Despite all the hysteria around the Internet concerning NASA’s recent mission to bomb the Moon, the “bomb” turned out to be a dud. There was no collosal explosion that some feared would crack the Moon in half. No sign was taken by cultures that revere the Moon that the end of the world and the universe was nigh. All the concern and worry was for naught as the mighty Moon siimply shrugged off the impact of the LCROSS lunar impactor as it has so many high-energy impacts in its 4 billion year history. The even did, however, provide a rare contemporary close-up look at the lunar surface as the craft approached, having split in two for the occasion with the leading half impacting first and the trailing half taking crucial scientific readings its last seconds of flight.

Data from the mission is forthcoming.

The first view of the Martian landscape in the area around the lander. The region of Mars chosen for the lander’s mission is above Mars’ arctic circle and there is believed to be water under Phoenix’s foot pad. A shovel on the lander will reach out and scoop up some of the soil of the Martian tundra and analyze it, looking for signs of life and to measure it’s composition.

We will feature additional images from Mars as they become available from JPL/NASA.

And with those words, NASA’s Mars Phoenix Lander became the first soft touchdown on legs of a space craft on another planet in more than 30 years.  Phoenix landed flawlessly in the northern polar region of Mars at 6:53 PM U.S. Central Time. Congratulations to the men and women of JPL, NASA, and the University of Arizona! Once Phoenix has unfurled it’s solar panel array and powers up it’s onboard cameras and telemetry systems, it will begin three months of examining a site chosen for its likelihood of having frozen water within reach of the lander’s robotic arm.

At 6:53:44 p.m. Central Time radio signals were detected by three orbiters and by the Deep Space Network confirmed the Phoenix Mars Lander had survived its difficult final descent and touchdown 15 minutes earlier. The signals took that long to travel from Mars to Earth at the speed of light.

From NASA.gov:  

Mission team members at NASA’s Jet Propulsion Laboratory, Pasadena, Calif.; Lockheed Martin Space Systems, Denver; and the University of Arizona, Tucson, cheered confirmation of the landing and eagerly awaited further information from Phoenix later tonight.

Among those in the JPL control room was NASA Administrator Michael Griffin, who noted this was the first successful Mars landing without airbags since Viking 2 in 1976.

“For the first time in 32 years, and only the third time in history, a JPL team has carried out a soft landing on Mars,” Griffin said. “I couldn’t be happier to be here to witness this incredible achievement.”

During its 422-million-mile flight from Earth to Mars after launching on Aug. 4, 2007, Phoenix relied on electricity from solar panels during the spacecraft’s cruise stage. The cruise stage was jettisoned seven minutes before the lander, encased in a protective shell, entered the Martian atmosphere. Batteries provide electricity until the lander’s own pair of solar arrays spread open.

“We’ve passed the hardest part and we’re breathing again, but we still need to see that Phoenix has opened its solar arrays and begun generating power,” said JPL’s Barry Goldstein, the Phoenix project manager. If all goes well, engineers will learn the status of the solar arrays between 7 and 7:30 p.m. Pacific Time (10 and 10:30 p.m. Eastern Time) from a Phoenix transmission relayed via NASA’s Mars Odyssey orbiter.

The team will also be watching for the Sunday night transmission to confirm that masts for the stereo camera and the weather station have swung to their vertical positions.

“What a thrilling landing! But the team is waiting impatiently for the next set of signals that will verify a healthy spacecraft,” said Peter Smith of the University of Arizona, principal investigator for the Phoenix mission. “I can hardly contain my enthusiasm. The first landed images of the Martian polar terrain will set the stage for our mission.”

Another critical deployment will be the first use of the 7.7-foot-long robotic arm on Phoenix, which will not be attempted for at least two days. Researchers will use the arm during future weeks to get samples of soil and ice into laboratory instruments on the lander deck.

The signal confirming that Phoenix had survived touchdown was relayed via Mars Odyssey and received on Earth at the Goldstone, Calif., antenna station of NASA’s Deep Space Network.

Phoenix uses hardware from a spacecraft built for a 2001 launch that was canceled in response to the loss of a similar Mars spacecraft during a 1999 landing attempt. Researchers who proposed the Phoenix mission in 2002 saw the unused spacecraft as a resource for pursuing a new science opportunity. Earlier in 2002, Mars Odyssey discovered that plentiful water ice lies just beneath the surface throughout much of high-latitude Mars. NASA chose the Phoenix proposal over 24 other proposals to become the first endeavor in the Mars Scout program of competitively selected missions.

The Phoenix mission is led by Smith at the University of Arizona with project management at JPL and development partnership at Lockheed Martin, Denver. International contributions come from the Canadian Space Agency; the University of Neuchatel, Switzerland; the universities of Copenhagen and Aarhus, Denmark; Max Planck Institute, Germany; and the Finnish Meteorological Institute. For more about Phoenix, visit http://www.nasa.gov/phoenix .

With that, onward.