
Copernical Team
Space junk forces spacewalk delay, too risky for astronauts

Image: ISS captured from the SpaceX Crew Dragon Endeavour

It can be hard to appreciate that a human-made, football-pitch-sized spacecraft is orbiting 400 km above our heads, but there it is.
The jewel of human cooperation and ingenuity that is the International Space Station shines brightly in this image captured by ESA astronaut Thomas Pesquet from the SpaceX Crew Dragon Endeavour.
Crew-2 got this amazing view during a flyaround of the orbiting lab after undocking from the Harmony module on 8 November, before their return to Earth.
Since this image was taken, there has even been a new addition in the form of the Russian Node Module, known as Prichal. The final Russian module planned for the station, it is a spherical node attached to the Russian segment with six docking ports for future Progress and Soyuz arrivals.
A collaboration between five space agencies, the station has become a symbol of peaceful international cooperation for 23 years now. It represents the best of our space engineering capabilities as well as humankind's pursuit of scientific knowledge and exploration.
By any standards, it is an incredible piece of spacecraft engineering. Weighing 420 tons, it travels in low-Earth orbit at more than 27 000 km/hour, circling Earth approximately 16 times every day.
Micro-geostationary satellite wins ESA support

A small European telecommunications satellite intended for launch into geostationary orbit some 36 000 kilometres above the Earth – which can be used as a basis for future satellites – has won support from ESA.
Brain and coat from RUAG Space for Galileo navigation satellites

Kacific enables mobile operators to provide better service to customers

Knight Sky LLC joins NIC4 to expand critical connectivity solutions for globally

First LoRa message bounced off the moon

NASA starts loading fuel for James Webb Space Telescope launch

Testing confirms Webb Telescope on track for targeted Dec 22 Launch

Alaska scientist reveals cause of lost magnetism at meteorite site
