I’m still not quite sure what to make of the random Antares media day that took place Monday at Wallops. They’re three months out from OA-8 and had nothing particularly newsy to announce. Cygnus isn’t integrated and viewable yet, as has been the case for past events like this.
Last week, while I was heading to the keynote at Apple’s WWDC, India successfully launched their new vehicle, the Geostationary Launch Vehicle Mark 3.
Sridhar Narayanan wrote an incredibly-detailed article for The Planetary Society that I highly recommend reading. It’s a great history of India’s program, a great overview of where they are today, and really gives you perspective on what this launch means for them.
Dr. Thomas Lang, Professor of Radiology and Biomedical Imaging at the UCSF School of Medicine, joins the show to discuss human health and physiology in space.
This info from Koenigsmann means one of two things: they can complete the work while continuing to fly missions from 39A, or they plan to push the work to the end of the year to give themselves some time with two east coast pads operational.
Thanks to my patrons for the month of May. If you’re getting some value out of what I do here and want to send a little value back to help support Main Engine Cut Off, head over to Patreon and donate as little as $1 a month—every little bit helps.
After months of learning and experimenting with circuitry, software, 3D design, and printing, I’ve completed the final layout and design of my Kerbal Space Program controller.
Rand Simberg joins me to talk about his recent trip to the Space Tech Expo, the dawning of the age of in-space manufacturing, the future of SLS and Orion, the National Space Council, and a lot more.
Overall, I’m quite disappointed at the missed opportunity XS-1 presented to widen the industry. It’ll take a lot to convince me that a Boeing project of this sort will ever be affordable. Boeing doesn’t have the best reputation for cost-efficiency when it comes to launch vehicles—Delta IV and SLS being the two most recent examples—and their last small launch DARPA project didn’t end well.
A four-year difference in arrival is a huge deal, for both the scientific timeline as well as the management of the program. This change cuts five years of fixed costs out of the budget. Hopefully that money can go to other parts of the mission to increase its capability or duration.
I love seeing the breadth of approaches being taken by small launch companies. Just about every entrant has a unique component to their architecture: Rocket Lab with their electric turbopumps, Virgin Orbit with air launch, Vector with mobile pad systems, to name a few.
Things people usually shout “Pork!” about are usually defensible in some way. The prime contractors for SLS are the same old insiders, the work is centralized in the same old districts, but the vehicle itself is still politically defensible as a unique capability the market does not (yet) provide.
But this situation is a pretty blatant, indefensible example of the North Alabama Space Agency.
Last week was rough for the Space Launch System. An issue with weld tooling was discovered, with some serious consequences, and then a LOX tank dome was dropped and damaged beyond repair. To top it off, NASA announced that EM-1 will fly without crew, and is delayed until 2019.
Curious that the ultra-secretive Blue Origin said anything about this at all. Getting out in front of it is better than letting news of a test stand failure leak out. I doubt we’ll get any other details on it, but there are a lot of questions here.