Damn! I did not expect that kind of damage done to the launch pad during the launch of Artemis 1, let's see if NASA can fix the pad in time for Artemis 2. :eek:

Given how powerful the SLS rocket is at liftoff I'm not surprised at the level of damage to the launchpad however NASA does have plenty of time to not only repair it but also make structural upgrades to minimise further damage.

The Saturn V is now officially the second most powerful rocket to be launched.

I am actually surprised that NASA did not reinforce the launch pad during the time that they had due to the constant delays during the early years of what is now the Artemis program. Let's see how they manage to fix the pad during the time that they have got before Artemis 2 launches.
 
Get in, we're going to the Moon.
1f60e.svg

@NASA_Orion
's optical navigation camera captured this black-and-white photo of the lunar surface during its flyby yesterday morning.
View: https://twitter.com/LMSpace/status/1595172002528170000
 
View: https://twitter.com/equuleus_ja/status/1595260514695024640


I succeeded in photographing the day/night boundary on the far side of the moon! ! !
#EQUULEUS
View: https://twitter.com/equuleus_ja/status/1595341388840726530


This photo was taken at 2:05 am Japan time on November 22 during the lunar flyby (shooting distance of about 5550km).
We confirmed that it is the area around 15°N latitude 120°E on the far side of the Moon.
When the simulation shows the day/night boundary at that time, it can be confirmed that the boundary was captured as intended and that it matches well with past lunar photographs.
 
I am actually surprised that NASA did not reinforce the launch pad during the time that they had
As for me, I'm kinda not surprised: exactly how much reinforcement should be added to exactly which items in exactly which locations & is there the budget to do that study, analysis, development, preliminary testing?
 
View: https://twitter.com/equuleus_ja/status/1595178575577026560


The second Japanese station pass after the last approach to the moon has arrived. In this pass, we will perform CUM (Clean Up Maneuver) to cancel the errors of the orbital control (DV1, TCM) performed so far, and aim to precisely guide it to the nominal trajectory toward the Earth-Moon Lagrangian point.

View: https://twitter.com/equuleus_ja/status/1595394448531558400


CUM was carried out as planned. Based on the results of orbit determination results after DV1 and TCM, we expect that fairly precise control has been achieved. I would like to wait for the orbit determination result after the next pass
 
When you do the sums it means there is a vast thermally stable area protected from micrometers and radiation.

Mineral resources, oxygen, water...it's all there.
Cool stuff.

Let's get building.

Yes, we should. Much closer than Mars, larger caves, regolith packed full with oxygen to breath. Those giant caves turned me into a Moon groupie.
 
Relevant to this thread.

A Paralympic sprinter from the UK has been named among the latest intake of astronauts recruited by the European Space Agency.

John McFall, 41, becomes the first astronaut with a physical disability, or para-astronaut, to be recruited by the space agency in a drive to overcome the barriers that prevent disabled people from participating in space missions.

Also joining the astronaut class of 2022, the agency’s first new recruits since 2009, is Dr Rosemary Coogan, 31, who spent time in the Royal Navy reserve and gained a PhD in astronomy before working at the French Space Agency.

Coogan becomes the first UK woman to join ESA as a career astronaut and the second person from the UK to join the agency’s astronaut corps after Tim Peake, a member of the class of 2009.

 
As a Mechanical engineer, I would like to (quite) coldly reaffirm that with the right suit, there is absolutely no reasons why disabled individuals (lower half body) would perform less in space than walking Astronauts.

I am glad that this is happening now and soon. It's a great day for both the EU and UK.
 
As a Mechanical engineer, I would like to (quite) coldly reaffirm that with the right suit, there is absolutely no reasons why disabled individuals (lower half body) would perform less in space than walking Astronauts.

I am glad that this is happening now and soon. It's a great day for both the EU and UK.

I heard about this decision this morning, well done Europe and the UK for doing this. I can't wait to see these disabled astronauts going into space soon.
 
Somehow I had missed the important detail that NASA had lawns on the mobile tower ...

Emre Kelly, Florida Today
Tue, November 22, 2022 at 12:59 PM·3 min read
A massive mobile tower used for NASA's Artemis mission to the moon sustained noteworthy damages – blown-off elevator doors, charred grass, and more – during the program's first launch last week as it bore the brunt of millions of pounds of liftoff thrust.
 
Lots of green stuff right around 39B.
True: yet what I am talking about is that the article writer used grammar construction which says the grass is on the tower, "A massive mobile tower used for NASA's Artemis mission to the moon sustained noteworthy damages – blown-off elevator doors, charred grass ..."
 
As a Mechanical engineer, I would like to (quite) coldly reaffirm that with the right suit, there is absolutely no reasons why disabled individuals (lower half body) would perform less in space than walking Astronauts.

I am glad that this is happening now and soon. It's a great day for both the EU and UK.

They might actually be better astronauts if they are amputees. Less blood flow to lower limbs would mean that they could tolerate G-forces better.
 
View: https://twitter.com/jimfree/status/1595569084820692992


.@NASA_Orion exited the gravitational pull of the Moon last night and continues on its journey to distant retrograde orbit (DRO). Orion is on track to reach its furthest distance from the Moon on Friday, Nov 25 just before performing a burn to enter DRO.

View: https://twitter.com/jimfree/status/1595569260776022025


The team at @NASA_Johnson conducted a prop slosh test where they fired @NASA_Orion's reaction control system thrusters at various fill levels to measure the effect of motion on spacecraft dynamics. We'll perform the test again after the return fly-by burn to compare data points.
 
View: https://twitter.com/equuleus_ja/status/1595598076915294208


We also succeeded in photographing the far side of the Moon, and as a result of analysis, we found that the image was taken around 110 to 160 degrees east longitude (over 90 degrees is the far side of the Moon). Various large and small craters are shown (1st and 2nd images), and the sea of Moscow is also shown (2nd image). I tried to display 3 photos overlaid on the moon surface (3rd image).

View: https://twitter.com/equuleus_ja/status/1595611206437507074


This image was acquired during test radio operation
 
Baduuuuum, tssssss !!!

About disabled astronauts: watch ISS videos, astronauts are moving by grabbing ubiquitous handles with their hands: they pull themselves from handle to handle, to the point their hands are painful after a while. A disabled astronaut could do that with no problem. Those crippled lower limbs would just float around with little weight, so not an issue.

Heck, they even gets a huge morale boost akin to
"SCREW MY FUCKING WHEELCHAIR AND SCREW GRAVITY, I'M FLOATING LIKE ANYBODY ELSE".
 
Baduuuuum, tssssss !!!

About disabled astronauts: watch ISS videos, astronauts are moving by grabbing ubiquitous handles with their hands: they pull themselves from handle to handle, to the point their hands are painful after a while. A disabled astronaut could do that with no problem. Those crippled lower limbs would just float around with little weight, so not an issue.

Heck, they even gets a huge morale boost akin to
"SCREW MY FUCKING WHEELCHAIR AND SCREW GRAVITY, I'M FLOATING LIKE ANYBODY ELSE".
 
Lois McMaster Bujold proposed almost this in her sci-fi novels... however she had humans genetically modified so that they grew a second pair of arms instead of legs... specifically for O-G space environments (including aboard orbital habitats) (the lower arms are stronger, for gripping and leverage-based work, whereas the "normal" upper pair are more for dexterity-based use).

https://www.tor.com/2009/08/06/the-...he-galaxy-lois-mcmaster-bujolds-falling-free/
 
Lois McMaster Bujold proposed almost this in her sci-fi novels... however she had humans genetically modified so that they grew a second pair of arms instead of legs... specifically for O-G space environments (including aboard orbital habitats) (the lower arms are stronger, for gripping and leverage-based work, whereas the "normal" upper pair are more for dexterity-based use).

https://www.tor.com/2009/08/06/the-...he-galaxy-lois-mcmaster-bujolds-falling-free/

So basically space chimps, but with opposable thumbs on “feet”. Might be possible to graft the limbs on even without genetic modification.
 

Similar threads

Please donate to support the forum.

Back
Top Bottom