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Lockheed Martin Lunar Lander

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serviced, and then kept docked to the orbiting Gateway until the next surface mission. Because the Moon lacks an atmosphere, the lander would not have to endure the heat and ablation during atmospheric re-entry, which expands its service time and reduces significantly the labor and costs of refurbishment. Many of its key systems, including the crew pressure vessel, avionics, life support, communications, controls, and navigation systems, were already developed for the new
271:, and the Mars Ascent/Descent Vehicle (MADV). Lockheed Martin hopes that the lunar activities will help develop precursor infrastructure and experience for a Mars expedition. The crewed lunar lander, if built, would be used to develop the Mars MADV lander. The lunar lander concept was presented in October 2018, and it envisions a single-stage, fully reusable lander system capable of taking off to return to the orbiting 278:
The initial concept would accommodate a crew of four and approximately 1,000 kg (2,200 lb) of cargo payload on the surface for up to two weeks before returning to the Gateway without refueling on the surface. After a surface mission, it would return to the Gateway, where it can be refueled,
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for funding and fabrication. NASA specified that it would wait until 2024 to decide the date and method for a crewed lunar lander, and have hinted at seeking a crewed lander no heavier than 6 t (13,000 lb). The reusable lander would enable sustainable lunar surface exploration. The second
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The Mars-Precursor Lunar Lander would be a single-stage reusable vehicle able to transport a crew of 4, up to one ton (1,000 kg or 2,200 lb) of usable cargo, and operate for up to 2 weeks on the lunar surface before returning to the lunar orbiting Gateway for refuelling and service. The
311:, and some of Orion's existing systems such as life support, controls, and some avionics, so Lockheed Martin officials think that construction time would be relatively short. Its proposed four engines are a variant of the 292:
lander would be able to land anywhere on the Moon, including the lunar poles as well as lower latitude sites on the lunar far side. The vehicle's operational lifetime would be between 4 and 10 flights.
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In 2016, Lockheed Martin announced their architecture concepts for a crewed Mars mission and related vehicles that include the
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used during the Apollo missions. It would have an elevator to get the crew down from the cabin to the surface.
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The Mars-Precursor Lunar Lander would be 14 m (46 ft) tall, making it twice as tall as the
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is a reusable crewed lunar lander first unveiled in October 2018, and it is being proposed to
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proposal, revealed on 10 April 2019, is a 2-stage lander proposed to meet Vice President
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Concept for a Crewed Lunar Lander Operating from the Lunar Orbiting Platform-Gateway
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component, but Lockheed Martin is providing the ascent portion of the
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Cichan, Timothy; Bailey, Stephen A.; et al. (1–5 October 2018).
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The lander concept envisions the use of the pressure vessel of the
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Missions are ordered by launch date. Crewed missions are in
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Defense Media Network. 6 October 2018 385: 561:"Lockheed Martin Reveals Crewed Lunar Lander Concept" 381: 379: 377: 375: 373: 371: 369: 367: 365: 363: 361: 359: 357: 631: 535:"Lunar Lander Proposal Unveiled by Lockheed Martin" 433: 431: 429: 427: 425: 423: 421: 419: 417: 470: 468: 466: 464: 462: 354: 2378: 414: 553: 529: 527: 525: 255:, which was selected as a second HLS provider. 459: 2341:Third-party evidence for Apollo Moon landings 617: 295: 2321:List of species that have landed on the Moon 522: 624: 610: 397:69th International Astronautical Congress 286: 247:NASA did not select this design for the 16:Concept lunar lander for Artemis program 2379: 2316:List of artificial objects on the Moon 437: 401:International Astronautical Federation 267:(a crewed orbiting Mars station), the 2412:Lockheed Martin satellites and probes 605: 502: 2017:International Lunar Research Station 342:List of crewed lunar lander designs 323:, generating an estimated impulse ( 13: 731:Japanese Lunar Exploration Program 327:) of 5 km/s (3.1 mi/s). 201:is a series of design concepts by 14: 2423: 579: 2336:Moon landing conspiracy theories 503:Smith, Heather (11 April 2019). 58:Proposed: Lockheed Martin / NASA 2053:Lunar Polar Exploration Mission 484:(Press release). 3 October 2018 438:Berger, Eric (3 October 2018). 496: 130:Height: 14 m (46 ft) 1: 347: 114:1,000 kg (2,200 lb) 2351:List of crewed lunar landers 2311:List of missions to the Moon 2134:Lockheed Martin Lunar Lander 2093:Lunar Crater Radio Telescope 1865:Firefly Aerospace Blue Ghost 1180:SELENE (Kaguya, Okina, Ouna) 836:Lunar Reconnaissance Orbiter 315:that uses the bi-propellant 228:Both proposals are based on 205:for a crewed lunar lander. 199:Lockheed Martin Lunar Lander 66:Reusable crewed lunar lander 7: 2193:International Lunar Network 598:homepage at Lockheed Martin 330: 258: 210:Mars-Precursor Lunar Lander 20:Mars-Precursor Lunar Lander 10: 2428: 296:Preliminary specifications 2359: 2288: 2154: 2111: 2045: 2036: 1961: 1936: 1887: 1855: 1779: 1770: 1601: 1519: 1439: 1353: 1241: 1188: 1008: 999:List of Apollo astronauts 948: 939: 919: 903: 877: 801: 792: 643: 253:Integrated Lander Vehicle 191: 180: 175: 171: 167: 159: 154: 150: 146: 142: 134: 126: 118: 110: 102: 94: 83: 78: 74: 70: 62: 54: 46: 38: 28: 24: 2296:Colonization of the Moon 2392:Exploration of the Moon 2346:Apollo 11 anniversaries 2183:European Lunar Explorer 1406:Pragyan (Chandrayaan-2) 1532:Emirates Lunar Mission 2402:Proposed space probes 2141:Lunar Orbital Station 1593:Peregrine Mission One 287:Concept of operations 2306:List of lunar probes 2301:Google Lunar X Prize 2250:Project Harvest Moon 1363:Lunar Roving Vehicle 843:(relay satellite at 591:Lander illustrations 249:Human Landing System 208:The first proposal, 2331:Apollo 17 Moon mice 2260:Resource Prospector 2188:First Lunar Outpost 2171:Baden-Württemberg 1 2127:Boeing Lunar Lander 1252:Apollo Lunar Module 1066:(propulsion module) 1031:Apollo Lunar Module 633:Spacecraft missions 509:SpaceFlight Insider 399:. 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Retrieved 388: 306: 299: 290: 277: 262: 246: 227: 209: 207: 198: 196: 138:≈ 10 flights 89:lunar lander 63:Applications 29:Manufacturer 2245:OrbitBeyond 2155:Cancelled / 2023:Argonaut M1 1981:Beresheet 2 1969:Hakuto-R M2 1837:Artemis VII 1805:Artemis III 1643:Longjiang-1 1537:Hakuto-R M1 1100:Longjiang-2 1075:Explorer 35 719:Chandrayaan 645:Exploration 135:Design life 95:Launch mass 2381:Categories 2255:Prospector 2230:Lunokhod 3 2103:Moon Diver 2098:McCandless 2011:MoonRanger 1829:Artemis VI 1813:Artemis IV 1790:Artemis II 1688:Mariner 10 1577:Surveyor 2 1572:OMOTENASHI 1391:Lunokhod 1 1309:Surveyor 1 1070:Clementine 348:References 219:Mike Pence 184:Proposed: 181:Flown with 155:Production 127:Dimensions 2270:Ukrselena 2120:DSE-Alpha 2078:Garatéa-L 2068:Blue Moon 2063:Artemis-7 1987:ispace M3 1952:Chang'e 8 1946:Chang'e 7 1889:Luna-Glob 1821:Artemis V 1703:Pioneer 4 1693:NEA Scout 1668:LunaH-Map 1617:Apollo 13 1527:Beresheet 1506:Chang'e 5 1450:Apollo 11 1369:Apollo 15 1259:Chang'e 5 1190:Impactors 1044:Chang'e 1 1039:Artemis I 957:Apollo 11 885:Chang'e 3 841:Queqiao 1 755:Luna-Glob 2265:SELENE-2 2240:MoonRise 2235:MoonLITE 2157:concepts 2083:ISOCHRON 2039:missions 2037:Proposed 1773:missions 1708:Ranger 5 1340:EagleCam 1213:Ranger 4 1017:Apollo 8 1009:Orbiters 942:missions 927:ArgoMoon 859:Tiandu-1 814:CAPSTONE 802:Orbiters 795:missions 777:Lunokhod 726:Japanese 695:Surveyor 655:American 648:programs 331:See also 259:Overview 163:Proposed 103:Dry mass 55:Operator 39:Designer 2365:italics 2289:Related 2210:Lunar-A 2088:LunaNet 2046:Robotic 2013:(2020s) 2007:(2020s) 2001:(2020s) 1975:DESTINY 1929:(2030s) 1927:Luna 31 1923:(2030s) 1921:Luna 30 1917:(2030s) 1915:Luna 29 1909:Luna 28 1903:Luna 27 1897:Luna 26 1873:(2025) 1781:Artemis 1771:Planned 1633:Galileo 1628:Geotail 1491:Luna 16 1431:Jinchan 1243:Landers 1175:SMART-1 1105:Luna 10 878:Landers 869:ICUBE-Q 821:Orbiter 809:ARTEMIS 750:Russian 707:Chang'e 702:Chinese 685:Pioneer 665:Artemis 635:to the 325:delta-v 87:Crewed 2165:Altair 2112:Crewed 2025:(2031) 1995:(2026) 1989:(2026) 1983:(2025) 1977:(2025) 1971:(2024) 1962:Others 1954:(2028) 1948:(2026) 1911:(2030) 1905:(2028) 1899:(2027) 1867:(2024) 1848:(2033) 1840:(2032) 1832:(2031) 1824:(2030) 1816:(2028) 1808:(2026) 1793:(2025) 1758:PAS-22 1733:Zond 3 1713:STEREO 1698:Nozomi 1648:Luna 1 1603:Flybys 1587:Vikram 1542:Luna 5 1425:Sora-Q 1355:Rovers 1334:Vikram 1269:Luna 9 1203:Luna 2 1198:LCROSS 920:Flybys 911:Yutu-2 904:Rovers 831:Danuri 793:Active 767:Crewed 762:Soviet 743:Danuri 714:Indian 690:Ranger 660:Apollo 567:31 May 545:31 May 514:31 May 488:31 May 451:31 May 406:31 May 160:Status 2280:VIPER 2073:BOLAS 2058:ALINA 1683:LunIR 1421:LEV-2 1416:LEV-1 1170:PFS-2 1165:PFS-1 1095:LADEE 1090:Hiten 1085:GRAIL 393:(PDF) 2275:XL-1 2005:CU-E 1938:CLEP 1871:IM-2 1857:CLPS 1728:Wind 1723:WMAP 1718:TESS 1401:Yutu 1345:IM-1 940:Past 895:SLIM 782:Zond 772:Luna 670:CLPS 637:Moon 569:2019 547:2019 516:2019 490:2019 453:2019 408:2019 313:RL10 242:Mars 238:Moon 214:NASA 197:The 2198:LEO 1638:ICE 2383:: 2204:LK 1611:4M 1567:25 1562:18 1557:15 1501:24 1496:20 1485:17 1478:16 1471:15 1464:14 1457:12 1383:17 1376:16 1304:24 1299:23 1294:21 1289:20 1284:17 1279:16 1274:13 1255:×6 1130:22 1125:19 1120:14 1115:12 1110:11 1080:49 1024:10 992:17 985:16 978:15 971:14 964:12 537:. 524:^ 507:. 478:. 461:^ 442:. 416:^ 395:. 356:^ 319:/ 283:. 275:. 244:. 225:. 2367:. 1753:8 1748:7 1743:6 1738:5 1663:6 1658:4 1653:3 1582:4 1552:8 1547:7 1511:6 1427:) 1423:( 1396:2 1329:7 1324:6 1319:5 1314:3 1264:6 1233:9 1228:8 1223:7 1218:6 1155:5 1150:4 1145:3 1140:2 1054:5 1049:2 1001:) 997:( 890:4 864:2 854:2 850:) 847:2 845:L 625:e 618:t 611:v 571:. 549:. 518:. 492:. 455:. 410:. 122:4

Index

Lockheed Martin
lunar lander
Lunar Gateway
Lockheed Martin
NASA
Mike Pence
Artemis Program
Orion spacecraft
Lunar Gateway
Moon
Mars
Human Landing System
Integrated Lander Vehicle
Mars Base Camp
Orion spacecraft
Lunar Gateway
Orion spacecraft
Apollo Lunar Module
Orion spacecraft
RL10
liquid oxygen
liquid hydrogen
delta-v
Boeing Lunar Lander
List of crewed lunar lander designs




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