And while NASA can’t exactly get to Europa without taking the rover into space, the latest news says that the Mars rover is also testing new technologies.
MARS RISES WITH MOMENTS OF GLOW… As part of the mission to Mars we will be able to see light for the first time on our Red Planet, and we will do this just because… We don’t want to take any chances, so we are taking it very seriously by preparing our ground for this special moment. Mars is a dusty, dark, violent, and inhospitable place. We need to change that. We need to get rid of all the dust, we need to protect our rover from the solar wind, we need to make sure the instrumentation and sensors it needs for its scientific missions is protected from the rough radiation environment. We need to make sure that it won’t get damaged and is repaired in time for its mission. This is the first time, since the mission began, the scientific instruments on the Mars rover have been turned on. They were already on board the Pathfinder mission, and now they are getting some testing. The instrumentation looks great. It is like the other Mars rovers, but it will have more instruments, as well as new techniques and techniques are being developed on this planet. The instrumentation that was being tested in Earth orbit has now entered Mars orbit. We are watching everything with a telescope in our telemetry. We can see it very clearly. While the experiment takes place that we really want to complete in this mission here at the Jet Propulsion Laboratory on the Red Planet, the real mission needs more time. We need to do more experiments, we need more time for preparation. We are working and we’re in the process now of getting ready… to leave this planet. The good news is that the instruments are almost complete, with only a few tiny modifications needed to make the system work and see what things look. The camera is working, as are the telemetry instruments. The telemetry system and telecommunication are also working, though we need to get the control tower from NASA back up and running on Mars. We also are looking ahead to do the final check before we are sent to another planet. We are testing the telemetry from Curiosity, which is in a crater, but it will be interesting to see what it looks like in the Martian environment. The other instrumentation is well tested, and you wouldn’t know that if it wasn’t for the fact that in Earth orbit it is protected inside a container. The telemetry is very precise and it will do all of the things that its predecessors were able to do, but it is protected by the protective glass on the container. The rover is being tested with the rover heat shield. It is pretty good, though it doesn’t quite match the protective glass in the Martian environment. You could still get radiation exposure with this thing running on Mars. The telemetry can be received with a computer called the Lander Operations Control Station (LOCS) from one of the spacecraft on the surface of Mars. This is installed inside a metal box, and it is located next to the rover. If the robot is to be sent into another planet, it needs to have a different interface that was not on Earth which was installed by the LARS mission. This is happening now, as we have just been notified about it. The LARS mission has always been dedicated to Mars and this latest change is to be integrated in the next generation of spacecraft, that is, Mars Science Laboratory (MSL)/Curiosity. This system will integrate some of the instruments on the LARS rover into the rover itself, and also will allow for the LARS mission to continue the search for water and life beyond Mars. So we don’t know for sure just when the rover will be sent to a distant planet, so there is the possibility of sending it into another planet, with a different interface. So we are developing and testing all these hardware systems today, and we will test them and make sure that we have everything for the rover when we go to another planetary system.
This is a real-time video of the MAVEN satellite. The MAVEN satellite was launched in 2011. It is named after the first European probe to orbit the Earth in 1976, which found evidence of water on the surface of the Earth. The satellite was designed to study the distribution of water on the surface of Mars. It is also designed to be a platform for future studies of the Red Planet. The MAVEN mission has several important scientific goals, including the goal of finding evidence of life on Mars and in the past of water and life on Mars. The orbital characteristics of the mission allow it to go beyond the boundaries of its own region and study a much larger area (a region in which MAVEN is currently located) in total. In 2012 we were also able to make the first images of Mars.
To view a larger image, click here
NASA and the European Space Agency released this beautiful series of illustrations showing Saturn’s rings. The