LIVE ROCKET LAUNCH! Tune in to see us send tons of research and supplies to the International Space Station aboard a SpaceX Dragon spacecraft. Liftoff of the Falcon 9 rocket is slated for no earlier than 3:11 a.m. EDT, Friday, May 3. from Space Launch Complex 40 at Cape Canaveral Air Force Station in Florida. Don’t miss the countdown to liftoff!
Blue Origin, the space company of Jeff Bezos, completed a record breaking launch of its New Shepard rocket on Thursday.
Lifting off from Blue Origin’s facility in West Texas, the mission was the first time the company launched and landed one of its rockets five times. Additionally, the rocket sent a company record 38 research and development experiments to the edge of space.
A fully-contained near-Earth asteroid retrieved to cislunar space can be used as a Research and Development destination for resource extraction and engineering tests as space-native material, unaltered by a radical change in environment, in industrial quantity, and in an accessible orbit.
As a geologist and data manager working in petroleum exploration, I’m not qualified to analyze an all-encompassing view of asteroid mining…but maybe I’m qualified to share what I see from my perspective. Rather than looking at all the reasons why asteroid mining is not currently happening, I’d like to dive deep into how changing decision-making perspectives may make a mission possible.
Continue reading “Asteroid Mining: Getting the first mission off the ground” »
As NASA seeks cost-effective access to destinations across the inner solar system, including cislunar space and Mars, it also seeks to shorten the cycle of time to develop and infuse transformative technologies that increase the nation’s capabilities in space, enable NASA’s future missions and support a variety of commercial spaceflight activities.
NASA’s Solar Electric Propulsion (SEP) project is developing critical technologies to extend the length and capabilities of ambitious new science and exploration missions. Alternative propulsion technologies such as SEP may deliver the right mix of cost savings, safety and superior propulsive power to enrich a variety of next-generation journeys to worlds and destinations beyond Earth orbit.
Energized by the electric power from on-board solar arrays, the electrically propelled system will use 10 times less propellant than a comparable, conventional chemical propulsion system, such as those used to power the space shuttles to orbit. Yet that reduced fuel mass will deliver robust power capable of propelling robotic and crewed missions well beyond low-Earth orbit — sending exploration spacecraft to distant destinations or ferrying cargo to and from points of interest, laying the groundwork for new missions or resupplying those already underway. Mission needs for high-power SEP are driving the development of advanced technologies the project is developing and demonstrating including large, light-weight solar arrays, magnetically shielded ion propulsion thrusters, and high-voltage power processing units.
