Over the past five years I’ve noticed many in the industry misinterpret “The Moore’s Law of Space”.
The interpretation has been too literal: with electronics/chips becoming more capable we should strive to do what we were doing before with less - less mass and smaller satellites
Exclusive:
@K2SpaceCo
raised $50 million in an equity round led by
@altcap
, as the developer of monster satellites prepares for its first demonstration mission later this year.
First hot-fire of the
@K2SpaceCo
thruster which will be the highest power hall thruster ever flown (by a factor of 4).
This thruster was designed, built, and fired in under a year by one of the most talented teams I’ve ever worked with.
If you want to build things no one else
We’ve been pretty secretive about our progress to date but it was great sitting down with
@jeff_foust
to share just a few of
@K2SpaceCo
’s latest updates!
Talked with the founders of K2 Space about their upcoming tech demo mission, work with the DOD and an unnamed commercial customer, and testing of a new, powerful Hall effect thruster.
Weeks like these are what childhood me dreamed of. First
@VardaSpace
with a perfect reentry and now
@Int_Machines
with a perfect moon landing.
We are living in a golden age of space exploration and we’re just getting started.
Your order was delivered… to the Moon! 📦
@Int_Machines
' uncrewed lunar lander landed at 6:23pm ET (2323 UTC), bringing NASA science to the Moon's surface. These instruments will prepare us for future human exploration of the Moon under
#Artemis
.
Pictures like these are what make the incredibly hard work of building spacecraft worth it. We re-designed video systems on Dragon and Falcon several times just to make sure we could share moments like these with the world.
Godspeed IM-1!
@K2SpaceCo
is cheering you on.
Intuitive Machines successfully transmitted its first IM-1 mission images to Earth on February 16, 2024. The images were captured shortly after separation from
@SpaceX
's second stage on Intuitive Machines’ first journey to the Moon under
@NASA
's CLPS initiative.
Wake up to a beautiful Starship launch, spend the morning chatting about
@K2SpaceCo
’s high power satellites with
@acolangelo
. Day off to a great start!
🎙️ Starship had an epic launch today, so what better time to have Neel from
@K2SpaceCo
on the show to talk about what they’re working on for the post-Starship future (and the nearer-term, too)! Have a listen:
On the (potential) eve of what will likely be the most exciting rocket launch in recent history, some things to keep in mind:
1. This is a test.
2 . The purpose of a test is to gather data.
3. The most valuable data comes from failure.
Despite the above, you can bet I’m
Today the world wakes up to a new era in spaceflight, we’re now entering the age of Starship.
Can’t wait to send 40+ of
@K2SpaceCo
20kW satellites to space on this incredible rocket.
NASA has awarded Astrolab and its partners a contract worth up to $1.9 billion to advance the development of the Lunar Terrain Vehicle which will help Artemis astronauts explore more of the Moon’s surface.
Read the full announcement:
It is imperative we maintain the ability to observe astronomical events across the EM spectrum. Losing Chandra would introduce a huge gap in our ability to do so.
We need to:
1. Maintain operation of our great observatories to continue gathering critical data until they can be
@thesheetztweetz
I move to modify our docking language based on size: *the Orion capsule or Gateway station will dock with Starship
Time to put some respect on Starship’s name!
@SpaceAbhi
As someone who had to send manual commands to Dragon after T-10mins due to an autosequence failure I wholeheartedly agree. Tightening up the verification of the launch autos for Crew was one of the best things we did after learning a few lessons from CRS.
@acopiaventures
In a sense, yes, through the flywheel effect. As the mass barrier weakens, completely new industries/applications become possible which in turn generate demand for more mass to orbit. After some supply lag this further drives down launch costs.
@Starlink
and
@VardaSpace
are
Read SMAD (3rd edition) Chapter 8 if you want to understand just how scary this situation could be.
Designing a satellite to survive the LEO environment has become a fairly trivial exercise. Designing satellites with new methods of hardening to survive this and the multi-orbit
@KaranKunjur
@SpaceX
200t to LEO means roughly 100 Mega Class satellites = 2MW of power deployed per launch, may need to squish sat height a tiny bit to fit but very doable
@wendyonthego
@VardaSpace
Reentry was always my favorite shift, except for the part where blackout always lasts 15secs longer than predicted!
Well done bringing the mission home
@nunzi46
@K2SpaceCo
Hey, it gets cold out there on the moon.
Also if a space components biz gave me 50% off for a shot like this I would totally take them up on it.