I wonder if Endeavor's solar panels held up so well that they're acceptable for a regular crew mission, or if (more likely I suppose) they'll upgrade them during refurbishment.
Quote from: mark_m on 07/23/2020 06:53 pmI wonder if Endeavor's solar panels held up so well that they're acceptable for a regular crew mission, or if (more likely I suppose) they'll upgrade them during refurbishment.The solar cells are on the trunk. unfortunately - they'll be burned up on re-entry.
Isn't the reuse the story?
Quote from: SteveU on 07/23/2020 06:57 pmQuote from: mark_m on 07/23/2020 06:53 pmI wonder if Endeavor's solar panels held up so well that they're acceptable for a regular crew mission, or if (more likely I suppose) they'll upgrade them during refurbishment.The solar cells are on the trunk. unfortunately - they'll be burned up on re-entry.Didn't think that one through, did I? Okay, any other aspects of Endeavor that was demo-worthy but will need to be upgraded for a full capacity and duration mission?
So February 2021 is the launch date. That means we'll see two Crew Dragons docked at the same time for the direct handover, right?
And I'm curious what's happening with Boeing CFT, they were expecting short turnaround between OFT-1 and CFT so if OFT-2 is going up Octoberish, why not send CFT in February?
It has been stated that the vehicle is more susceptible to wind buffeting and such.
Where?
Quote from: Alexphysics on 07/24/2020 04:17 pmWhere?https://twitter.com/jeff_foust/status/1286311950624993281
Quote from: Elthiryel on 07/24/2020 04:19 pmQuote from: Alexphysics on 07/24/2020 04:17 pmWhere?https://twitter.com/jeff_foust/status/1286311950624993281Ah, boh, this is basically them making the landing winds requirement stricter for this mission. They explained it before the launch. It's not capsule-related, it's mission-related. Later missions will have less strict requirements.
The current configuration of the Crew Dragon, which has a very limited wind margin and which will be improved in subsequent capsules, in the recovery zone is expected to create a challenge in selecting the landing site, only because of wind and weather conditions. In allowance for this limitation SpaceX and NASA teams have preapproved seven landing sites, which is an increase from the original three.
I don’t think that’s the idea at all. This is the first mission with crew so they are extra careful. Once they get experience, they can open up the allowables a bit more. Most likely WITHOUT any substantial changes. Simply by accumulating more data and thus model validation.
Quote from: Robotbeat on 07/24/2020 05:32 pmI don’t think that’s the idea at all. This is the first mission with crew so they are extra careful. Once they get experience, they can open up the allowables a bit more. Most likely WITHOUT any substantial changes. Simply by accumulating more data and thus model validation.Indeed, the only thing I've heard about Crew Dragon entry dynamics came from Musk directly, on launch day. I read that he was asked if he was worried for the crew during the launch. He said not really, the Falcon was very well understood, and very reliable. He was much more concerned about entry, because, under certain conditions, the capsule could suffer from potentially fatal attitude excursions due to cross-coupling issues. I seem to recall that this was in relation to the super draco nozzle covers flying on this particular mission, though I could be wrong about that.Anyone else recall hearing this tidbit? Did y'all get further details, or perhaps understand it better than I did?
“The Crew-1 vehicle can land in a little bit higher wind state,” Stich said in a press briefing May 31. “SpaceX has changed some of the outer composite panels to make that a little stronger.”