Watch NASA's news briefing about today's arrival of #Dragon at the International Space Station. http://t.co/eQdcuTjt
#Dragon is now part of the space station! The cargo ship is first US vehicle to visit ISS since the last space shuttle. http://t.co/ytrxILIL
Methodical process has begun to drive bolts and latches to firmly attach #Dragon to space station. http://t.co/ytrxILIL
Berthing of #Dragon to space station's Harmony module expected at 1 pm EDT (1700 GMT). Live views of #Dragon in space: http://t.co/ytrxILIL
The robotic arm is moving #Dragon to begin multi-hour procedure to berth the craft to the space station. LIVE VIDEO: http://t.co/ytrxILIL
Checkout our Facebook page for some great images of today's #Dragon rendezvous https://t.co/US3TVTfS
"Looks like we've got a #Dragon by the tail," @astro_Pettit said after grabbing first commercial craft on station. http://t.co/ytrxILIL
The first commercial spaceship to visit the International Space Station has arrived! #Dragon capture confirmed! http://t.co/ytrxILIL
Standing by for capture. Space station's robotic arm is moving toward #Dragon for grapple. http://t.co/ytrxILIL
The space station crew is go for capture of #Dragon with the lab's Canadian robot arm. Watch this historic event live: http://t.co/ytrxILIL
#Dragon is now holding 10 meters below the space station. NASA and SpaceX will soon poll teams for "go" for grapple. http://t.co/ytrxILIL
As #Dragon closes in on space station at less than an inch per second, NASA says crew can capture #Dragon at night. http://t.co/ytrxILIL
Thrusters nudging #Dragon closer to space station now, heading to last hold point 10 meters (32 feet) from the complex. http://t.co/ytrxILIL
#Dragon is now about 100 feet below the space station, looming larger in live video coming from orbit. WATCH LIVE: http://t.co/ytrxILIL
#Dragon capture by space station robot arm now expected at 10:40 am EDT (1440 GMT). NASA wants it to occur in daylight. http://t.co/ytrxILIL
SpaceX is now moving #Dragon closer to the space station again after adjusting field-of-view of LIDAR laser sensor. http://t.co/ytrxILIL
#Dragon's laser measures distance, closure rate, and direction of ISS. It had some bad data and SpaceX called retreat. http://t.co/ytrxILIL
After retreating away from space station, #Dragon now holding 72 meters (236 feet) away while SpaceX ensures all is OK. http://t.co/ytrxILIL
SpaceX has commanded a retreat of #Dragon from the space station. #Dragon now moving away. http://t.co/ytrxILIL
Flying on autopilot, #Dragon has resumed approach toward space station heading to hold point at 30 meters. LIVE VIDEO: http://t.co/ytrxILIL






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