Rocket Lab to Reinforce Market Trust with Electron Reliability Overhaul
Thursday, 09 November 2023 04:37
NASA seeks students to imagine nuclear powered space missions
Thursday, 09 November 2023 04:37
NSF funds annual solicitation seeking physical science research leveraging the ISS National Lab
Thursday, 09 November 2023 04:37
Leidos Enhances ISS Capabilities with New xPWD Water System
Thursday, 09 November 2023 04:37
Cerberus Fossae Identified as Primary Source of Marsquakes
Thursday, 09 November 2023 04:37
Australian-Backed SPIDER Payload to Fly on Firefly's 2026 Lunar Mission
Thursday, 09 November 2023 04:37
Webb findings support long-proposed process of planet formation
Thursday, 09 November 2023 04:37
Major $200M gift propels scientific research in the search for life beyond earth
Thursday, 09 November 2023 04:37
New Test Case Enables Satellite-to-Ground 5G Connectivity, Boosting Rural and Remote Access
Thursday, 09 November 2023 04:37
Final three for ESA's next medium science mission
Thursday, 09 November 2023 04:37
Virgin Galactic to halt Unity suborbital flights by mid-2024
Thursday, 09 November 2023 00:23

U.S. Air Force X-37B spaceplane to launch on a SpaceX Falcon Heavy rocket
Wednesday, 08 November 2023 20:01

How to make asteroid landings safer
Wednesday, 08 November 2023 18:40
Landing safely on an asteroid is no mean feat. Despite several recent successes, there have also been notable failures—most famously, the Philae lander to 67P/Churyumov-Gerasimenko. Admittedly, that was an attempt to land on a comet rather than an asteroid, but those two bodies share many of the same landing hazards.
One of the most prevalent problems is "inhomogenous" gravity. Offering a solution, researchers from the Harbin Institute of Technology in China recently published a paper in Aerospace Science and Technology detailing a framework for performing "soft landings" on asteroids, which might help make exploring these rocky worlds much more accessible.
First, it would be helpful to understand the difference between a "hard" landing on an asteroid and a "soft" landing. A hard landing consists of the spacecraft, either in a controlled or uncontrolled descent, landing with some force on the asteroid's surface.
Startups, universities selected for accelerator focused on space domain awareness
Wednesday, 08 November 2023 17:54
