The Kepler science team has decided that further refinement of the telescope's focus would significantly improve the mission's science return.
Kepler's "first light" image taken the day after cover release is now available to the public.
NASA's Kepler mission has taken its first images of the star-rich sky where it will soon begin hunting for planets like Earth.
Up until a few days ago, NASA's Deep Space Network stations have had their Ka-band radio receivers cross polarized to the spacecraft radio transmitter.
The dust cover was successfully jettisoned from the front of the telescope last evening at about 7:18 p.m. PDT.
Engineers have successfully ejected the dust cover from NASA's Kepler telescope, a spaceborne mission soon to begin searching for worlds like Earth.
All of the technical and programmatic reviews leading to the release of the dust cover from Kepler are now successfully completed.
The dust cover on NASA's Kepler spacecraft is scheduled to be ejected tonight, no earlier than 6:30 p.m. Pacific Time, with a backup opportunity tomorrow evening.
Flight controllers have transitioned Kepler out of its low-activity safe mode and have powered on its main instrument, the photometer.
A collection of NASA missions will be involved in a live event Friday, April 3, that will allow the public to get an inside look at how these missions are run.
Flight controllers have transitioned Kepler out of its low-activity safe mode and have powered on its main instrument, the photometer.
Engineers have determined the cause of Kepler's entry into limited safe mode last week, and are preparing to return the spacecraft to normal operations.
Scientists have analyzed "dark" calibration data taken by Kepler with its dust cover on, and have concluded that the telescope's focal-plane array, the area where light is focused, is behaving as expected.
Kepler is now 1.5 million kilometers (930,000 miles) from Earth.
Engineers are continuing the process of calibrating Kepler's photometer in the dark, with its dust cover on.
Kepler is now more than 1 million kilometers (620,000 miles) from Earth, drifting away at the rate of about 1 kilometer per second.
Kepler's science instrument, called a photometer, was powered on by flight controllers and will be calibrated over the next several weeks.
After Kepler vaulted into the heavens on a column of thunder Friday March 6, it quickly sent its first communications to Earth via NASA's Deep Space Network.
NASA's Kepler mission successfully launched into space from Cape Canaveral Air Force Station, Fla., aboard a United Launch Alliance Delta II at 10:49 p.m. EST, Friday.
Here are some quick facts about the Kepler mission, scheduled to launch March 6, 2009.