Quote from: Galactic Penguin SST on 03/22/2011 06:51 amDidn't Jorge said that this was the plan about one or two years ago, but now the ISS team are looking for a direct LIDS-CBM adapter, and move the two PMAs to Node 3 as end storage places?That's correct. ATLAS is no longer the plan.
Didn't Jorge said that this was the plan about one or two years ago, but now the ISS team are looking for a direct LIDS-CBM adapter, and move the two PMAs to Node 3 as end storage places?
Quote from: Jorge on 03/22/2011 11:22 amQuote from: Galactic Penguin SST on 03/22/2011 06:51 amDidn't Jorge said that this was the plan about one or two years ago, but now the ISS team are looking for a direct LIDS-CBM adapter, and move the two PMAs to Node 3 as end storage places?That's correct. ATLAS is no longer the plan.Makes me wonder: is LM aware of this?
Just to clear this up, ATLAS is no longer the plan, and it seems likely that PMA-3 will be brought down on STS-135 - meaning that they won't be used in future.
Quote from: Space Pete on 03/26/2011 10:46 pmJust to clear this up, ATLAS is no longer the plan, and it seems likely that PMA-3 will be brought down on STS-135 - meaning that they won't be used in future.Just out of curiosity, what are the trade-offs between bringing PMA-3 down on the shuttle vs "simply" jettisoning it as they did the early ammonia servicer? It doesn't appear to have any heavy components (or light tanks) that might survive re-entry. Surface area to volume also appear to favor it dropping out of the station orbit fairly quickly... or is this just a case of them having the downmass and trunnions to spare -- so why not bring it down?
In addition, Lacefield said the program expects to lower costs and reduce the MPCV’s development schedule through “proto-flight testing,” in which some of the capsule’s technologies are demonstrated on flight vehicles rather than test articles.For example, “on the first flight vehicle we will actually do a lot of vibration and loads testing before we deliver it to be flight-tested,” he said, adding that such an approach could shave a year off of Orion’s development timeline.“What we’ve tried to do is become more affordable and streamline the program so that we can accomplish it in a shorter time period and at much lower cost,” he said. The program is on track to conduct a flight test of Orion by summer 2013, he noted.
Quote from: Robotbeat on 04/22/2011 08:52 pmI like the idea of a common vehicle that can be used for exploring an asteroid or as a pressurized rover or for servicing. Then again, the requirements are so very different that it probably doesn't make a heck of a lot of sense. Still looks awesome, though!!!I wouldn't say that, the biggest difference between an asteroid and the moon is the gravity well, and that is solved with the Mobility Chassis. Only thing that the SEV would need for an asteroid would be thrusters but even then not that many if Orion is close by.Also notice the design has changed to have a clam shell that covers the suitports rather than open like the LER.
I like the idea of a common vehicle that can be used for exploring an asteroid or as a pressurized rover or for servicing. Then again, the requirements are so very different that it probably doesn't make a heck of a lot of sense. Still looks awesome, though!!!
Watching the video it just struck me, the EDS from the clip used in this video is from the old Ares V video, but when comparing it's width to Orion, it's only 8.4m wide.
I think that's a Cygnus in the very back there! Also, that picture shows the behind-the-panel part of Dragon that was off limits when it was being displayed in DC.
Quote from: Jason1701 on 05/05/2011 01:25 amI think that's a Cygnus in the very back there! Also, that picture shows the behind-the-panel part of Dragon that was off limits when it was being displayed in DC.Yeah it is, happens to be the only pic I took of stuff with my cellphone. I couldn't get out there when everything was all setup.