Both of them Polaris Dawn four astronauts can make history by performing today went into space in the first space about 700 kilometers (435 miles) above our planet. Mission manager and financier Jared Isaacman and SpaceX engineer Sara Gillis will leave the confines and safety of the Crew Dragon capsule for 15 and 20 minutes each. Two other crew members, Scott Poteet and Anna Menon, will stay inside the vehicle to monitor the astronauts and make sure everything is okay. SpaceX will broadcast the event live his website and On X It starts at 4:50 a.m. ET. If the spacewalk has to be stopped, the astronauts will have another opportunity at the same time on September 13.
as The New York Times explains that Crew Dragon doesn’t have an airlock like the International Space Station, so astronauts will have to let all the air out of the vehicle before opening one of its hatches. All four will have to wear the company’s extravehicular activity (EVA) suitsare improved and tougher versions of suits for intravehicular activity (IVA).
SpaceX’s EVAs come with new assemblies that can bend and rotate, thus providing greater mobility. Their helmets are equipped with a head-up display (HUD) and camera, and the spacesuits as a whole have a Faraday layer that can shield them from electrical fields. The Polaris Dawn crew spacewalk will test the suit by exposing it to the harsh environment of space while conducting mobility tests. “The development of this suit and the realization of a spacewalk will be important steps towards a scalable design for spacesuits for future long-duration missions because life is multiplanetary.” Polaris Dawn site is reading The entire operation will take two hours from launch until the astronauts close the hatch to pressurize the Crew Dragon.
Civil mission has been activated on the morning of September 10 after numerous delays. In addition to accomplishing the first space voyage, the mission has other goals, including sending a crew farther than any other Dragon mission before and before the Apollo program, even reaching parts of the Van Allen radiation belt.
