Busek scales thruster production for Airbus OneWeb satellites
Friday, 24 June 2022 12:12
BlackSky awarded Five-Year Joint Artificial Intelligence Center Contract for AI Data Readiness
Friday, 24 June 2022 12:12
NASA Mars Orbiter Releasing One of Its Last Rainbow-Colored Maps
Friday, 24 June 2022 12:12
Fine-grained rocks at Hogwallow Flats
Friday, 24 June 2022 12:12
Drilling Again - Sols 3512-3513
Friday, 24 June 2022 12:12
China launches new batch of remote sensing satellites
Friday, 24 June 2022 12:12
A novel crystal structure sheds light on the dynamics of extrasolar planets
Friday, 24 June 2022 12:12
How do you process space data and imagery in low earth orbit?
Friday, 24 June 2022 12:12
Beyond Gravity launches its own start-up program "Launchpad"
Friday, 24 June 2022 12:12
Chinese scientists help Africa combat land degradation
Friday, 24 June 2022 12:12
MIT engineers devise a recipe for improving any autonomous robotic system
Friday, 24 June 2022 12:12
Irvine scientists observe effects of heat in materials with atomic resolution
Friday, 24 June 2022 12:12
Week in images: 20-24 June 2022
Friday, 24 June 2022 12:00
Week in images: 20-24 June 2022
Discover our week through the lens
ILA 2022 in images
Friday, 24 June 2022 11:32
Photo highlights from the ‘Space for Earth’ space pavilion at ILA, the Berlin Air and Space Show, from 22 to 26 .June 2022.
Image: Lunar science stirring on Mount Etna
Friday, 24 June 2022 11:23
This image comes to you from Mount Etna, Sicily, where a lunar analog study focusing on robotic exploration is currently unfolding.
The project—named the ARCHES Space-Analog Demonstration—is a multi-agency, multi-robot event brought to life by the German Aerospace Center DLR, and featuring significant ESA participation. ESA will be joining the project to run the latest and final part of the Analog-1 campaign, the completion of which will mark the culmination of one of the agency's long-term research endeavors, dating back to 2008.
For four weeks spanning 12 June to 9 July, the project will explore the operations and technologies that enable a sample return mission on the lunar surface involving an astronaut on the Lunar Gateway with a rover operations control room on Earth and scientific expertise on-hand at other control centers.
As part of the simulation, ESA astronaut Thomas Reiter will control a rover stationed 2,600 m up on the slopes of Mt. Etna from a room 23 km away in the nearby town of Catania. This distance simulates the sort of remote-control situations astronauts will encounter at the lunar Gateway.