eva

Wakata became the first Japanese astronaut to work on the assembly of the International Space Station during STS-92. The crew attached the Z1 truss and Pressurized Mating Adapter (PMA3) to the station using Discovery’s robotic arm. STS-92 prepared the station for its first resident crew.

NASDA Astronaut Takao Doi performed Japan's first EVA on STS-87

This patch was worn on EVA 36 by Oleg Kotov and Sergey Ryazanskiy where they passed a Sochi 2014 Olympic torch. 

ISS Expedition 36 EVA 34, red border version for Fyodor Yurchickin, blue border version for Aleksandr Misurkin. 

Only 20 sets (with EVA 33) made available to collectors. 

ISS Expedition 36 EVA 34, red border version for Fyodor Yurchickin, blue border version for Aleksandr Misurkin. 

Only 20 sets (with EVA 33) made available to collectors. 

ISS Expedition 36 EVA 33, red border version for Fyodor Yurchickin, blue border version for Aleksandr Misurkin. 

Only 20 sets (with EVA 34) made available to collectors. 

ISS Expedition 36 EVA 33, red border version for Fyodor Yurchickin, blue border version for Aleksandr Misurkin. 

Only 20 sets (with EVA 34) made available to collectors. 

This patch was produced by Spacepatches.nl for Pavel Vinogradov and Roman Romanenko. 25 were made. 

Yurchikhin and Skripochka installed a portable multipurpose workstation in Plane IV in the Zvezda large diameter and installed struts between Poisk module and Zvezda module and Poisk module and Zarya module. They performed an experiment called Test, which was aimed at verifying the existence of micro organisms or contamination underneath insulation on the Russian segment of the ISS. Yurchikhin and Skripochka photographed and installed the protective cover and disconnected and removed the Plasma Pulse Injector Science hardware from the portable multipurpose workstation in Plane II of the Zvezda. They cleaned the Kontur science hardware (ROKVISS) with dry towels and then disconnected and then removed it. Yurchikhin and Skripochka also installed the protective cover and disconnected and removed the Expose-R scientific experiment from the portable multipurpose workstation in Plane II of the Zvezda module. The Kontur experiment studied remote object control capability for robotic arms and the Expose-R experiment is a European Space Agency experiment designed to expose organic material to the extreme environment of space. Yurchikhin and Skripochka installed an oft hand-rail on Pirs docking module and installed the SKK #1-M2 cassette on Poisk module.  The cosmonauts also removed a television camera from the Rassvet module, however they were unsuccessful in relocating the camera due to interference with insulation where it was to be installed.

Yurchikhin and Skripochka installed a portable multipurpose workstation in Plane IV in the Zvezda large diameter and installed struts between Poisk module and Zvezda module and Poisk module and Zarya module. They performed an experiment called Test, which was aimed at verifying the existence of micro organisms or contamination underneath insulation on the Russian segment of the ISS. Yurchikhin and Skripochka photographed and installed the protective cover and disconnected and removed the Plasma Pulse Injector Science hardware from the portable multipurpose workstation in Plane II of the Zvezda. They cleaned the Kontur science hardware (ROKVISS) with dry towels and then disconnected and then removed it. Yurchikhin and Skripochka also installed the protective cover and disconnected and removed the Expose-R scientific experiment from the portable multipurpose workstation in Plane II of the Zvezda module. The Kontur experiment studied remote object control capability for robotic arms and the Expose-R experiment is a European Space Agency experiment designed to expose organic material to the extreme environment of space. Yurchikhin and Skripochka installed an oft hand-rail on Pirs docking module and installed the SKK #1-M2 cassette on Poisk module.  The cosmonauts also removed a television camera from the Rassvet module, however they were unsuccessful in relocating the camera due to interference with insulation where it was to be installed.

Personal patch for EVA, blue border for Kotov. Russian made.

Personal patch for EVA, red border for Yurchikihin. Russian made.

Orbiting golf shot" event sponsored by a Canadian golf company through the Russian Federal Space Agency. López-Alegría put the tee on the ladder outside Pirs, while Tyurin set up a camera, and then performed the golf shot. Inspected and photographed a Kurs antenna on Progress 23, relocated an Automated Transfer Vehicle (ATV) WAL antenna, installed a BTN neutron experiment, and jettisoned two thermal covers from the BTN.

Orbiting golf shot" event sponsored by a Canadian golf company through the Russian Federal Space Agency. López-Alegría put the tee on the ladder outside Pirs, while Tyurin set up a camera, and then performed the golf shot. Inspected and photographed a Kurs antenna on Progress 23, relocated an Automated Transfer Vehicle (ATV) WAL antenna, installed a BTN neutron experiment, and jettisoned two thermal covers from the BTN.

The first spacewalk for Expedition 13, performed by Pavel Vinogradov and Jeffrey Williams, began on 1 June, and ended on 2 June 2006.
It was originally scheduled to include a golf shot off the space station but the event was postponed to Expedition 14, as NASA was still evaluating the risks.
The spacewalk ran behind schedule, requiring an extra 50 minutes to be added to the length in order to complete the camera replacement. The EVA began 1 June, at 23:48 UTC and ended 2 June at 06:19 UTC, lasting 6 hours and 31 minutes. Other tasks during the walk included repair of a vent for the station's oxygen-producing Elektron unit, and retrieval of experiment packages.

The first spacewalk for Expedition 13, performed by Pavel Vinogradov and Jeffrey Williams, began on 1 June, and ended on 2 June 2006.
It was originally scheduled to include a golf shot off the space station but the event was postponed to Expedition 14, as NASA was still evaluating the risks.
The spacewalk ran behind schedule, requiring an extra 50 minutes to be added to the length in order to complete the camera replacement. The EVA began 1 June, at 23:48 UTC and ended 2 June at 06:19 UTC, lasting 6 hours and 31 minutes. Other tasks during the walk included repair of a vent for the station's oxygen-producing Elektron unit, and retrieval of experiment packages.

Spacelab Logistics Pallet (SLP) ISS 3A - STS-92

The Extravehicular Activity Development Flight Test - 05 consists of the payload bay hardware elements of Detailed Test Objective (DTO) 671, EVA Hardware for Future Scheduled Extravehicular Missions.  EDFT - 05's main objective is to demonstrate International Space Station (ISS) on-orbit, end-to-end EVA assembly and maintenance operations.  The other DTO's included in this test are DTO 672, Extravehicular Mobility Unit (EMU) Electrical Cuff Checklist and DTO 833, EMU Thermal Comfort and EVA Worksite Thermal Environment.  Another objective is to expand the EVA experience base for ground and flight crews.  Two EVA's will be performed on this mission to accomplish these DTO's.
The portside-mounted EDFT-05 hardware is in bay 7 and consists of the Orbital Replacement Unit (ORU) Transfer Device (OTD), a Pitch/Yaw Worksite Interface (WIF) Fitting, and Flight Support Equipment (FSE) to the sidewall carrier.
The starboard-mounted EDFT-05 hardware consists of bay 2 Portable Work Platform (PWP) components including the Articulating Portable Foot Restraint (APFR), Temporary Equipment Restraint Aid (TERA), and Work Station Stanchion (WSS).  Bay 7 contains the ORU Simulator and Carrier Assembly (OSCA) consisting of a Battery ORU Simulator attached to the Cargo Handling Interface Assembly (CHIA), and the Dry Carrier (DCC) Simulator.  Bay 8 houses an adapter plate with WIF's and a mounting location for the cable caddy. 
During launch and landing EVA equipment stowage requires orbiter middeck locker space and the starboard Portable Stowage Assembly (PSA).
Prior to scheduled EDFT - 05 activities, orbiter cabin pressure will be lowered to 10.2 psi and the standard EVA prebreathe protocols started.  EDFT - 05 activities require two crew members  to perform two full-duration EVA's and one crew member to provide Intravehicular Activity (IVA) support.

The tests are designed to evaluate equipment and techniques and buildexperience among astronauts and ground controllers in preparation for assembly of the International Space Station. Past EDFT spacewalks have evaluated equipment ranging from the labeling to be used on the exterior of the stationto the nuts and bolts to be used as connectors.

Simplified Aid for EVA Rescue (SAFER) is a small, self-contained, propulsive backpack system (jet pack) used to provide free-flying mobility for a Space Shuttle or International Space Station (ISS) crewmember during extra-vehicular activity (EVA)] SAFER is a small, simplified version of the Manned Maneuvering Unit (MMU) intended for contingency use during spacewalks.