The TERRA-M trials were funded by the United Kingdom’s Defence Science and Technology Laboratory.
The TERRA-M system completed multiple passes during the field trial to verify system reliability.
Terra Nova will serve as an in-orbit testbed for payload technologies and operational concepts.
Terra Nova is scheduled to fly on a SpaceX Transporter mission later in 2026.
NordSpace is preparing Terra Nova, its inaugural pathfinder satellite, as a precursor to the Kestrel constellation.
Terra Nova is a self-funded, dual-use demonstration mission.
Archangel Lightworks is commercializing TERRA-M, a miniaturized and deployable optical ground station.
TERRA-M is designed to bridge the data bottleneck between space-based networks and terrestrial infrastructure.
TERRA-M is designed to provide gigabit-per-second and future terabit-per-second laser link capabilities.
Archangel Lightworks is targeting 2027 for widespread deployment of TERRA-M units to support commercial broadband constellations and government sovereign network requirements.
TERRA-M is designed for rapid deployment and high-volume data backhaul for dual-use applications including climate monitoring and secure government communications.
On 17 March 2026, NASA’s Terra satellite captured an image of the northern Barents Sea.
Peru obtained access to images from Spot 5, Spot 6, Pleiades 1a, Pleiades 1b, Terra SAR-X, and Tandem-X through the PeruSAT-1 acquisition contract.
Using laser links between aircraft and geostationary satellites can enable integrated air-space-terra networks that provide high-speed data flows in complex operational contexts.
Libera follows the heritage of the Clouds and the Earth's Radiant Energy System (CERES) instruments, which began flying on the Tropical Rainfall Measuring Mission in 1997 and later flew on Terra, Aqua, Suomi NPP, and NOAA 20.
COUNTDOWN – DALLO SPAZIO ALLA TERRA won the Premio Luigi Broglio 2025 for scientific outreach in the space sector.
NordSpace will launch its Terra Nova CubeSat on SpaceX Transporter 18 in Q4 2026.
NASA captured a satellite image of fog in South Asia on January 6, 2026, using the MODIS sensor onboard the Terra satellite.
Terra-MODIS observations confirm the role of satellites in monitoring winter atmospheric phenomena on a regional scale.
NASA plans to retire its three major Earth Observing System flagship satellites—Terra, Aqua, and Aura—possibly as early as the end of 2026.