1 00:00:00,000 --> 00:00:07,010 MUSIC 2 00:00:07,010 --> 00:00:07,047 NARRATOR: The 3 00:00:07,047 --> 00:00:09,000 Constellation launch 4 00:00:09,000 --> 00:00:09,063 vehicle that will carry 5 00:00:09,063 --> 00:00:10,097 the crew into space is 6 00:00:10,097 --> 00:00:12,057 called Ares I. 7 00:00:12,057 --> 00:00:14,043 Ares I consists of a 8 00:00:14,043 --> 00:00:15,043 Shuttle-derived solid 9 00:00:15,043 --> 00:00:16,083 rocket booster for a lower 10 00:00:16,083 --> 00:00:18,053 stage and a liquid fuel 11 00:00:18,053 --> 00:00:22,080 rocket for an upper stage. 12 00:00:22,080 --> 00:00:24,013 Sitting on top of Ares I 13 00:00:24,013 --> 00:00:25,057 is the Orion Crew 14 00:00:25,057 --> 00:00:26,093 Exploration Vehicle. 15 00:00:26,093 --> 00:00:28,067 Orion is similar in shape 16 00:00:28,067 --> 00:00:30,013 to the Apollo spacecraft 17 00:00:30,013 --> 00:00:32,017 but is larger and features 18 00:00:32,017 --> 00:00:33,027 state of the art 19 00:00:33,027 --> 00:00:34,020 equipment. 20 00:00:34,020 --> 00:00:35,040 Orion can dock with the 21 00:00:35,040 --> 00:00:37,020 space station...rendezvous 22 00:00:37,020 --> 00:00:38,020 with other components for 23 00:00:38,020 --> 00:00:39,050 a lunar mission...and even 24 00:00:39,050 --> 00:00:41,007 be modified to play a part 25 00:00:41,007 --> 00:00:42,093 in a mission to Mars 26 00:00:43,097 --> 00:00:44,087 All of these potential 27 00:00:44,087 --> 00:00:46,003 journeys depend upon the 28 00:00:46,003 --> 00:00:47,077 Ares I launch vehicle 29 00:00:47,077 --> 00:00:51,033 getting Orion into orbit. 30 00:00:51,033 --> 00:00:52,070 Like past NASA spacecraft, 31 00:00:52,070 --> 00:00:54,047 engineers are applying the 32 00:00:54,047 --> 00:00:56,003 "test as you go" method to 33 00:00:56,003 --> 00:00:57,053 Ares I. 34 00:00:57,053 --> 00:00:58,047 Computer analysis and 35 00:00:58,047 --> 00:01:00,010 early development tests 36 00:01:00,010 --> 00:01:03,000 begin the process. 37 00:01:03,000 --> 00:01:04,010 On the hardware side, 38 00:01:04,010 --> 00:01:05,037 parts of the rocket have 39 00:01:05,037 --> 00:01:06,023 been tried out 40 00:01:06,023 --> 00:01:07,017 individually. 41 00:01:07,067 --> 00:01:08,053 In the test as you go 42 00:01:08,053 --> 00:01:10,033 world, it is time to fly, 43 00:01:10,033 --> 00:01:12,023 and the first flight test 44 00:01:12,023 --> 00:01:14,010 for Ares I is a vehicle 45 00:01:14,010 --> 00:01:16,037 called Ares 1-X. 46 00:01:16,037 --> 00:01:17,097 It is an unmanned test and 47 00:01:17,097 --> 00:01:19,023 will focus on the first 48 00:01:19,023 --> 00:01:20,033 stage of flight. 49 00:01:21,030 --> 00:01:22,010 Bob Ess-: "Ares I-X is the 50 00:01:22,010 --> 00:01:24,040 same length as Ares I, the 51 00:01:24,040 --> 00:01:25,077 same diameter, it has a 52 00:01:25,077 --> 00:01:26,083 similar rocket on the 53 00:01:26,083 --> 00:01:28,060 bottom end, and its goal 54 00:01:28,060 --> 00:01:29,080 is to simulate the flight 55 00:01:29,080 --> 00:01:31,013 and test out the flight 56 00:01:31,013 --> 00:01:32,030 control to make sure the 57 00:01:32,030 --> 00:01:33,083 engineers have enough data 58 00:01:33,083 --> 00:01:35,007 in order to finish 59 00:01:35,007 --> 00:01:36,040 designing and building the 60 00:01:36,040 --> 00:01:37,023 Ares I ." 61 00:01:38,060 --> 00:01:39,053 Components for the Ares 62 00:01:39,053 --> 00:01:41,013 1-X have come from around 63 00:01:41,013 --> 00:01:45,000 the country. 64 00:01:45,000 --> 00:01:45,077 The rocket is being 65 00:01:45,077 --> 00:01:46,053 assembled at the Kennedy 66 00:01:46,053 --> 00:01:47,057 Space Center in 67 00:01:47,057 --> 00:01:49,000 Florida...the first new 68 00:01:49,000 --> 00:01:50,027 space vehicle in almost 69 00:01:50,027 --> 00:01:52,093 three decades. 70 00:01:52,093 --> 00:01:54,007 Ares 1-X features a four 71 00:01:54,007 --> 00:01:55,053 segment solid rocket 72 00:01:55,053 --> 00:01:56,080 booster which will lift 73 00:01:56,080 --> 00:01:57,093 the vehicle during its two 74 00:01:57,093 --> 00:02:00,030 minutes of powered flight. 75 00:02:00,030 --> 00:02:01,037 The real Ares I rocket 76 00:02:01,037 --> 00:02:02,060 will actually have a fifth 77 00:02:02,060 --> 00:02:03,083 segment to help push it 78 00:02:03,083 --> 00:02:05,000 into space. 79 00:02:05,000 --> 00:02:06,030 For this early test 80 00:02:06,030 --> 00:02:07,030 however, the fifth segment 81 00:02:07,030 --> 00:02:09,027 is an inactive mockup, as 82 00:02:09,027 --> 00:02:11,007 is the rest of the upper 83 00:02:11,007 --> 00:02:12,057 stage, crew module and 84 00:02:12,057 --> 00:02:15,053 launch abort system. 85 00:02:15,053 --> 00:02:16,083 The Ares 1-X test will 86 00:02:16,083 --> 00:02:18,020 climb 25 miles in 87 00:02:18,020 --> 00:02:20,093 altitude. 88 00:02:20,093 --> 00:02:21,070 The first and second stage 89 00:02:21,070 --> 00:02:23,040 will separate. 90 00:02:23,040 --> 00:02:25,023 The test continues as the 91 00:02:25,023 --> 00:02:26,030 parachute system is 92 00:02:26,030 --> 00:02:27,027 deployed for the solid 93 00:02:27,027 --> 00:02:28,070 rocket booster, which will 94 00:02:28,070 --> 00:02:30,057 gently descend to the sea. 95 00:02:30,057 --> 00:02:31,097 From flight dynamics, to 96 00:02:31,097 --> 00:02:33,063 control, to stage 97 00:02:33,063 --> 00:02:34,097 recovery, the data 98 00:02:34,097 --> 00:02:36,013 gathered as a result of 99 00:02:36,013 --> 00:02:37,033 this flight will give 100 00:02:37,033 --> 00:02:38,053 engineers the early look 101 00:02:38,053 --> 00:02:40,003 they need to see how the 102 00:02:40,003 --> 00:02:41,097 design is progressing... 103 00:02:41,097 --> 00:02:42,067 Jon Cowart: "We have 104 00:02:42,067 --> 00:02:43,053 somewhere in the 105 00:02:43,053 --> 00:02:44,060 neighborhood of 700 106 00:02:44,060 --> 00:02:46,027 special sensors on this 107 00:02:46,027 --> 00:02:47,033 rocket that we'll use to 108 00:02:47,033 --> 00:02:48,067 collect data on the rocket 109 00:02:48,067 --> 00:02:49,073 as it launches, and 110 00:02:49,073 --> 00:02:51,007 ascends, and separates and 111 00:02:51,007 --> 00:02:52,060 comes back down. The 112 00:02:52,060 --> 00:02:54,013 sensors are looking at 113 00:02:54,013 --> 00:02:54,023 pressures and 114 00:02:54,023 --> 00:02:55,047 temperatures, stresses and 115 00:02:55,047 --> 00:02:56,027 strains and 116 00:02:56,027 --> 00:02:57,027 vibrations...and all kinds 117 00:02:57,027 --> 00:02:58,060 of things. 118 00:02:58,060 --> 00:03:00,023 These are the clues that 119 00:03:00,023 --> 00:03:01,003 we have to what's 120 00:03:01,003 --> 00:03:02,027 happening at various 121 00:03:02,027 --> 00:03:03,027 locations along the 122 00:03:03,027 --> 00:03:04,030 rocket. 123 00:03:04,030 --> 00:03:05,027 This mission is all about, 124 00:03:05,027 --> 00:03:06,047 besides being cheap and 125 00:03:06,047 --> 00:03:07,067 quick, we're all about 126 00:03:07,067 --> 00:03:08,040 gathering data for the 127 00:03:08,040 --> 00:03:09,050 Ares 1 folks for their 128 00:03:09,050 --> 00:03:10,050 critical design review so 129 00:03:10,050 --> 00:03:11,060 they can use it. 130 00:03:11,060 --> 00:03:12,087 Once we have that data, 131 00:03:12,087 --> 00:03:14,040 the Ares folks have other 132 00:03:14,040 --> 00:03:15,033 tests that they plan to 133 00:03:15,033 --> 00:03:16,053 take them higher into the 134 00:03:16,053 --> 00:03:17,050 atmosphere and collect 135 00:03:17,050 --> 00:03:18,090 more data down that way." 136 00:03:18,090 --> 00:03:19,040 Bob Ess- "When we actually 137 00:03:19,040 --> 00:03:20,080 fly, we expect to have 138 00:03:20,080 --> 00:03:21,063 things that don't go 139 00:03:21,063 --> 00:03:22,037 perfectly...in fact we 140 00:03:22,037 --> 00:03:23,023 hope they do. 141 00:03:23,023 --> 00:03:23,087 You learn a lot when 142 00:03:23,087 --> 00:03:25,080 everything goes right; you 143 00:03:25,080 --> 00:03:27,000 learn a tremendous amount 144 00:03:27,000 --> 00:03:27,057 when something doesn't go 145 00:03:27,057 --> 00:03:28,047 quite as right, because 146 00:03:28,047 --> 00:03:29,013 then you have something to 147 00:03:29,013 --> 00:03:29,090 go fix, to go look at, go