| Mission | Agency | Status | Launch date | EOL date | Applications | Instruments | Orbit details & URL |
ALTIUS
Atmospheric Limb Tracker for Investigation of the Upcoming Stratosphere (ALTIUS)
| ESA | Approved | Apr 2028 | Dec 2031 | Altius carries a high-resolution 2D imager that observes ozone from the side, at Earth's limb or atmospheric boundary, to monitor its distribution and evolution in the Earth’s atmosphere | ALTIUS Instrument | Type: Sun-synchronous
Altitude: 668 km
Period:
Inclination: 98.07 deg
Repeat cycle: 3 days
LST: Fixed between 10:00 – 14:00
Longitude (if geo):
Asc/desc: Descending
Links: mission site |
Atlantic Constellation Pathfinder
Atlantic Constellation Pathfinder
| UKSA | Approved | Jun 2027 | Dec 2032 | The Atlantic Constellation aims to provide more frequent coverage of European territories that could be affected by natural disasters or climate change and erosion, as well as support commercial enterprises such as agriculture. The programme differs from existing European constellation satellites such as Copernicus in that it would reduce revisit times from 3 days to 24 hours. This Pathfinder will demonstrate the key technologies asociated with the project such as enhanced AI processesing and inter satellite links allowing tasking even when not above a ground station. | MSI (Atlantic Constellation PF) | Type: Sun-synchronous
Altitude: 570 km
Period: 95 mins
Inclination: 97.6 deg
Repeat cycle: 20 days
LST: 1899-12-30T03:30:00.000Z
Longitude (if geo):
Asc/desc: Descending
Links: |
CAS500-5
Compact Advanced Satellite 500 -5
| KAI / KARI | Approved | Jun 2027 | Jun 2032 | Water resource monitoring | SAR (CAS500-5) | Type: Sun-synchronous
Altitude: 505 km
Period: 98.5 mins
Inclination: 98.1 deg
Repeat cycle: 28 days
LST: 10:50:00
Longitude (if geo):
Asc/desc: Ascending
Links: |
CSG-4
COSMO-SkyMed Second Generation - 4
| ASI / MoD (Italy) | Approved | Jul 2027 | Jul 2034 | Environmental monitoring, surveillance and risk management applications, environmental resources management, maritime management, earth topographic mapping, law enforcement, informative / science applications. | CSG SAR | Type: Sun-synchronous
Altitude: 620 km
Period: 97.1 mins
Inclination: 97.8 deg
Repeat cycle: 16 days
LST: 6:00
Longitude (if geo):
Asc/desc: Ascending
Links: mission site | data access |
EAGLE-VSWIR
Explorer for Artemis Geology Lunar and Earth (EAGLE) - Visible and Short-Wave Infrared (VSWIR) Free Flyer
| NASA | Approved | Dec 2028 | Jun 2032 | Imaging spectrometer to provide information on terrestrial and aquatic ecosystems, hydrology, weather, climate, and solid Earth. | VSWIR Instrument (EAGLE) | Type: Sun-synchronous
Altitude: 625 km
Period: 97 mins
Inclination:
Repeat cycle: 16 days
LST: 11:00
Longitude (if geo):
Asc/desc: Descending
Links: mission site |
FALCON-RADAR
Fleet for the Atmosphere Linking Commercial Observations with NASA (FALCON) - RADAR
| NASA | Approved | Dec 2029 | Dec 2032 | 94 GHz Doppler radar will study Clouds, Convection, and Precipitation in Earth’s Atmosphere | FALCON RADAR | Type: Sun-synchronous
Altitude: 504 km
Period: 95 mins
Inclination: 97.5 deg
Repeat cycle: 21 days
LST: 09:30
Longitude (if geo):
Asc/desc: Descending
Links: |
FORUM
Far-infrared Outgoing Radiation Understanding and Monitoring
| ESA | Approved | Dec 2028 | Dec 2033 | FORUM mission will measure, for the first time, the distribution of Earth’s outgoing longwave radiation across the infrared spectrum, encompassing the far-infrared. Its data will be used to evaluate the role that this radiation plays in shaping our climate, essential to understanding how the climate system works, monitoring how it is changing, predicting the future, and providing evidence for policy and action. | FEI, Fourier Transform Spectrometer | Type: Sun-synchronous
Altitude: 830 km
Period: 101.4 mins
Inclination: 98.7 deg
Repeat cycle: 29 days
LST: 9:30
Longitude (if geo):
Asc/desc: Descending
Links: mission site |
GEO-KOMPSAT-5
Geostationary Earth Orbit - Korea Multi-Purpose Satellite - 5
| KMA / KASA | Approved | May 2031 | Dec 2041 | Geostationary meteorological satellite series in South Korea | GKMI, KSEM2 | Type: Geostationary
Altitude: 35786 km
Period:
Inclination:
Repeat cycle:
LST:
Longitude (if geo): 128.2
Asc/desc: N/A
Links: |
GeoXO-1
Geostationary Extended Observations - 1
| NOAA / NASA | Approved | Dec 2032 | Dec 2043 | GeoXO will supply vital information to address major environmental challenges of the future in support of U.S. weather, ocean, and climate operations. The GeoXO mission will continue and expand observations provided by the GOES-R Series as NOAA's next generation of geostationary satellites. | ABI-5, GXS | Type: Geostationary
Altitude: 36000 km
Period:
Inclination:
Repeat cycle:
LST:
Longitude (if geo): -137
Asc/desc: N/A
Links: mission site |
GeoXO-2
Geostationary Extended Observations - 2
| NOAA / NASA | Approved | Oct 2034 | Mar 2047 | GeoXO will supply vital information to address major environmental challenges of the future in support of U.S. weather, ocean, and climate operations. The GeoXO mission will continue and expand observations provided by the GOES-R Series as NOAA's next generation of geostationary satellites. | GXI, GXS | Type: Geostationary
Altitude: 36000 km
Period:
Inclination:
Repeat cycle:
LST:
Longitude (if geo): -75.2
Asc/desc: N/A
Links: mission site |