APPENDIX 402 US Common Hatch, 49 US Department of Defense, orbital debris tracking by, 141 User Application Software, 105–106 USOS to RS power converters, 167 utility connections in vestibule, 40 Utility Outlet Panels (UOPs), 216 Utility Transfer Assembly (UTA), SARJ, 169 utilization time for crew (research), 3, 5 V vacuum chambers, EVA training, 294 Vacuum Exhaust System (VES), 339 Vacuum Resource System (VRS), 338–339 Van Cise, Ed, 36 vectors, Motion Control System (MCS), 122–125 Venable, Mitch, 33 Vent and Release Assembly (VRA), 336 vestibule components, 40–41 VHF communication system, 222, 223 video baseband communication, 230–231 of daily crew activities, 23 Ku-band transmission of from ISS, 226–227 wireless helmet cam, 228 wiring troubleshooting, 271 video cameras, 230–231 Virts, Terry, 31, 83 Virtual Reality laboratory, 294, 295 visiting vehicles, 234–246. See also specific vehicles by name air tank deliveries, 335 capture and berthing operations. See berthing/unberthing operations capture operations cargo delivery and loading, 240–241 Commercial Crew Program, xix, 17, 21, 246 constraints on launch and return of, 237–238 crew coordination role, 239–240, 241–243, 260–261 day of arrival, 241–245 docking activity. See docking systems importance of accurate positioning for, 123 loss of supply missions, dealing with, 210, 211, 214–215, 218–219, 234–235, 289 orbital adjustments to accommodate, 237, 240 parking of solar arrays to accommodate, 111, 170 Proximity Operations mode, ISS, 106 purpose and importance of, 234–235 scheduling, 237–238 software update planning, 113–114 timing importance of, 244 training for, 238–239, 240 unloading time, 243–244 Visiting Vehicles Position (VVO), xxvi voice loops in control room, xxvi–xxvii, 178, 224 Volkov, Sergei, 28 “Vomit Comet” aircraft, 294 von Braun, Wernher, xiii W Wakata, Koichi, 20, 33, 242, 361, 369, 370 Walheim, Rex, 298 Walker, Shannon, 270 “Wall of EVA,” 281, 300–301 Walz, Carl, 135 Waste and Hygiene Compartment (WHC), 57, 341, 343 waste water, 340, 341, 342, 343, 344 water recovery and management, 340–345 recycled from urine and sweat, 334, 340 water-based thermal transfer system. See Internal Thermal Control Systems (ITCSs) water-in-helmet incident concerns about during Pump Module change out mission, 355, 364, 365, 366 details of, 289, 290, 291 Water Processor Assembly (WPA), 340, 341–345 Water Recovery System, 344 Weekly Lookahead Plan (WLP), 5, 7–9 Weekly Plan Review, 27 Weightless Environment Test System, Japan, 294 weightlessness. See microgravity welcome-back events for returning crews, 32 wet vs. dry cargo, 235 Wheelock, Doug ammonia line movement testing, 365 in Cupola, 51 emerging from EVA hatch, 297 P6 4B solar array repair, 309, 310, 316, 322–323, 325, 327–328 Pump Module change out role, 371, 376 Whipple Shield, 53, 142 Whitson, Peggy, 78, 309, 310, 319 Williams, Dave, 120, 136 Williams, Jeffrey, 27, 83, 238 Williams, Sunita, 29, 296 Wilmore, Barry “Butch,” 184 Wilson, Stephanie, 309, 324 Window Observation Rack Facility, 51 windows, 38, 50–53 Wireless External Transceiver Assemblies, 228, 230 Wiseman, Reid, 242 Wolf, Dave, 227 Worksite Interface (WIF) Extender, 320, 327 worksite preparation time, allowing for, 15 Worksites along truss, 257 X X-Perpendicular Out of Plane (XPOP) reference frame, 125, 192–193 Y Yaw, Pitch, and Roll (YPR) definitions, 123 Yellow orbital debris risk level, 145, 146, 147 Yui, Kimiya, 33 Z Zamka, George, 309, 319 Zvezda thrusters, 133