
Copernical Team
Don't take batteries to the moon or Mars, 3D print them when you get there

When the Artemis astronauts and future explorers go to the moon and Mars, they'll need power. Lots of it. Of course, they'll use solar panels to generate the juice they need for habitats, experiments, rovers, and so on.
The Making of Juice – Episode 10.1

The Making of Juice series takes the viewer behind the scenes of the European space industry, space technology and planetary science communities around ESA’s Jupiter Icy Moons Explorer (Juice) mission.
Juice has a state-of-the-art science payload comprising remote sensing, geophysical and in situ instruments. This episode focuses on the in situ instruments, which will study the particle, magnetic, radio and plasma environment in the Jupiter system.
A magnetometer (J-MAG) equipped with sensors will characterise the Jovian magnetic field and its interaction with that of Ganymede, and will study the subsurface oceans of the icy moon. The Particle Environment Package
Ariane 5 rocket for the Juice launch being transferred to final assembly

First Eurostar Neo satellite reaches operational orbit

The first Eurostar Neo satellite built under ESA’s Neosat Partnership Project has completed its electric orbit raising to reach its geostationary position some 36 000 kilometres above Earth.
Journey to Tenby!

Flight 49 Preview - By the Numbers

BlackSky's completes commissioning within 18 hours of orbital delivered on news satellites

Leaky Russian space capsule lands safely in Kazakhstan

Flight simulations: putting Juice under pressure

Sat in a windowless office beneath ESA’s Main Control Room in Darmstadt, Germany, two Simulations Officers have complete control over the Juice spacecraft and ESA’s deep space ground stations across the globe – and they take full advantage.
These aren’t the real 35-metre antennas or the actual spacecraft (currently in Kourou, French Guiana), but a complex simulator. For teams that will fly the mission for real, it all looks, feels and behaves just like the real thing. The ‘problem’ for them is, it keeps going wrong.
Down in the simulations bunker, the Officers are revelling in their dastardly plan
Brightest gamma-ray burst illuminates our galaxy as never before

ESA space telescopes have observed the brightest gamma-ray burst ever seen. Data from this rare event could become instrumental in understanding the details of the colossal explosions that create gamma-ray bursts (GRBs).