Posters in the size-sized bird left behind the data explained in Mars's touch attempt
Avg The launch of Mars's spacecraft is a nerve rack and has a tendency to fail, as you can imagine pretty well. But for fear, NASA was able to monitor the entire InSight spacecraft thanks to two portfolio sizes CubeSats.
After this popular Pixar movie was the name of two main characters, WALL-E and EVE were named small satellites in May 2018 with the same rocket that contained the main Mars probe and they were divided before the arrival of the earth on the Red Planet the surface. The mission of CubeSat, which was called Marco, was to determine if small birds could survive a dangerous journey with many millions of miles and are useful for transmitting data and images from the landing site. See the project overview below:
The rectangular CubeSat, which weighs around 3.6 kilograms, is the first of its kind to explore a planet other than Earth. After separating from launch rockets, they began a different trajectory on the Red Planet than Insight, and placed radio antennas and solar panels to get started.
NASA's Mars probe InSight is really visible in Mars: the first image starts with the first touch
Their goal was to send back to basic information about the status of InSight lander as it attempted to get to the surface of Mars. At the landing stage, InSight transmitted its updates using ultra high-frequency (UHF) radio waves. The NASA Mars exploration orbits (MROs), which cover a world of distant insensitive dust, can pick these signals up, but may not always begin to repeat it back to Earth, right after its location around the planet. An alien body could be on the road, or the Earth might not be the ideal place.
Even when the orbital has a clear look on Earth, the MRO can not simultaneously receive data from Insight on the surface and send it to our home world. Overall, NASA's surface management should sit more than an hour after the MRO received data to see if InSight really came.
WALL-E and EVE, however, reduced this time to eight minutes while acting as simultaneous relays: detecting telemetry on UHF and leaving it back to Earth's X band radio. They were also placed just right to get a clear line on Earth. Their football-style X band radio can surprise a whopping 8 kilobits per second.
"Wall-E and EVE were made just as we expected it," said Andija Kleshs, chief engineer for Marco's mission. "They were an excellent test of how CubeSats can serve as" tag-alongs "for future missions, giving engineers a topical feedback while landing."
This week, when NASA InSight entered the Red Planet, during the first week EVE took away the photo of this cliff globe from 4700 miles (7,600 kilometers).
NASA believes that the real time and success of Marco's development paves the way for CubeSats to act as secondary tools for tracking the spacecraft and exploring the solar system. ®