Japanese Experiment Module (JEM) Small Satellite Orbital Deployer (J-SSOD)-2 Launches: Flight Engineer (FE)-6 Wakata opened the JEM Airlock outer hatch and extended the slide table with the SSOD out to the JEM Exposed Facility (JEF). He released the JEM Remote Manipulator System (JEMRMS) Small Fine Arm (SFA) Attachment Mechanism (SAM) Latching Arm to prepare for …
AnisoTubule Experiment: Today, Flight Engineer (FE)-6 Wakata began activities to support JAXA’s Aniso Tubule experiment. He watered seeds in a sample chamber and then stowed the chamber in a Minus Eighty Degree Celsius Laboratory Freezer for ISS (MELFI) for a five-day preparation for sprouting, simulating the winter season for plants. The Aniso Tubule experiment investigates …
You can watch the post-launch press conference under way on NASA TV.
"This is the result of the effort of a really tight team that's been working really hard," said NASA Administrator Charlie Bolden as he congratulated the MAVEN launch teams on Monday's liftoff. "I hope this mission serves as a model for those that come after it."
Courtesy United Launch Alliance
Another roar of applause today as MAVEN deployed its twin solar arrays. The gull-wing-shaped arrays are essential to generate electrical power for the spacecraft and recharge the spacecraft's batteries.
MAVEN is on its own now, headed for Mars! Applause roared up from the control rooms.The Centaur is far behind the scientific spacecraft and getting farther behind. The Centaur will be maneuvered so it doesn't interfere with MAVEN or Mars later. Next up for MAVEN is the unfurling of its gull wing solar arrays so …
The Centaur's small thrusters are positioning the stage and MAVEN into the proper attitude before releasing the 5,410-pound spacecraft to fly on its own.
The Centaur engine shut down as planned after putting MAVEN on a proper course for Mars orbit. MAVEN, with its solar arrays still folded, will spring free of the Centaur stage in about six minutes.
