404:. SwRI was awarded a contract with a total value of US$ 15.6 million. The period of performance is 76 months. SWFO-L1 will provide NOAA with the continuity of solar wind data and coronal mass ejection imagery, the National Weather Service's highest priority for space weather observations. University of California, Berkeley was awarded US$ 7.5 million for the development of the Supra-Thermal Ion Sensor (STIS). The SWFO-L1 satellite, which is planned to launch as a rideshare with the NASA Interstellar Mapping and Acceleration Probe (IMAP), will collect upstream solar wind data and coronal imagery to support NOAA's mission to monitor and forecast space weather events. NOAA is responsible for the Space Weather Follow On program. NASA is the program's flight system procurement agent, and NASA's
369:. These data are critical to support monitoring and timely forecasts of space weather events that have the potential to adversely impact elements vital to national security and economic prosperity, including telecommunication and navigation, satellite systems and the power grid. NOAA is responsible for overall implementation and funding of the SWFO program. The program is managed as an integrated NOAA-NASA program, where NASA serves as NOAA's acquisition agent for the space segment and for launch services. NOAA is responsible for the ground segment including the acquisition, development, test and integration of the SWFO Command and control system.
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satellite, SWFO-L1 constitutes the space segment of NOAA's Space
Weather Follow On (SWFO) program. The aim of the SWFO program is to ensure the robust continuity of space-based measurement of the critical space weather environment. All of the spacecraft located in
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NOAA manages the contract. In addition to work at L3Harris' facility in
Melbourne, the contractor will install equipment at the NOAA Satellite Operations Facility (NSOF) in Suitland, Maryland; NOAA's Wallops Command and Data Acquisition Station (WCDAS) in
259:(ESPA) Grande ring in addition to the rocket's primary payload. The spacecraft's Solar Wind Instrument Suite (SWIS) which includes three instruments will monitor solar wind, and the Compact Coronagraph (CCOR) will monitor the Sun's surroundings to image
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338:(IMAP). The contractor is responsible for up to two years of operations support of a Command and control of the SWFO-L1 observatory. This will be accomplished by adding the capability to existing
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334:. The contract has a total value of US$ 43.8 million, with a five-year performance period. The SWFO-L1 mission is planned to launch in 31 March 2025 as a rideshare with the NASA
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The work will allow SWFO-L1 to provide continuity of solar wind and coronal mass ejection imagery data from the
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SWIS instruments will replace ACE's and DSCOVR's monitoring of solar wind, energetic particles and the
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which are currently monitoring CMEs and the solar wind have operated beyond their design lifetime. The
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awarded the Space
Weather Follow On-Lagrange 1 (SWFO-L1) Solar Wind Plasma Sensor (SWiPS) contract to
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Weather Follow On-Lagrange 1 is planned to be launched as a secondary payload on the
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NOAA has awarded, on 5 February 2021, the Space
Weather Follow On-Lagrange 1 (SWFO-L1)
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733:"NASA Awards NOAA's Space Weather Follow On-Lagrange 1 Solar Wind Plasma Sensor"
438:(IMAP) spacecraft. As of July 2024, the launch was scheduled for 29 April 2025.
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heading for Earth. SWFO-L1 is an ESPA Class
Spacecraft, sized for launch on an
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711:"NASA Awards NOAA's Space Weather Follow On – Supra Thermal Ion Sensor"
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263:(CME). A CME is a large outburst of plasma sent from the Sun towards
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512:"NOAA's Current and Future Space Weather Observational Architecture"
290:(ACE) is expected to consume its remaining propellant around 2024.
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This article incorporates text from this source, which is in the
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This article incorporates text from this source, which is in the
750:
This article incorporates text from this source, which is in the
696:
This article incorporates text from this source, which is in the
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This article incorporates text from this source, which is in the
620:"Are small satellites the solution for space weather monitoring?"
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This article incorporates text from this source, which is in the
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This article incorporates text from this source, which is in the
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This article incorporates text from this source, which is in the
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679:"NOAA's Space Weather Follow On-Lagrange 1 Magnetometer Awarded"
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NOAA's
National Weather Service Space Weather Prediction Center
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647:"NOAA awards SWFO Ground System Command and Control contract"
314:(Large Angle and Spectrometric Coronagraph) imaging of CMEs.
217:) is a future spacecraft mission planned to monitor signs of
257:
Evolved
Expendable Launch Vehicle Secondary Payload Adapter
302:(SOHO) will cease operation before the mid-2020s. SWFO-L1
797:"NASA Awards Launch Services Contract for IMAP Mission"
548:"NOAA's Current and Future Space Weather Architecture"
354:; and at NOAA's Consolidated Backup Facility (CBU) in
247:. This will allow SWFO-L1 to continuously watch the
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517:. Office of the Federal Coordinator for Meteorology
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381:(SwRI) was awarded a contract to supply SWFO-L1's
340:Geostationary Operational Environmental Satellite
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274:observation capabilities on the Earth-orbiting
227:National Oceanic and Atmospheric Administration
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44:Space Weather Follow On-Lagrange 1 satellite
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336:Interstellar Mapping and Acceleration Probe
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799:(Press release). NASA. 25 September 2020
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2247:List of proposed missions to the Moon
767:(Press release). NASA. 13 August 2019
7:
2252:List of proposed space observatories
1615:Chinese Crewed Lunar Landing Mission
681:(Press release). NOAA. 15 April 2020
412:, is the lead for this acquisition.
388:On 1 July 2020, on behalf of NOAA,
1238:Electrojet Zeeman Imaging Explorer
969:Solar and Heliospheric Observatory
831:Space Weather Follow On-L1 mission
300:Solar and Heliospheric Observatory
211:Space Weather Follow On-Lagrange 1
179:Solar Wind Instrument Suite (SWIS)
33:Space Weather Follow On-Lagrange 1
25:
1913:Nancy Grace Roman Space Telescope
589:. Space Weather Prediction Center
553:. Space Weather Prediction Center
221:, which may pose harm to Earth's
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546:Talaat, Elsayed (4 April 2019).
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185:Solar Wind Plasma Sensor (SWiPS)
38:
310:while CCOR will replace SOHO's
195:Space Weather Follow On program
189:Supra-Thermal Ion Sensor (STIS)
618:Werner, Debra (6 March 2019).
342:-R Series Core Ground System.
292:Deep Space Climate Observatory
1:
878:List of heliophysics missions
308:interplanetary magnetic field
288:Advanced Composition Explorer
584:"NOAA's Space Weather Plans"
481:NASA Launch Services Program
394:Southwest Research Institute
379:Southwest Research Institute
406:Goddard Space Flight Center
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2091:ISS Deorbit Vehicle (2030)
1104:Orbiting Solar Observatory
1069:Intercosmos 26 (Koronas I)
977:Solar Dynamics Observatory
318:Command and control system
187:Compact Coronagraph (CCOR)
27:Planned spacecraft mission
18:Space Weather Follow-On L1
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2199:Uranus Orbiter and Probe
882:List of solar telescopes
649:. NOAA. 5 February 2021
356:Fairmont, West Virginia
98:29 April 2025 (planned)
1022:Apollo Telescope Mount
2058:Venus Orbiter Mission
1170:Pioneer 6, 7, 8 and 9
1027:Coronas F (Koronas F)
296:European Space Agency
261:coronal mass ejection
150:Reference system
867:Solar space missions
265:interplanetary space
2278:2025 in spaceflight
1464:Future spaceflights
735:. NOAA. 1 July 2020
476:"Upcoming Missions"
410:Greenbelt, Maryland
324:Command and control
253:energetic particles
34:
1542:Boeing Starliner-1
1061:Hinotori (Astro-A)
961:Parker Solar Probe
456:Spaceflight portal
332:Melbourne, Florida
145:Orbital parameters
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2032:Rosalind Franklin
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2019:MBR Explorer
1962:NEO Surveyor
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62:Mission type
29:
2233:Soyuz MS-26
2195:(mid 2020s)
2133:(2031–2032)
2088:(2029–2031)
1977:Superbird-9
1964:(September)
1915:(2026–2027)
1825:Space Rider
1772:Gaganyaan-3
1767:Gaganyaan-2
1714:(September)
1688:Hakuto-R M2
1673:Gaganyaan-1
1652:(September)
1650:Bion-M No.2
1598:Gaganyaan-5
1586:Soyuz MS-29
1570:Gaganyaan-4
1565:Shenzhou 21
1556:(September)
1550:(September)
1548:Soyuz MS-28
1531:Shenzhou 20
1525:Soyuz MS-27
1502:(late 2024)
1494:Shenzhou 19
1490:(September)
1200:Spartan 201
917: [
622:. SpaceNews
398:San Antonio
373:Instruments
174:Instruments
113:Launch site
95:Launch date
2267:Categories
2221:TĂĽrksat 6A
1845:SSC Demo-1
1841:(February)
1794:(February)
1720:(November)
1656:Blue Ghost
1521:(February)
1496:(November)
739:6 February
653:6 February
626:13 October
593:16 October
557:16 October
521:16 October
442:References
396:(SwRI) in
249:solar wind
127:Contractor
2107:Spektr-UV
2101:SAOCOM-2B
2080:Tianwen-4
2052:Tianwen-3
2040:SAOCOM-2A
2001:Dragonfly
1995:Chang'e 8
1898:ispace M3
1884:Chang'e 7
1850:Tianwen-2
1777:Garatéa-L
1753:(January)
1708:(October)
1669:(October)
1609:Artemis 5
1603:Artemis 4
1592:Artemis 3
1554:Artemis 2
1388:Sun-Earth
1374:Pioneer E
1338:Pioneer H
1326:Cancelled
1180:Prognoz 6
1165:Pioneer 5
906:Aditya-L1
771:9 October
430:carrying
2223:(8 July)
2214:launched
2212:Recently
2137:LiteBIRD
2119:EnVision
2113:Spektr-M
2086:Venera-D
1929:ULTRASAT
1888:Rashid 2
1806:Series B
1804:MetOp-SG
1800:Series A
1798:MetOp-SG
1742:ESCAPADE
1706:Juventas
1678:GOSAT-GW
1629:Uncrewed
1544:(August)
1538:(Spring)
1423:Category
1405:ACRIMSAT
1317:Sundiver
1300:Proposed
1195:SolarMax
685:28 April
488:3 August
425:Falcon 9
352:Virginia
328:L3Harris
243:and the
72:Operator
2193:TEREX-1
2131:DAVINCI
2125:VERITAS
2115:(2030+)
2095:Luna 28
2074:Harmony
2013:Luna 27
2007:JASMINE
1957:Luna 26
1919:Xuntian
1858:(April)
1856:TRACERS
1835:SPHEREx
1792:LOXSAT1
1763:(April)
1761:SWFO-L1
1737:DESTINY
1712:PROBA-3
1683:GSAT-20
1645:Biomass
1617:(~2030)
1527:(March)
1307:ADAHELI
1270:TRACERS
1262:SWFO-L1
1246:PROBA-3
1231:Planned
1216:Ulysses
1175:PROBA-2
1153:Solwind
1099:MinXSS2
1094:MinXSS1
1049:GOES 13
1043:Genesis
1037:ESRO 2B
891:Current
348:Wallops
215:SWFO-L1
53:SWFO-L1
2188:PETREL
2151:(2035)
2145:(2035)
2143:Athena
2139:(2032)
2127:(2031)
2121:(2031)
2109:(2030)
2103:(2030)
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2027:(2028)
2021:(2028)
2015:(2028)
2009:(2028)
2003:(2028)
1997:(2028)
1875:ALTIUS
1830:SPARCS
1782:HTV-X1
1702:Milani
1611:(2030)
1605:(2028)
1594:(2026)
1560:Vast-1
1471:Crewed
1291:(2031)
1281:(2028)
1273:(2025)
1265:(2025)
1257:(2025)
1249:(2024)
1241:(2024)
1185:RHESSI
1160:PICARD
1079:ISEE-2
1074:ISEE-1
1055:Helios
1032:EURECA
993:STEREO
937:DSCOVR
717:13 May
713:. NASA
422:SpaceX
416:Launch
304:'s
298:-NASA
276:GOES-U
201:DSCOVR
160:Regime
131:SpaceX
121:SLC-40
103:Rocket
2178:MOM 2
2173:Janus
2064:ARIEL
2034:rover
1987:2028+
1952:FORUM
1934:VOICE
1924:PLATO
1903:LUPEX
1893:IHP-2
1852:(May)
1839:PUNCH
1820:SMILE
1815:NISAR
1693:IHP-1
1662:DISHA
1579:2026+
1500:Fram2
1395:SORCE
1379:OSO C
1348:OSO K
1343:OSO J
1287:Vigil
1254:PUNCH
1210:TRACE
1190:SOLAR
1148:OSO 8
1143:OSO 7
1138:OSO 6
1133:OSO 5
1128:OSO 4
1123:OSO 3
1118:OSO B
1114:OSO 2
1109:OSO 1
1065:IMP-8
921:]
914:ASO-S
587:(PDF)
551:(PDF)
515:(PDF)
402:Texas
312:LASCO
241:Earth
50:Names
2149:LISA
1972:HALO
1944:2027
1879:FLEX
1867:2026
1810:MULA
1787:IM-3
1757:IMAP
1747:IM-2
1729:2025
1698:Hera
1637:2024
1511:2025
1480:2024
1367:Lost
1333:AOSO
1312:SETH
1015:Past
1002:Wind
953:IRIS
805:2020
773:2019
741:2021
719:2024
687:2020
655:2021
628:2019
595:2019
559:2019
523:2019
490:2024
432:NASA
390:NASA
251:and
76:NOAA
2160:TBA
2025:MSR
1968:PPE
1908:MMX
1400:SXI
898:ACE
434:'s
408:in
365:in
330:in
245:Sun
2269::
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1658:M1
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