
Copernical Team
OneWeb and TinSky complete first West African LEO Satellite Gateway

Soil, sutures, and climate modeling among investigations riding SpaceX CRS-25 Dragon to ISS

NASA-supported solar sail could take science to new heights

InSight's Final Selfie

Boeing's Starliner faces one more challenge as it returns to Earth

Supporting the Paris Agreement from space

Earth observation is already capable of supporting national climate action, but there are many more opportunities on the horizon, according to discussions today among leading scientists and policymakers at ESA’s Living Planet Symposium being held in Bonn, Germany.
Watch live: Samantha Cristoforetti in-flight call to World Economic Forum (WEF) 2022 in Davos

NASA Awards Contract to National Academy of Sciences

GHGSat joins ESA’s Third Party Mission Programme

GHGSat, a leader in high-resolution greenhouse gas monitoring from space, has officially joined ESA’s prestigious Third Party Mission Programme. Announced today at the Living Planet Symposium currently taking place in Bonn, data from the company’s fleet of commercial satellites will be provided, free of charge, to researchers working in the fields of Earth science and climate change. Users will be able to access greenhouse gas measurements from sites all around the world.
NASA is building a mission that will refuel and repair satellites in orbit

NASA is planning a mission to demonstrate the ability to repair and upgrade satellites in Earth orbit. The mission, called OSAM-1 (On-orbit Servicing, Assembly, and Manufacturing-1), will send a robotic spacecraft equipped with robotic arms and all the tools and equipment needed to fix, refuel or extend satellites' lifespans, even if those satellites were not designed to be serviced on orbit.
The first test flight of OSAM-1 is scheduled for launch no earlier than 2026 and will go to low Earth orbit to rendezvous, grapple and dock with Landsat 7, an Earth observing satellite that has been in orbit since 1999. The mission will conduct a first-of-its-kind refueling demonstration test, then relocate the satellite to a new orbit. While some parts of the mission are autonomous, human tele-operators will conduct much of the procedures and maneuvers remotely from Earth.
NASA says that repairing satellites—instead of just letting defunct spacecraft drift in Earth orbit—helps decrease space debris to create a more sustainable future for space exploration.