1 00:00:00,633 --> 00:00:02,736 NASA is working with an American startup 2 00:00:02,736 --> 00:00:03,837 to attempt something 3 00:00:03,837 --> 00:00:05,905 no one has ever achieved — 4 00:00:06,506 --> 00:00:09,976 boost a spacecraft before it reenters the atmosphere. 5 00:00:10,176 --> 00:00:12,312 This is just a really different kind of mission. 6 00:00:12,312 --> 00:00:14,014 We can't wait long. 7 00:00:14,781 --> 00:00:16,349 Its orbit has been lowering. 8 00:00:17,083 --> 00:00:18,585 If we do nothing, 9 00:00:18,685 --> 00:00:21,021 Swift will reenter the atmosphere, 10 00:00:21,021 --> 00:00:23,289 and so there's nothing to lose. 11 00:00:24,524 --> 00:00:25,792 Just a few months ago, 12 00:00:25,792 --> 00:00:28,294 this spacecraft was a conceptual drawing. 13 00:00:33,500 --> 00:00:35,702 Katalyst’s robotic spacecraft 14 00:00:35,702 --> 00:00:37,370 will approach the observatory, 15 00:00:37,370 --> 00:00:39,105 carefully capture it, 16 00:00:39,172 --> 00:00:42,242 and propel it to nearly its original orbit. 17 00:00:43,376 --> 00:00:45,578 Six months ago, this was a PowerPoint, 18 00:00:45,578 --> 00:00:47,380 and it looked nothing like this. 19 00:00:47,480 --> 00:00:49,716 In under a year, we’re going from 20 00:00:49,716 --> 00:00:52,585 identification of a problem, proposal, 21 00:00:52,786 --> 00:00:54,587 contract award, to launch. 22 00:00:58,191 --> 00:01:01,361 Saving Swift isn't about just preserving one mission. 23 00:01:01,361 --> 00:01:03,596 It's about moving forward in a future 24 00:01:03,596 --> 00:01:06,433 where we can give spacecraft a second life.