China reaffirms stance against space arms race at U.N. General Assembly
Wednesday, 20 December 2023 08:37
DOD Prioritizing Cooperation With Allies in Space
Wednesday, 20 December 2023 08:37
HawkEye 360 expands RF Data and Analytics reach with Maxar acquisition
Wednesday, 20 December 2023 08:37
NASA Awards Turbofan Engine Core Technology Demonstration Contract
Wednesday, 20 December 2023 08:37
N. Korea's 'reckless' missile launches need 'robust' global response: G7
Wednesday, 20 December 2023 08:37
RTX to track UK space assets with Low Earth Orbit observation system
Wednesday, 20 December 2023 08:37
A new tool to better model future wildfire impacts in the United States
Wednesday, 20 December 2023 08:37
Ancient bricks shed light on Earth's magnetic field anomalies 3,000 years ago
Wednesday, 20 December 2023 08:37
DeepSouth: Western Sydney University Unveils Neuromorphic Supercomputer
Wednesday, 20 December 2023 08:37
Intuitive Machines delays first lunar lander launch to February
Tuesday, 19 December 2023 23:05

ESA Impact 2023 – Quarter 4
Tuesday, 19 December 2023 22:00
ESA Impact 2023 – Quarter 4
Welcome to this edition of ESA Impact, an interactive publication covering stories and images from the last quarter of 2023.
Blue Origin returns to space after year-long hiatus
Tuesday, 19 December 2023 21:20
Wallonia brings in Europe’s investment arm to boost space industry
Tuesday, 19 December 2023 20:52

Bolivia's hypergravity blood cell test for astronaut health
Tuesday, 19 December 2023 19:48
Hera's solar wings are cleared for flight
Tuesday, 19 December 2023 18:44
The solar wings that will power ESA's Hera asteroid mission for planetary defense as it ventures out to meet the Dimorphos asteroid have been cleared for flight. As part of its current test campaign at ESA's ESTEC Test Center in the Netherlands, the spacecraft commanded the deployment of the wings one at a time, as it will do in space directly after launch—known as a "hot deployment."
The van-sized spacecraft is equipped with two 5-m long wings, made up of three hinged panels each. This adds up to an overall area of approximately 14 square meters in all, with more than 1,600 solar cells in total. Azur Space in Germany manufactured the solar cells, which were then interconnected and arranged into working arrays by Leonardo in Italy onto panels provided by Beyond Gravity in Switzerland.
Designed and qualified to operate at temperatures between -100°C and +140°C, the panels will continue working even with the sun at its furthest distance, out beyond Mars orbit, where the spacecraft will receive only 17% of sunlight compared to a satellite orbiting Earth. In the phases of the mission in which Hera will be most distant, the solar panels will generate around 800 watts, equal to the energy needed to power a small microwave oven.