Latest posts · Page 2101
@raytech247 @WholeMarsBlog Even GM & Chrysler went bankrupt in 2009. Ford and Tesla are the only US car companies that have avoided bankruptcy.
View post →Captured source text.
@raytech247 @WholeMarsBlog The Model 3 production ramp was sheer agony for two years, but that was do or die for Tesla. No US car company has reached high volume production with sustained free cash flow in ~100 years. Hundreds of car startups all died or were absorbed for peanuts by big three.
View post →Captured source text.
@EvaFoxU @WholeMarsBlog Bringing a new product to volume production is 1% inspiration & 99% perspiration. You do still need that critical seed of inspiration, but it’s fun & takes ~100 people. Production takes >10,000 people & hurts like hell until the gigantic cybernetic collective runs smoothly.
View post →Captured source text.
@skorusARK Marginal cost of Starship mass to orbit should be well under $100/kg. Fully burdened cost depends on flight rate.
View post →Captured source text.
@WholeMarsBlog Prototypes are a piece of cake, but high volume production of a new technology is extremely hard. Takes much longer than people think to climb the production S-curve. I can’t emphasize enough that production is by *far* the hard part.
View post →Captured source text.
@WholeMarsBlog We do expect to make heavy use of LFP for medium range cars & stationary storage
View post →Captured source text.
@WholeMarsBlog Berlin will use 4680 cell with structural battery pack & front & rear single piece castings. Also, a new paint system. Lot of new technology will happen in Berlin, which means significant production risk. Fremont & Shanghai will transition in ~2 years when new tech is proven.
View post →Captured source text.
@AstroJordy @WholeMarsBlog They are
View post →Captured source text.
@WholeMarsBlog I do so wish that more companies would put down their spreadsheets for a moment and focus on making products that move your heart
View post →Captured source text.
@PPathole @klod_ua @Erdayastronaut @TrevorMahlmann @johnkrausphotos @Mike_Seeley 7 bar absolute, which is fine for flight. This was a proof test, rather than a burst test. We’ll hopefully fix the leak today & retest.
View post →Captured source text.
@klod_ua @Erdayastronaut @TrevorMahlmann @johnkrausphotos @Mike_Seeley Cryo pressure test succeeded, but a small leak opened up near the engine mounts, possibly due to differential shrinking
View post →Captured source text.
@Erdayastronaut @TrevorMahlmann @johnkrausphotos @Mike_Seeley One of the best shots ever!
View post →Captured source text.
@SamTalksTesla @SpaceX Much sooner
View post →Captured source text.
@mdcainjr @SpaceX @45thSpaceWing @NASA Great photo!
View post →Captured source text.
@DirtyTesla @SpaceX It will soon
View post →Captured source text.
@SpaceX Once these satellites reach their target position, we will be able to roll out a fairly wide public beta in northern US & hopefully southern Canada. Other countries to follow as soon as we receive regulatory approval.
View post →Captured source text.
@flcnhvy @alvianchoiri We’re not seeing notable differences yet. I think the boosters could probably do 100+ reflights. Some of the (small) composite helium tanks would need to be replaced. Maybe turbopump hot sections.
View post →Captured source text.
@PPathole @alvianchoiri Roughly a week or two turnaround is all that’s needed to meet max launch demand. Starship Super Heavy is designed for reflight in less than an hour.
View post →Captured source text.
@alvianchoiri Ahem, yes, it was the 3rd flight of this booster & 3rd flight for active half of fairing. Aiming for 10+ flights of booster & fairing by end of next year.
View post →Captured source text.
4th flight & landing for this booster
View post →Captured source text.