428:
29:
2568:
439:. However, many of these technologies will be refined substantially to incorporate lessons learnt with the earlier rocket. New design elements include the propellant tanks and engine; it remains a liquid fuel rocket. Many elements of the Miura 5, including the propulsion system, structures, and avionics development, will be designed and produced in-house.
479:(LEO). However, mid-way through the design process, the Miura 5's lift capacity was doubled in response to formal recommendations produced by the ESA in 2018. It will be typically operated as a two stage launcher, although provisions will be made for individual rockets to be expandable to three stages when a greater lift capacity or altitude is required.
419:, the present name was adopted following a redesign that doubled the lift capacity of the launcher during 2018. On 11 April 2019, PLD Space carried out a successful drop and recovery test of the first stage of a Miura 5 demonstrator. As of December 2023, the first test flight of Miura 5 is expected to take place sometime in early 2026.
504:(FLPP). The company was allocated an initial contribution of €750,000 towards the early development of a reusable first stage of a future space launch system; the long-term objective is to provide the reusable first stage for what later became the Miura 5. Various options for recovery were examined, primarily involving the use of
460:. While furnished with a larger parachute arrangement to account for the larger scale of the Miura 5, the various subsystems controlling the recovery are identical those used on the Miura 1. The launcher's reuse capabilities have reportedly been scaled as to permit each rocket to be launched a maximum of three times.
603:
As of
December 2023, the first test flight of Miura 5 is expected to take place sometime in early 2026. The initial model, which is planned to be used for the first two flights, will be entirely expendable. It will be superseded by an improved model of the Miura 5 that uses the recoverable first
594:
During 2021, in light of the successful drop testing of the first stage, the ESA awarded a new contract to PD Space to continue with development of the Miura 5. During mid 2023, an agreement was signed with CNES for the future maiden launch of the Miura 5 to be conducted at Guiana.
551:
helicopter from a height of 5 km. It slowed its rate of descent using a total of three parachutes before performing a water landing, at which point it had been descending at a rate of roughly ten meters per second. The demonstrator was recovered by divers and brought back to
818:"Comenzaremos la fabricación del primer MIURA5 pero por supuesto necesitamos que vuele MIURA1 para validar y transferir muchas tecnologías. Otras, como los motores TEPREL-C o los tanques de propelente son nuevas. Esperamos tener a principios del próximo año hardware de ensayo"
527:; however, following the completion of a ten-month review conducted by the ESA and the decision to redesign the launcher to facilitate launches up to 300 kilograms to a 500-kilometer orbit, it was decided to adopt the name
676:"Thread 👉 Happy to give you accurate #MIURA5 figures: maximum payload mass to reference mission (500km SSO): 450kg . Maximum payload to orbit : 900kg (equatorial launch). Launch site is CSG in French Guiana"
779:
583:, which has been claimed by the company to be the optimal choice from a technical perspective. PLD Space has also publicly commented on the possibility of conducting launches from the planned
591:, but the status of this proposal is presently uncertain. Company officials have estimated that the construction of a suitable ground facilities for launching will cost roughly €15 million.
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1133:"As Spain enters the space race, this is the successor to the Miura-1 rocket that will be three times taller and thirty times more powerful"
2092:
471:’s smallest launcher, it was to be capable of carrying roughly one-tenth of the payload. It is specifically intended for the launching of
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965:
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456:
A key feature of the Miura 5 is its reusable first stage. The recovery process shall employ a combination of engine thrust and
392:. In a standard two-stage configuration, it will have a length of 34 m, be capable of inserting 1000 kg of payload into a
757:
625:
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1089:"Today @PLD_Space and @CNES , and with the support of @CDTIoficial signed at #EUCASS2019 a preliminary Agreement to…"
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543:, PLD Space performed a successful drop and recovery test of the first stage of a Miura 5 demonstrator at
500:
as the main contractor of the LPSR ("Liquid
Propulsion Stage Recovery") program, one part of the agency's
385:
46:
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During July 2019, it was announced that PLD Space had reached an agreement with the French space agency
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516:, were also explored at this stage. Some early testing of the system was performed using the smaller
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547:. This demonstration stage, which had a reduced 1.5 m diameter instead of 1.8 m, was dropped by a
435:
The Miura 5 has been designed to reuse the majority of the technology developed for the preceding
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2436:
2008:
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463:
The Miura 5 was originally envisioned to have a lift capacity of 150 kilograms; in comparison to
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1772:
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179:
2441:
2046:
1987:
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1458:
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1111:"Teniente general José María Salom, director general del INTA – Noticias Defensa En abierto"
1030:"PLD Space and the Spanish Army pass the first drop test of Miura 5 – Info-Space News Spain"
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1992:
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645: – European Space Agency programme to develop a prototype reusable rocket first stage
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871:"SpaceX competitor? A Spanish start-up is ready to launch Europe's first reusable rocket"
817:
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396:(LEO), featuring an optional kick stage that can circularize the orbits of satellites.
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735:"MIURA 5: The European and Reusable Microlauncher for CubeSats and Small Satellites"
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704:"Spain's PLD Space expects first orbital launch in Q1 2026 from French Guiana"
616: – Suborbital recoverable launch vehicle of the Spanish company PLD Space
553:
509:
1056:"Spain's PLD Space Successfully Completes Miura-5 Reusable Booster Drop Test"
2504:
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63:
780:"PLD wants its Miura 5 rocket to take off from French Guiana in early 2026"
923:"PLD Space raises additional $ 10 million for reusable smallsat launchers"
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758:"PLD Space, after ESA input, doubles lift capacity of smallsat launcher"
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579:(INTA) has also worked with PLD Space in securing a launch site at the
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1074:"Reusability: Drop test of microlauncher's demonstration first stage"
799:"Spain rocket launch could be turning point for European spaceflight"
604:
stage, which is intended to perform the planned commercial launches.
588:
443:
318:
259:
214:
1003:"Since today, MIURA is the new PLD Space rocket's commercial brand"
523:
Early on in its development, the launch vehicle was referred to as
2312:
2036:
1856:
1338:
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426:
175:
633: – Private Spanish company developing high-altitude balloons
407:(FLPP); additional support has come from the French space agency
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496:(ESA) announced the selection of the Spanish aerospace start-up
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353:
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1005:(Press release). PLD Space. 13 November 2018. Archived from
966:"Startup PLD Space to Launch Europe's First Reusable Rocket"
16:
European orbital recoverable rocket of the company PLD Space
415:(INTA). Work commenced during the mid-2010s under the name
987:[PLD Space: the first European reusable rocket].
852:"PLD Space Secures The Next Steps for the MIURA Launches"
1126:
1124:
890:. Payload Aerospace S.L. 13 November 2018. p. 10.
431:
Downscale testing vehicle used during drop test in 2019
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912:
399:
Development of the Miura 5 has been sponsored by the
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575:. Under a separate arrangement, the Spanish agency
388:currently under development by the Spanish company
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33:A reuse test small-scale first stage of Miura 5 in
985:"PLD Space: el primer cohete reutilizable europeo"
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837:
835:
773:
771:
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693:
948:"ESA Microlaunch Services Workshop Presentation"
622: – Private Spanish launch services provider
508:; other methods, such as the use of controlled
2093:
1840:
1174:
752:
750:
748:
539:On 11 April 2019, with the assistance of the
449:engine, unlike its predecessor, which used a
8:
21:
577:National Institute for Aerospace Technology
442:The Miura 5 is to be propelled by a single
413:National Institute for Aerospace Technology
2484:Instituto Nacional de Técnica Aeroespacial
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27:
20:
2599:Partially reusable space launch vehicles
2432:Madrid Deep Space Communications Complex
1591:Chinese reusable experimental spacecraft
2563:
1076:. European Space Agency. 15 April 2019.
850:Sanmiguel, Pablo Gallego (March 2022).
669:
667:
665:
663:
661:
659:
655:
728:
726:
639: – Spanish orbital launch vehicle
567:to study the launch of Miura 5 at the
502:Future Launchers Preparatory Programme
405:Future Launchers Preparatory Programme
7:
2463:PLD Space Propulsion Test Facilities
2052:Liquid Fly-back Booster Derivatives
897:from the original on 7 October 2023
674:@RaulTorresPLD (18 January 2022).
14:
983:Marín, Daniel (2 November 2016).
964:Dickinson, David (12 June 2023).
816:@RaulTorresPLD (29 August 2021).
2566:
1154:Official Miura 5 product website
1028:info-space.com (15 April 2019).
885:"MIURA 1 - Payload User's guide"
869:Duboust, Oceane (7 April 2023).
797:Young, Chris (12 October 2023).
702:Pinedo, Emma (20 October 2023).
384:is a two-stage European orbital
250:2.0 m (6 ft 7 in)
94:2.0 m (6 ft 7 in)
2594:Space launch vehicles of Europe
1054:Sheldon, John (17 April 2019).
2589:Space launch vehicles of Spain
778:Pons, Juan (23 October 2023).
733:Gallego, Pablo (August 2020).
626:List of orbital launch systems
1:
1131:Garay, Jon (9 October 2023).
921:Henry, Caleb (11 June 2018).
535:Test flights and partnerships
138:1,080 kg (2,380 lb)
2489:Spanish Astrobiology Center
270:950 kN (210,000 lb
1725:Ya Guidao Gainian Feixingqi
824:) (in Spanish) – via
560:to be thoroughly examined.
154:540 kg (1,190 lb)
2615:
1087:@PLD_Space (1 July 2019).
803:interestingengineering.com
739:Small Satellite Conference
386:recoverable launch vehicle
329:50 kN (11,000 lb
2498:Commercial space industry
2479:Agencia Espacial Española
2409:Tracking and launch sites
1807:
1574:
1563:
1211:
1200:
545:El Arenosillo Test Center
492:During October 2016, the
368:
364:
229:
158:
86:35.7 m (117 ft)
26:
2261:Science & technology
309:12.1 m (40 ft)
242:26.3 m (86 ft)
1517:Reusable Booster System
1507:Liquid Fly-back Booster
1190:Reusable launch systems
581:El Hierro Launch Centre
411:and the Spanish agency
403:(ESA) via the agency's
203:El Hierro Launch Centre
2109:Space program of Spain
1720:Goodyear Meteor Junior
1254:(orbiter and boosters)
451:pressurized tank cycle
432:
1647:Space Shuttle orbiter
494:European Space Agency
430:
401:European Space Agency
360:Kick stage (optional)
637:Capricornio (rocket)
549:Boeing CH-47 Chinook
2447:Villafranca Station
1618:Buran-class orbiter
1459:Energia II (Uragan)
764:. 28 November 2018.
569:Guiana Space Centre
209:Guiana Space Centre
23:
2437:Maspalomas Station
1356:Rocket Lab Neutron
1009:on 2 February 2020
953:. 6 November 2018.
433:
163:Associated rockets
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2225:Earth observation
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1686:Orel (spacecraft)
1559:
1558:
1555:
1554:
1367:Starship (SpaceX)
1060:spacewatch.global
970:universetoday.com
379:
378:
225:Q1 2026 (planned)
194:Under development
70:Country of origin
2606:
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2510:Pangea Aerospace
2456:Other facilities
2442:Cebreros Station
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1669:Boeing Starliner
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1372:Stoke Space Nova
1321:8R (first stage)
1318:6X (first stage)
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1137:surinenglish.com
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1117:. 14 April 2019.
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643:Themis programme
473:small satellites
372:edit on Wikidata
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2515:Zero 2 Infinity
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873:. euronews.com.
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856:satmagazine.com
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631:Zero 2 Infinity
610:
601:
599:Launch schedule
537:
490:
485:
477:low Earth orbit
425:
394:low Earth orbit
375:
332:
273:
212:
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128:Low Earth orbit
108:
54:low Earth orbit
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11:
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2168:4B (cancelled)
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2123:Communications
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1888:In development
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1790:SpaceShipThree
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1206:Launch systems
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1148:External links
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1095:) – via
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186:Launch history
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2042:Hyperion SSTO
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1454:Chang Cheng-1
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991:(in Spanish).
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35:El Arenosillo
30:
25:
19:
2472:Institutions
2390:
1914:
1811:* indicates
1675:Dream Chaser
1641:SpaceShipTwo
1635:SpaceShipOne
1490:
1326:
1229:Falcon Heavy
1136:
1114:
1105:
1082:
1068:
1059:
1049:
1037:. Retrieved
1033:
1023:
1011:. Retrieved
1007:the original
997:
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942:
930:. Retrieved
926:
899:. Retrieved
879:
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855:
811:
802:
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784:atalayar.com
783:
761:
738:
713:. Retrieved
707:
602:
593:
562:
541:Spanish Army
538:
528:
524:
522:
491:
488:LPSR Program
462:
455:
441:
434:
416:
398:
381:
380:
301:Second stage
222:First flight
207:
199:Launch sites
60:Manufacturer
18:
2573:Spaceflight
2546:Pedro Duque
2381:Capricornio
2141:Spainsat NG
2132:/ XTAR-LANT
2057:BAC Mustard
2022:Capricornio
2014:Ariane 5 ME
1983:Black Arrow
1895:Ariane Next
1768:Silver Dart
1700:upper stage
1629:Gemini SC-2
1586:Boeing X-37
1547:VentureStar
1479:Hyperbola-2
1406:Kankoh-maru
1339:Orbex Prime
1308:Hyperbola-3
1287:Ariane Next
1266:* (booster)
1260:* (booster)
1235:New Shepard
1115:defensa.com
510:paragliders
483:Development
469:Arianespace
234:First stage
143:Payload to
126:Payload to
2583:Categories
2539:Astronauts
2520:Alén Space
2428:(proposed)
2333:Suborbital
2273:Minisat 01
2116:Satellites
1920:North Star
1813:suborbital
1569:Spacecraft
1532:Tianjiao-1
1527:Sea Dragon
1450:(boosters)
1383:Tianlong-3
1314:Long March
1194:spacecraft
989:naukas.com
715:5 December
650:References
506:parachutes
458:parachutes
346:Propellant
314:Powered by
287:Propellant
255:Powered by
217:(proposed)
205:(proposed)
168:Comparable
45:partially
2505:PLD Space
2426:El Hierro
2145:Amazonas
2009:Aldebaran
2002:Cancelled
1855:European
1778:X-30 NASP
1740:Cancelled
1708:Proposals
1694:(capsule)
1688:(capsule)
1682:(capsule)
1671:(capsule)
1625:(capsule)
1489:Hopper /
1464:Falcon 1e
1399:Proposals
1391:(engines)
1333:New Glenn
901:2 January
620:PLD Space
585:spaceport
571:(CSG) in
498:PLD Space
453:instead.
447:turbopump
390:PLD Space
338:Burn time
321:-C vacuum
279:Burn time
211:(planned)
121:Capacity
64:PLD Space
2530:Hisdesat
2525:Hispasat
2386:Bloostar
2308:Xatcobeo
2292:UPM-Sat
2277:Nanosat
2179:Hispasat
2136:XTAR-EUR
2130:Spainsat
2018:Ariane M
1935:Spectrum
1910:Haas 2CA
1900:Bloostar
1874:Ariane 6
1815:vehicles
1698:Starship
1680:Mengzhou
1602:Shenlong
1597:Dragon 2
1469:Falcon 5
1425:Canceled
1377:Terran R
1345:Pallas-1
1302:Electron
1292:CALLISTO
1223:Falcon 9
1039:2 August
892:Archived
608:See also
520:rocket.
514:ballutes
444:TEPREL-C
247:Diameter
180:Electron
172:Shavit 2
91:Diameter
47:reusable
42:Function
2391:Miura 5
2374:Orbital
2365:Miura 1
2326:Rockets
2268:Intasat
2252:Ingenio
2231:Deimos
2047:Liberty
1988:Diamant
1944:Retired
1925:RFA One
1915:Miura 5
1905:Haas 2b
1857:orbital
1763:Mustard
1611:Retired
1593:(CSSHQ)
1491:Phoenix
1432:Adeline
1327:Miura 5
1245:Retired
1097:Twitter
1013:3 March
932:3 March
826:Twitter
709:Reuters
684:Twitter
614:Miura 1
558:tugboat
554:Mazagón
529:Miura 5
525:Arion 2
518:Miura 1
437:Miura 1
417:Arion 2
382:Miura 5
22:Miura 5
2559:Portal
2216:Lume-1
2032:Hopper
1993:Europa
1951:Ariane
1930:Skylon
1867:Active
1752:Kliper
1715:Avatar
1623:Dragon
1579:Active
1537:Spiral
1484:HOPE-X
1448:Ares V
1442:Ares I
1437:Angara
1411:SASSTO
1389:Vulcan
1362:Skylon
1351:RLV-TD
1297:CORONA
1258:Petrel
1216:Active
589:Azores
423:Design
341:420 s.
319:TEPREL
306:Height
282:182 s.
260:TEPREL
239:Height
215:Azores
191:Status
113:Stages
83:Height
2344:INTA
2313:OPTOS
2062:OTRAG
2037:HOTOL
1731:SUSIE
1692:Orion
1522:Roton
1497:HOTOL
1474:Nexus
1093:Tweet
951:(PDF)
895:(PDF)
888:(PDF)
822:Tweet
680:Tweet
556:by a
475:into
370:[
176:Prime
130:(LEO)
73:Spain
2396:Meso
2340:Argo
2067:SOAR
2027:Haas
1879:Vega
1784:X-33
1773:SOAR
1757:Lynx
1652:X-15
1512:MAKS
1281:Amur
1264:Skua
1192:and
1041:2020
1015:2019
934:2019
903:2024
717:2023
565:CNES
465:Vega
409:CNES
354:RP-1
295:RP-1
151:Mass
135:Mass
99:Mass
78:Size
2358:300
2353:255
2348:100
2247:Paz
2204:AG1
1747:H-2
1542:V-2
1502:K-1
587:in
512:or
350:LOX
291:LOX
145:SSO
116:2–3
52:to
2585::
2286:1B
2209:1F
2199:1D
2194:1C
2189:1B
2184:1A
2164:4A
1135:.
1123:^
1113:.
1058:.
1032:.
968:.
925:.
911:^
854:.
834:^
801:.
782:.
770:^
760:.
747:^
737:.
725:^
706:.
692:^
658:^
531:.
467:,
352:/
317:1
293:/
262:-C
258:5
178:,
174:,
2561::
2301:2
2296:1
2281:1
2240:2
2235:1
2172:5
2159:3
2154:2
2149:1
2101:e
2094:t
2087:v
1976:5
1971:4
1966:3
1961:2
1956:1
1848:e
1841:t
1834:v
1792:*
1786:*
1780:*
1759:*
1727:*
1654:*
1643:*
1637:*
1631:*
1237:*
1182:e
1175:t
1168:v
1139:.
1099:.
1091:(
1062:.
1043:.
1017:.
972:.
936:.
905:.
858:.
828:.
820:(
805:.
786:.
741:.
719:.
686:.
678:(
374:]
333:)
331:f
274:)
272:f
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