Long March carrier rocket conducts 150th consecutive successful launch
Friday, 28 July 2023 09:21
Marotta Controls Delivers 30,000th CoRe Valve to SpaceX
Friday, 28 July 2023 09:21
NASA Named One of America's Top Employers for Women
Friday, 28 July 2023 09:21
NASA Launches Beta Site; On-Demand Streaming, App Update Coming Soon
Friday, 28 July 2023 09:21
Making the Most of Limited Power: Sols 3900-3901
Friday, 28 July 2023 09:21
Deep Impact: Sol 3899
Friday, 28 July 2023 09:21
NASA Selects Intuitive Machines Team to Develop Survive the Lunar Night Technology
Friday, 28 July 2023 09:21
James Webb Space Telescope sees Jupiter moons in a new light
Friday, 28 July 2023 09:21
Using cosmic weather to study which worlds could support life
Friday, 28 July 2023 09:21
Violent Atmosphere Gives Rare Look at Early Planetary Life
Friday, 28 July 2023 09:21
Earth from Space: Río de la Plata
Friday, 28 July 2023 07:00
Argentina signs Artemis Accords
Friday, 28 July 2023 01:43
Argentina signed the U.S.-led Artemis Accords outlining best practices for space exploration, part of a recent surge of countries joining the agreement.
Next NASA New Frontiers mission could face extended delay
Thursday, 27 July 2023 22:43
The next competition for a NASA line of planetary science missions could suffer a multi-year delay because of constrained budgets, an agency official said July 27.
Need to image an asteroid close up? There's an AMIGO for that
Thursday, 27 July 2023 18:49
There are so many asteroids. Just in our own backyard, we've found over 30,000 Near Earth asteroids. Exploring them using traditional methods and launching a custom-made mission, like Hayabusa or OSIRIS-REx, would almost certainly be cost-prohibitive. So how can we assess whether they would make good targets for early asteroid mining missions? Ground imaging can help, but there's nothing like being on-site on one of these asteroids to get a sense of what they are made of. Those visits would be much easier if we mass-produced the Asteroid Mobile Imager and Geologic Observer (AMIGO).
AMIGO is a concept developed at the University of Arizona. It is a standard design that fits into a 1U CubeSat package of 10 x 10 x 10 cm and carries an array of scientific equipment with it. These include a magnetometer, an electric field sensor, a microscope, a laser range finder, an inertial measurement unit (IMU), and, of course, a camera.
Starlink may account for up to 40% of SpaceX’s 2023 revenues
Thursday, 27 July 2023 18:10
SpaceX has told investors that it expects to roughly double its revenues in 2023 to upwards of $8 billion (from $4 billion in 2022) as reported earlier in July by […]