SpaceX's Starship launching to orbit for first time ever today
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Unofficial Hacker News client; not affiliated with Y Combinator.
SpaceX's Starship launching to orbit for first time ever today
Unofficial Hacker News client; not affiliated with Y Combinator.
paulus_magnus2 · · focus · HN ↗
-- they have an orbital launcher with the largest diameter cargo bay
-- larger sats have bigger antennas and bigger PV area and more bus power. this scales as diam^2
-- 26 x Starlink v3 ~40-65 tons to LEO
-- every launch generates revenue, locks out the orbit for competitors.
-- they can launch more volume, more mass and cheaper than anyone else by a large margin
-- the design is validated - things will work
-- there is technical debt, issues but the rocket did the job
Caveats
-- timelines for full reusability are optimistic etc
-- there will be other issues in scaling to launching gigawats into orbit
-- cooling will have to be
-- Musk might go Full Villan mode before the thing works
[meta] I really didn't like that other negative comment getting voted to the top. Looks like it's made by someone who never worked in a bigco. For every bigco I worked, at any time there were hundreds if not thousands of open issues. You could list them and try arguing the company is about to fail and you'd scare people who don't know better.
It's the judgement of the severity of the issue that matters not #no_of_issues. And if there were 0 issues would our job exist?
[edit] getting the formatting right is very hard, maybe we could get a preview / TinyMCE ?
fluidcruft · · focus · HN ↗
I swear to God LinkedIn would describe taking a shit in a public park this way. The West Coast is out of their damn minds.
rkagerer · · focus · HN ↗
Genuinely interested. How does or doesn't an existing satellite constrain other operators from desirable orbits? Is it irrelevant because many satellites can share the same orbit at different phase angles (i.e. satellite train), and there are more than enough similar orbits to go around? How many spacecraft would it take to actually be a concern (accounting for attrition from end-of-life ones going out of service, and the point of crowding where diminishing spatial/temporal buffers available for the collision avoidance adjustments needed to practically maintain your desired orbit become too risky).
fluidcruft · · focus · HN ↗
ggreer · · focus · HN ↗
Also Starlink V3 orbits are at 330–370km, which is below pretty much everything else in space. Atmospheric drag is high enough that without ion thrusters, satellites will deorbit in a couple years. If SpaceX doesn't keep launching stuff, it will self-clean and allow others to use it.
rlt · · focus · HN ↗
fluidcruft · · focus · HN ↗