Author Topic: ISS US EVA-74 (Read 24365 times)

Targeteer · « **on:** 06/07/2021 06:27 pm »

June 07, 2021
MEDIA ADVISORY M21-070
NASA to Air Briefing, Spacewalks to Install New Station Solar Arrays
Russian cosmonaut Oleg Novitskiy (middle) poses with Expedition 50 Commander Shane Kimbrough of NASA (left) and Flight Engineer Thomas Pesquet of ESA (European Space Agency) (right) prior to their spacewalk March 24, 2017.

Expedition 65 astronauts will conduct two spacewalks – one Wednesday, June 16, and the other Sunday, June 20 – to install new solar arrays to help power the International Space Station. NASA will discuss the upcoming spacewalks during a news conference at 2 p.m. EDT Monday, June 14. Live coverage of the news conference and spacewalks will air on NASA Television, the agency’s website, and the NASA app.

NASA flight engineer Shane Kimbrough and ESA (European Space Agency) astronaut Thomas Pesquet will conduct both spacewalks, which will be the 239th and 240th in support of station assembly, maintenance, and upgrades.

Reporters who wish to participate in the news conference at NASA’s Johnson Space Center in Houston by telephone must call the Johnson newsroom at: 281-483-5111 no later than 4 p.m. Friday, June 11. Due to safety restrictions related to the ongoing coronavirus (COVID-19) pandemic, reporters will not be invited to attend briefings on-site at NASA centers. Those following the briefing on social media may ask questions using #AskNASA.

News conference participants are:

Dana Weigel, deputy manager, International Space Station Program
Pooja Jesrani, spacewalk flight director
Kieth Johnson, spacewalk officer
Dan Hartman, manager, Gateway Program

Live coverage of the spacewalks will begin at 6:30 a.m. EDT on the day of each spacewalk, with the crew members scheduled to exit the station’s Quest airlock around 8 a.m. Each spacewalk will last approximately 6 hours, 30 minutes.

On Wednesday, June 16, Kimbrough and Pesquet will exit the space station to install the first two of six ISS Roll-Out Solar Arrays (iROSAs) to ultimately upgrade six of the station’s eight power channels. They will install the first array on the far end of the left (port) side of the station’s backbone truss structure (P6) to upgrade the 2B power channel. On Sunday, June 20, the duo will install the second solar array to upgrade the 4B power channel on the P6 truss.

The solar arrays arrived at the station in the SpaceX Dragon cargo spacecraft as part of the company’s 22nd commercial resupply services mission to the station. Operators in the Mission Control Center at Johnson are scheduled to use the station's robotic Canadarm2 to extract the solar arrays from Dragon's trunk Thursday, June 10, in advance of installation during the spacewalks.

For both spacewalks, Pesquet will be extravehicular crew member 1 (EV 1), with red stripes on his spacesuit, while Kimbrough will be extravehicular crew member 2 (EV 2), with an unmarked suit. Canadarm2 will be used to maneuver the arrays into place, commanded from inside the station by NASA astronaut Megan McArthur with NASA astronaut Mark Vande Hei serving as backup.

The spacewalks will be the seventh and eighth for Kimbrough, and the third and fourth for Pesquet. These will also be the third and fourth spacewalks Kimbrough and Pesquet will conduct together, following two Expedition 50 spacewalks in January and March 2017. During the 2017 spacewalks, they continued replacing nickel-hydrogen batteries with new lithium-ion batteries on the P4 truss, lubricated the Canadarm2 Latching End Effector, and conducted external work to prepare for installation of International Docking Adapter-3.

The current solar arrays are functioning well but have begun to show signs of degradation, as expected, since they were designed for a 15-year service life. The first pair of the space station’s original solar arrays were deployed in December 2000 and have been powering the station for more than 20 years. The new solar arrays will be positioned in front of six of the current arrays, increasing the station’s total available power from 160 kilowatts to a maximum of 215 kilowatts. The same solar array design will be used to power elements of the agency’s Gateway lunar outpost.

In November 2020, the International Space Station surpassed its 20-year milestone of continuous human presence, providing opportunities for unique research and technological demonstrations that help prepare for long-duration missions to the Moon and Mars and also improve life on Earth. In that time, 244 people from 19 countries have visited the orbiting laboratory that has hosted nearly 3,000 research investigations from researchers in 108 countries and areas.

Learn more about the International Space Station, its research, and its crew, at:

http://www.nasa.gov/station

Targeteer · « **Reply #1 on:** 06/07/2021 06:28 pm »

EMU checkout is ongoing and is running behind schedule, SAFER checkout is being deferred to another day

Targeteer · « **Reply #2 on:** 06/07/2021 07:33 pm »

EMU activities continue after the evening DPC, the normal end of the duty day. I missed what prompted this CAPCOM comment, "we will be scheduling a nostril cleaning for Thomas tomorrow". The crew's response? "we'll get the q-tips ready"

SMS · « **Reply #3 on:** 06/10/2021 08:19 pm »

EMU #3009 for EV1 (Pesquet);
EMU #3006 for EV2 (Kimbrough).

The same for the EVA-75?

iss065e092780 (June 7, 2021) --- Expedition 65 Flight Engineer Mark Vande Hei poses with astronauts Shane Kimbrough (left) and Thomas Pesquet (right) who are in U.S. spacesuits testing them for a fit verification. Kimbrough and Pesquet are preparing for two spacewalks on June 16 and 20 to install a pair of new solar arrays to augment the International Space Station's power system.

iss065e092799 (June 7, 2021) --- Expedition 65 Flight Engineers Megan McArthur and Mark Vande Hei, both from NASA, work on a U.S. spacesuit inside the International Space Station's U.S. Quest airlock.

iss065e092766 (June 7, 2021) ---Expedition 65 Flight Engineer Mark Vande Hei poses for a playful portrait with astronauts Shane Kimbrough (left) and Thomas Pesquet (right) who are putting on their U.S. spacesuits and testing them for a fit verification. Kimbrough and Pesquet are preparing for two spacewalks on June 16 and 20 to install a pair of new solar arrays to augment the International Space Station's power system.

cohberg · « **Reply #4 on:** 06/11/2021 01:07 am »

Steps from DOUG US_EVA_P6_IROSA_INSTALL_v22 release

1.1 Pre EVA Configuration 1.3 EGRESS AIL 1.4 ---->EV1 egress AIL with CL Bag 1 1.5 ---->EV2 egress AIL with Bag Bundle 1.6 ---->EV1 translate to HR 3652 to attach EV1 ANCHOR HOOK, attach EV2 ANCHOR HOOK to HR 3651 1.7 ---->EV2 attach bag bundle to APFR in AIL WIF 12, Stow APFR on BRT 1.8 SSRMS SETUPIWORKSITE PREP 1.9 ---->EV1 Translate to F SE stanchion D (outboard/nadir), Stow CL Bag on Tower Handrail 1.10 ---->EV2 Translate to FSE, stow PGT on Tower HR (HR 0013) 1.11 ---->EV2 put green hook on P6 HR 5312 1.12 ---->EV2 Install APFR in P6 WIF 18 [12,FF,F,4] 1.13 ---->EV2 Translate to HR 5307, stow Cable Bags on HRs 5307-5370 1.14 ---->EV1 configure PGT [B2, CCW2], Release Outer Hinge Launch Restraint Bolt R5 1.15 ---->EV1 Stow PGT on Tower HR, Retrieve EV2 PGT from Tower HR 1.16 ---->EV1 Translate to C1, Release ARD from C1 1.17 ---->EV1 Translate to C2, Release ARD from C2 1.18 ---->EV1 retrieve Scoop with LDTDT from CL Bag and stow on MW S, socket swap 1.19 ---->EV2 Retrieve CL Bag from bundle, stow on left lower strut HR closest to Mounting Bracket 1.20 ---->EV2 Retrieve Square Scoop from CL Bag, install on Mounting Bracket 1.21 ---->EV2 Route cable towards right and left SAW connector panels, secure with Wire Ties 1.22 ---->EV2 Retrieve Spare PGT from Cable Bag1, translate to green hook at HR 5312 1.23 ---->EV1 Break torque on C2 1.24 ---->EV1 Break torque on C1, then partly release C1 1.25 ---->EV1 release C2 with PGT [B3, CCW3], Stow PGT 1.26 ---->EV1 Install Square Scoop on Root Beam microsquare near C2, 45 degrees toward EV1 1.27 ---->EV1 Stow EV2 PGT on Tower HR, Retrieve EV1 PGT from Tower HR 1.28 SSRMS SETUP 1.29 ---->EV1 Translate to starboard CETA Cart, Retrieve APFR with Ingress Aid from WIF 5 1.30 ---->EV1 Translate to port CETA Cart, install APFR [12, PP, F, 6] 1.31 ---->EV1 Ingress APFR 1.32 ---->EV1 SSRMS Manuever to to nadir IROSA FSE worksite 1.33 ---->EV1 Release R1 and R2, rotate Boom Deployment System Rollers to deploy position 1.34 ---->EV1 Release R3 and R4 1.35 ---->EV1 SSRMS Manuever to zenith FSE IROSA Release Position 1.36 IROSA RELEASE FROM FSE 1.37 ---->EV2 Translate to FSE stanchion C (outboard/zenith), Stow spare PGT on Grapple Tower HR 1.38 ---->EV2 Retrieve PGT2 from Tower HR, Retrieve Square Scoop from CL bag 1.39 ---->EV2 configure PGT [B3, CCW3], release C1 1.40 ---->EV2 Install Square Scoop on Root Beam microsquare near C1 1.41 ---->EV2 Translate to outboard/nadir side of FSE 1.42 ---->EV1 Slide IROSA nadir to release from F SE pin/slot interface 1.43 ---->EV1 SSRMS Manuever to back off position 1.44 IROSA INSTALL 1.45 ---->EV2 socket swap on PGT2, Retrieve EV1 GREEN hook from port CETA Cart nadir HR 1.46 ---->EV2 Translate to P6 HR 5309, Attach EV1 GREEN Hook to HR 5309, EV2 GREEN hook to P6 HR 5312 1.47 ---->EV2 Translate to left side of Mod Kit, stow EV2 PGT on same HR as CL bag and retrieve LDTDT 1.48 ---->EV2 Translate to HR 5304, place fairlead on HR 5345 1.49 ---->EV2 Translate to APFR in WIF 18, verify settings [12,FF,F,4], Ingress 1.50 ---->EV1 SSRMS Translate to P6 with IROSA 1.51 ---->EV1, EV2 reorient IROSA to position blankets heads up 1.52 ---->EV1 transfer IROSA to EV2 1.53 ---->EV1 SSRMS manuever to egress position (P6 HR 5309), egress the APFR 1.54 ----> S SRM S Maneuver to Back Off position 1.55 ---->EV1 Translate to EV2 APFR, yaw boot plate to 10 1.56 ---->EV1 Translate aft/outboard to WIF 31 APFR, fairlead HR 5361, verify APFR settings [12,I1,F,12], Ingress 1.57 ---->EV2 Present IROSA (Hinge end) to EV1, transfer IROSA to EV1 1.58 ---->EV2 Egress APFR, Translate to left side of Mounting Bracket for IROSA install 1.59 ---->EV1 remove Scoop from Root Beam closest to the mast canister 1.60 ---->EV1, EV2 Install IROSA to Mounting Bracket 1.61 ---->EV1 Remove Scoop from root beam 1.62 ---->EV1 configure PGT [A7, CCW2], release R6 1.63 ---->EV1 egress APFR, Retract and stow Ingress Aid to Boot Plate 1.64 ---->EV2 Pivot IROSA to unfolded position 1.65 ---->EV2 Stow Adjustable Equipment Tether with Scoops in CL Bag 1.66 ---->EV1 use PGT [Al, CW2] to drive R7, R8, then turn bolts with Ratchet Wrench 1.67 ---->EV2 retrieve AMS knob from CL Bag, transfer to EV1 1.68 ---->EV1 turn bolts with AMS knob 1.69 ---->EV2 retrieve and stow AM S knob in CL Bag 1.70 ---->EV1 use EV2'S PGT [B5, CW2], drive Right Side Bolts M35, M36, M37, M38 1.71 ---->EV2 use PGT [B5, CW2], drive Left Side Bolts M31, M32, M33, M34 1.72 ---->EV1 mate right side cables 1.73 ---->EV2 mate left side cables 1.74 IROSA DEPLOY 1.75 ---->EV2 position on Mast Cansiter Platform 1.76 ---->EV1 Configure PGT [B7, CCW2], Release R9, R10 1.77 ---->EV1 wait for full deployment (approx. 6 min) 1.78 ---->EV1 Configure PGT [A7, CCW2], Release R11, R12 1.79 CLEANUP 1.80 ---->EV2 Remove Square Scoop from Mounting Bracket, stow in CL Bag 2 1.81 ---->EV2 Relocate APFR from WIF 18 to 4B WIF 17 [12,FF,F,8], stow CL bag 2 on BRT 1.82 ---->EV1 Relocate APFR to 4B WIF 29 [12,I1,F,11] 1.83 ---->EV1 Relocate Cable Bag to outboard radiator side HRs 5354, 5359, & 5365 1.84 ---->EV1 translate to FSE Tower HR, Retrieve CL Bag 1 and spare PGT 1.85 INGRESS AIL 1.86 ---->EV2 Translate to AIL 1.87 ---->EV1 Translate to AIL 1.88 ---->EV2 Retrieve APFR from WIFEX (WIF 11) 1.89 ---->EV2 Stow APFR in AIL, Ingress AIL with CL Bag 2 1.90 ---->EV1 transfer CL bag 1 and spare PGT to EV2, Ingress AIL

Targeteer · « **Reply #5 on:** 06/12/2021 06:54 am »

Yesterday I head CAPCOM update the crew on the status of issues with the SSRMS stowing the IROSAs on the POA. The delay was causing shadowing issues impacting solar array power production.

SMS · « **Reply #6 on:** 06/14/2021 05:38 pm »

Quote

U.S. Spacewalk 74 Animation

On Wednesday, June 16, NASA flight engineer Shane Kimbrough and ESA Astronaut (European Space Agency) Thomas Pesquet will exit the space station to install the first two of six ISS Roll-Out Solar Arrays (iROSAs) to ultimately upgrade six of the station’s eight power channels. They will install the first array on the far end of the left (port) side of the station’s backbone truss structure (P6) to upgrade the 2B power channel. On Sunday, June 20, the duo will install the second solar array to upgrade the 4B power channel on the P6 truss. The solar arrays arrived at the station in the SpaceX Dragon cargo spacecraft as part of the company’s 22nd commercial resupply services mission to the station. This spacewalk will be the seventh for Kimbrough, and the third for Pesquet. This will also be the third spacewalk Kimbrough and Pesquet will conduct together, following two Expedition 50 spacewalks in January and March 2017. This will be the 239th spacewalk in support of station assembly, maintenance, and upgrades.

SMS · « **Reply #7 on:** 06/14/2021 11:05 pm »

Quote

On Monday, June 14, NASA hosted a news conference at the Johnson Space Center in Houston to discuss upcoming spacewalks to install new solar arrays to help power the International Space Station. The news conference participants were; Dana Weigel, deputy manager, International Space Station Program, Pooja Jesrani, spacewalk flight director, Kieth Johnson, spacewalk officer, and Dan Hartman, manager, Gateway Program

On Wednesday, June 16 and Sunday, June 20, NASA flight engineer Shane Kimbrough and ESA Astronaut (European Space Agency) Thomas Pesquet will exit the space station to install two of six ISS Roll-Out Solar Arrays (iROSAs) to ultimately upgrade six of the station’s eight power channels. They will install the first array on the far end of the left (port) side of the station’s backbone truss structure (P6) to upgrade the 2B power channel. On Sunday, June 20, the duo will install the second solar array to upgrade the 4B power channel on the P6 truss. The solar arrays arrived at the station in the SpaceX Dragon cargo spacecraft as part of the company’s 22nd commercial resupply services mission to the station. This spacewalk will be the seventh for Kimbrough, and the third for Pesquet. This will also be the third and fourth spacewalk Kimbrough and Pesquet will conduct together, following two Expedition 50 spacewalks in January and March 2017. These will be the 239th and 240th spacewalks in support of station assembly, maintenance, and upgrades.

Rondaz · « **Reply #8 on:** 06/15/2021 11:05 pm »

Watch Spacewalkers Install New Solar Arrays on Wednesday

Mark Garcia Posted on June 15, 2021

NASA astronaut Shane Kimbrough and ESA (European Space Agency) astronaut Thomas Pesquet are scheduled to exit the International Space Station’s Quest airlock Wednesday for a spacewalk to install and deploy the first of six new solar arrays to help power the orbiting laboratory.

Live coverage of the spacewalk will air on NASA Television, the agency’s website, and the NASA app beginning June 16 at 6:30 a.m. EDT, with the crew members scheduled to set their spacesuits to battery power about 8 a.m., signifying the start of their spacewalk.

During the planned six-and-a-half hour spacewalk, Kimbrough and Pesquet will work on the far end of the left (port) side of the station’s backbone truss structure (P6) to upgrade the 2B power channel with the installation and deployment of an ISS Roll-Out Solar Array (iROSAs).

Two of the new solar arrays arrived at the station in the SpaceX Dragon cargo spacecraft as part of the company’s 22nd commercial resupply services mission to the station. On June 10, operators in the Mission Control Center at NASA’s Johnson Space Center used the station’s robotic Canadarm2 to extract the solar arrays from Dragon’s trunk in preparation for the installation. On Sunday, June 20, Kimbrough and Pesquet will install the second array to upgrade the 4B power channel on the P6 truss.

The new solar arrays will augment the existing arrays, which are functioning well but have begun to show signs of expected degradation as they have operated beyond their designed 15-year service life. The first pair of solar arrays were deployed in December 2000 and have been powering the station for more than 20 years.

This will be the 239th spacewalk in support of space station assembly. Pesquet will be extravehicular crew member 1 (EV 1), with red stripes on his spacesuit, while Kimbrough will be extravehicular crew member 2 (EV 2), with an unmarked suit. Canadarm2 will be used to maneuver the arrays into place, commanded from inside the station by NASA astronaut Megan McArthur with NASA astronaut Mark Vande Hei serving as backup.

The spacewalks will be the seventh and eighth for Kimbrough, and the third and fourth for Pesquet. The pair arrived for a six-month science mission at the space station April 24 with NASA’s SpaceX Crew-2 mission aboard the Crew Dragon Endeavour.

Watch a video providing an overview of the spacewalk and learn more about station activities by following the space station blog, @space_station and @ISS_Research on Twitter as well as the ISS Facebook and ISS Instagram accounts.

https://blogs.nasa.gov/spacestation/2021/06/15/watch-spacewalkers-install-new-solar-arrays-on-wednesday/

Rondaz · « **Reply #9 on:** 06/15/2021 11:05 pm »

Watch @Astro_Kimbrough and @Thom_Astro go on a spacewalk to install new solar arrays on the station Wednesday when @NASA TV goes live at 6:30am ET.

https://twitter.com/Space_Station/status/1404917243511779328

Rondaz · « **Reply #10 on:** 06/15/2021 11:11 pm »

Spacewalking tomorrow! @Thom_astro and I are in final prep mode for the first of two spacewalks to install new solar arrays. We wouldn’t be able to do the job without our crewmates @Astro_Megan & @Astro_Sabot who help us get suited up and fly the robotic arm while we go outside.

https://twitter.com/astro_kimbrough/status/1404936553248575490

Rondaz · « **Reply #11 on:** 06/15/2021 11:17 pm »

Thom_astro & @astro_kimbrough ‘s worksite for tomorrow‘s spacewalk, while @Astro_Megan & @Astro_Sabot help them get out the door and then fly the robotic arm to support the spacewalk to upgrade the ISS. Enjoy the view once in a while!

https://twitter.com/Aki_Hoshide/status/1404922452715655171

Targeteer · « **Reply #12 on:** 06/16/2021 05:50 am »

Crew just checked in with Houston. Mark confirmed Houston can work steps 1-5 for EVA. "Zena"? is the CAPCOM...

Targeteer · « **Reply #13 on:** 06/16/2021 05:51 am »

Crew reports airlock is a little warm. This was a complaint a few days ago as well. Crew cleared to work steps 6-20 prior to donning pre-breathe masks