1 00:00:01,167 --> 00:00:03,469 Mars in a Minute 2 00:00:03,502 --> 00:00:05,471 How Do You Choose a Landing Site? 3 00:00:05,504 --> 00:00:07,974 So, you want to study Mars with a lander or rover 4 00:00:08,007 --> 00:00:10,109 - but where exactly do you send it? 5 00:00:10,142 --> 00:00:12,779 It's a tricky question, for engineers and scientists. 6 00:00:12,812 --> 00:00:15,948 You want it all: to land, work and discover. 7 00:00:16,982 --> 00:00:19,352 To land safely means no high-elevation sites, 8 00:00:19,385 --> 00:00:20,553 where there isn't enough atmosphere 9 00:00:20,586 --> 00:00:22,321 to slow you down in time. 10 00:00:22,354 --> 00:00:24,323 And, try to avoid places with steep slopes 11 00:00:24,356 --> 00:00:26,726 or big rocks that could damage something. 12 00:00:26,759 --> 00:00:29,462 You also don't want to sink into a thick layer of dust! 13 00:00:30,429 --> 00:00:32,265 Working is easier near the equator, 14 00:00:32,298 --> 00:00:33,800 where seasons aren't so extreme, 15 00:00:33,833 --> 00:00:36,602 and where solar panels can get lots of sun. 16 00:00:36,635 --> 00:00:39,539 And, of course, don't send a rover somewhere it can't drive! 17 00:00:40,573 --> 00:00:42,642 Most important is what you want to discover. 18 00:00:42,675 --> 00:00:44,944 Some sites are great for studying rock layers; 19 00:00:44,977 --> 00:00:47,280 others might be perfect to listen for quakes. 20 00:00:47,847 --> 00:00:48,981 Using Mars orbiters, 21 00:00:49,014 --> 00:00:51,684 you can collect lots of data on potential sites. 22 00:00:51,717 --> 00:00:54,687 When you find the best spot to land, work and discover, 23 00:00:54,720 --> 00:00:57,023 you've found your new home on Mars! 24 00:00:57,056 --> 00:00:58,524 NASA Jet Propulsion Laboratory