Well, there aren't too many NASA programs that have remained in limbo for 10+ years, like the BA orbital space platform.
The issue then becomes do we really want to judge private companies by the same standards as NASA, when it comes to making public proposals?
In 2013, Bigelow indicated that the reason he went into the commercial real estate business was to obtain the requisite resources to be able to fund a team developing space destinations.
But many people don't realize that people at JSC were pushing inflatable modules [...]
As someone else wondered, how does Bigelow pay his people? What is their source of income to keep generating new concepts to pitch?
I am listening to the announcement of the Space Act Agreement between NASA and Bigelow Aerospace; I think it would be informative if people on this thread stood back and listened again to what was being discussed as the reason for and the what was looked for in the SAA. This from the key players at NASA, Bill Gerstenmaier and at Bigelow Aerospace, Bob Bigelow. To be informed, is to be knowledgeable and to be knowledgeable, is to be intelligent..... Regarding customers for Bigelow Aerospace, this is a quote from Yves impressive article:Despite these attractive prices, Bigelow confirmed – during the press conference that followed the release of the Gate 2 report – that no agreement has yet been signed with customers for his BA-330 but he indicated that this was on purpose. He said that until commercial crew is ready, he cannot finalize any contract with potential customers.edit, forgot the link to the audio presentation
NASA received a report from Bigelow - could one do a freedom of information request to get an electronic version?
Quote from: DMeader on 02/07/2014 05:23 pmThe picture of the Olympus carrier module was a bit of a shock. Would you want to bring a spacecraft with (I assume) live thrusters inside? Even inhibited from operating, they could leak. Seems some provisions for purging would have to be created.The reason people are unhappy about the Olympus Carrier is that rocket fuels are very dangerous and are likely to kill the astronauts. Some propellants, including hydrazine, are poisonous. Even non-toxic ones like hydrogen and methane can burn in oxygen. Consequently astronauts will have to wear spacesuits when working on fuel tanks and engines. It is easier and safer to leave the spaceship outside and work on it using robotic arms.A space dock will need a control and living cabin to house the repair astronauts. See the attached picture for a suggestion.The ability to bring a cabinet full of electronics inside may be useful. Possibly even an engine, providing all the fuel has been vented to space first. Arms will still be needed to insert and remove the item being repaired.
The picture of the Olympus carrier module was a bit of a shock. Would you want to bring a spacecraft with (I assume) live thrusters inside? Even inhibited from operating, they could leak. Seems some provisions for purging would have to be created.
The more interesting scenario that nobody has mentioned so far is how the vehicle gets from the airlock to the docking port seen in the slide.
I'm interested that nobody's calling out hydrazine toxicity with the indoor Dragons. Is it sort of assumed that nontoxic dracos are on SpaceX's roadmap somewhere?
From the article:QuoteMr. Gold also noted that Bigelow is currently in negotiation with NASA for further activities and is cautiously optimistic that they will be able to make an announcement soon.This is interesting if true. What near-term "further activities" might they be discussing?
Mr. Gold also noted that Bigelow is currently in negotiation with NASA for further activities and is cautiously optimistic that they will be able to make an announcement soon.