Soyuz 2.1b rocket exploded from Baikonur Cosmodrome in Kazakhstan at 8:06 EST and ascended into the orbit of the space station. After 8 minutes and 45 seconds, the node module known as the Russian wharf or mooring pre-char and its progress “space tag” were released and flew on their own.

Russia’s Soyuz 2.1b rocket flourishes at Baikonur Cosmodrome in Kazakhstan, boosting a new multiport docking module to the International Space Station. The Prechardocking Node is the last major Russian addition to the space station.


The Progress M-UM propulsion system will perform a series of carefully timed thruster launches and return to the station. Assuming the launch and rendezvous proceeded as planned, the Russians gave way to Prichal on the morning of Thanksgiving, separating the Progress MS-17 cargo ship from Nadir’s Earth-facing or nadir harbor. increase.

The new docking compartment will be open on Friday at 10:26 am in Nadir, as station commander Anton Schkaprelov is waiting at the station’s Russian Zvezda module and ready to take over with remote control as needed. We are planning to engage with the bottom port.

In addition to carrying 2,200 pounds of cargo and equipment to the station, Purichar offers its own earth-facing port and four radial docking ports for visiting Russian freighters and Soyuz crew ferry vessels. increase. The robotic mechanism allows Russians to move visiting vehicles from a port facing the earth to a radial port as needed.

Prechar also has piping that allows progress cargo ships to transfer propellant through Nauka to the tanks of the Zarya and Zvezda modules. Visits to thrusters and progress supply vessels in the Russian segment regularly raise the altitude of the station and change its direction.

With the addition of the Prichal and Nauka multipurpose experimental modules in July, the Russian segment of the International Space Station has expanded significantly, the number of pressurization modules has increased from four to six, and five more ports have been added. rice field.

Russian astronauts are planning a series of EVAs over the next few months to establish power and data connections, connect rendezvous equipment, and install other external gear.

Russia launches multiport module on International Space Station

Source link Russia launches multiport module on International Space Station

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