"I still don't know to this day if my boss, Charlie, was in on the whole deal."
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I am still amazed how they can burn 10 billion and not have much to show for it.
Bolden is still against Starship to this day because "it's too big".
I'm talking about building something to go into Starship. It represents a huge opportunity to completely change the way we think about building satellites and probes, suddenly being essentially freed of mass restrictions and so cripple us when designing spacecraft. It will take a sea change as NASA to take advantage of this, one they are not currently planning for.It's going to be impossible for NASA to use because cost modeling they use is basically "1kg = $this much", so suddenly having such a large launch capacity will screw this.Bolden is still against Starship to this day because "it's too big".
That's not true. With commercial companies, the government pays for a service. With SLS, the government was buying a capability.
Very nice Q&A...one that makes me want to read her book.
My sense of things is that I believe Garver's narrative as outlined here.
I do have a question, though: is there ANY narrative out there, one that makes sense, that opposes Garver's views (as expressed here)?
My oh my what a boondoggle.
The narrative from Nelson and Hutchison, both of whom I have spoken with about this topic, is that they were working to preserve NASA's (and by extension that of the United States) launch work force. They felt that American capabilities in large launch vehicles, and solid rocket motors, and high-energy propulsion, needed to be conserved. So in their minds they were "keeping the band together" to ensure that the United States retained these key capabilities as strategic national assets. They also felt that by giving up Constellation, the Obama administration was turning away from human spaceflight for good.
I'm sorry you have to go to Melbourne. Maybe you can hop over to Orlando for a few days during the first couple of SLS scrubs.Damn, Eric is on fire this week. What's next, an interview with Gwynne Shotwell?
Headed to Boca Chica this evening for the SpaceX and T-Mobile announcement, and then Florida's Space Coast this weekend for the Artemis I launch. So yeah, busy times.
It won’t do anything for my (lack of) reception in the back of Costco and a nearby Mallwart, but outdoor connectivity deep into the forests and mountains where no carrier’s signal currently reaches would be a game-changer, even if it’s just enough to send some texts or make a call.My own speculation:Nothing but speculation. Not sure if there was/is a news embargo, but this was only released just yesterday, with little more information than "there will be an announcement".Damn, Eric is on fire this week. What's next, an interview with Gwynne Shotwell?
Headed to Boca Chica this evening for the SpaceX and T-Mobile announcement, and then Florida's Space Coast this weekend for the Artemis I launch. So yeah, busy times.
Guess I need to do some googling to find out what that's about.
(SpaceX + T-Mobile? huh? ).
Have a nice trip Eric.
Boring version: T-Mobile is going to use Starlink for backhaul.
Super-speculative version: SpaceX is going to use T-Mobile's spectrum to provide direct cellular service. That wouldn't be a Starlink satellite as they exist now, but I do know at least a few groups are working on schemes where that would work.
As a launch vehicle there's nothing particularly daring with Starship. It's made of stainless steel which is odd but not unheard of. But in terms of launching many tonnes of mass to orbit there's nothing novel. It's the landing and reuse goals that are new.Really great insight. I can't wait to read Escaping Gravity to get the full story.
One nitpick -- it's important the spaceflight community views Starship with a pragmatic attitude. Lori's presented quotes discuss Starship like its a certainty, but it certainly is not. In a way I feel like SpaceX suffers from their own success with the public in this regard. We are so used to their success we forget how incredibly daring Starship as a vehicle and spaceflight architecture is. True innovation always comes with a corresponding large amount of risk. SpaceX and NASA are definitely pushing the envelope here, and the public should keep in mind that daring great things requires a steely eyed acceptance that things may go wrong.
F-35 replaces several aircraft (including the aging Harrier) and will help defend the interests of the US and Allies, SLS will fly every one or two years until it collapses under the weight of being compared to the commercial offersI am still amazed how they can burn 10 billion and not have much to show for it.
That's still chump change compared to the F-35 development. Not sure which was less worth it, either.
F-35 is also similar in price (or even cheaper!) than other modern fighter aircraft on the market, like the Rafale. The SLS is an order of magnitude more expensive than current competition, and even at least twice as expensive as (and less capable than) the 60 year old Saturn V.
I wish SLS got the bad press that F-35 gets, it deserves it more.
Additionally, it's not like expertise in solid rocket motors is going anywhere. The DoD uses lots of solids-propelled devices and the ICBM renewal provides far more money to SRBs than SLS ever could.Very nice Q&A...one that makes me want to read her book.
My sense of things is that I believe Garver's narrative as outlined here.
I do have a question, though: is there ANY narrative out there, one that makes sense, that opposes Garver's views (as expressed here)?
My oh my what a boondoggle.
The narrative from Nelson and Hutchison, both of whom I have spoken with about this topic, is that they were working to preserve NASA's (and by extension that of the United States) launch work force. They felt that American capabilities in large launch vehicles, and solid rocket motors, and high-energy propulsion, needed to be conserved. So in their minds they were "keeping the band together" to ensure that the United States retained these key capabilities as strategic national assets. They also felt that by giving up Constellation, the Obama administration was turning away from human spaceflight for good.
That's a very lightweight argument. Delta IV and Atlas V cover large vehicles (the Delta IV Heavy), high energy propulsion (with the RS-68 (D-IV) and RL-10 (both D-IV and A-V)) and solid rocket motors (with both ATK and AJR providing SRBs for D-IV and A-V). Start a long-term program for a RD-180 replacement and you've now got a 100% homegrown launch capability. And doing something like getting Orion launching on an Atlas or Delta would probably have gotten it launching sooner than waiting for SLS to show up.
It seems to me that "keeping the band together" is actually "keeping the band playing the same tunes in the same venue".
My own speculation:Nothing but speculation. Not sure if there was/is a news embargo, but this was only released just yesterday, with little more information than "there will be an announcement".Damn, Eric is on fire this week. What's next, an interview with Gwynne Shotwell?
Headed to Boca Chica this evening for the SpaceX and T-Mobile announcement, and then Florida's Space Coast this weekend for the Artemis I launch. So yeah, busy times.
Guess I need to do some googling to find out what that's about.
(SpaceX + T-Mobile? huh? ).
Have a nice trip Eric.
Boring version: T-Mobile is going to use Starlink for backhaul.
Super-speculative version: SpaceX is going to use T-Mobile's spectrum to provide direct cellular service. That wouldn't be a Starlink satellite as they exist now, but I do know at least a few groups are working on schemes where that would work.
Starship doesn't have to be full when it launches to orbit. Most other customers won't be able to figure out how to use 100-150 tonnes of payload capacity either.It's going to be impossible for NASA to use Starship because the cost modeling they use is basically "1kg = $this much", so suddenly having such a large launch capacity will screw this and make building anything for it impossible.Bolden is still against Starship to this day because "it's too big".
On the surface, that doesn’t seem like an unreasonable position, frankly. Especially when placed against the backdrop of needing the Russians to send crew to the ISS.The narrative from Nelson and Hutchison, both of whom I have spoken with about this topic, is that they were working to preserve NASA's (and by extension that of the United States) launch work force. They felt that American capabilities in large launch vehicles, and solid rocket motors, and high-energy propulsion, needed to be conserved. So in their minds they were "keeping the band together" to ensure that the United States retained these key capabilities as strategic national assets.
On the surface, that doesn’t seem like an unreasonable position, frankly. Especially when placed against the backdrop of needing the Russians to send crew to the ISS.The narrative from Nelson and Hutchison, both of whom I have spoken with about this topic, is that they were working to preserve NASA's (and by extension that of the United States) launch work force. They felt that American capabilities in large launch vehicles, and solid rocket motors, and high-energy propulsion, needed to be conserved. So in their minds they were "keeping the band together" to ensure that the United States retained these key capabilities as strategic national assets.
"I still don't know to this day if my boss, Charlie, was in on the whole deal."
What about preserving the knowledge to make multi-segment solid motors and transport them across the country - say between Utah and Florida to chose an example at random?Additionally, it's not like expertise in solid rocket motors is going anywhere. The DoD uses lots of solids-propelled devices and the ICBM renewal provides far more money to SRBs than SLS ever could.Very nice Q&A...one that makes me want to read her book.
My sense of things is that I believe Garver's narrative as outlined here.
I do have a question, though: is there ANY narrative out there, one that makes sense, that opposes Garver's views (as expressed here)?
My oh my what a boondoggle.
The narrative from Nelson and Hutchison, both of whom I have spoken with about this topic, is that they were working to preserve NASA's (and by extension that of the United States) launch work force. They felt that American capabilities in large launch vehicles, and solid rocket motors, and high-energy propulsion, needed to be conserved. So in their minds they were "keeping the band together" to ensure that the United States retained these key capabilities as strategic national assets. They also felt that by giving up Constellation, the Obama administration was turning away from human spaceflight for good.
That's a very lightweight argument. Delta IV and Atlas V cover large vehicles (the Delta IV Heavy), high energy propulsion (with the RS-68 (D-IV) and RL-10 (both D-IV and A-V)) and solid rocket motors (with both ATK and AJR providing SRBs for D-IV and A-V). Start a long-term program for a RD-180 replacement and you've now got a 100% homegrown launch capability. And doing something like getting Orion launching on an Atlas or Delta would probably have gotten it launching sooner than waiting for SLS to show up.
It seems to me that "keeping the band together" is actually "keeping the band playing the same tunes in the same venue".
Additionally, it's not like expertise in solid rocket motors is going anywhere. The DoD uses lots of solids-propelled devices and the ICBM renewal provides far more money to SRBs than SLS ever could.Very nice Q&A...one that makes me want to read her book.
My sense of things is that I believe Garver's narrative as outlined here.
I do have a question, though: is there ANY narrative out there, one that makes sense, that opposes Garver's views (as expressed here)?
My oh my what a boondoggle.
The narrative from Nelson and Hutchison, both of whom I have spoken with about this topic, is that they were working to preserve NASA's (and by extension that of the United States) launch work force. They felt that American capabilities in large launch vehicles, and solid rocket motors, and high-energy propulsion, needed to be conserved. So in their minds they were "keeping the band together" to ensure that the United States retained these key capabilities as strategic national assets. They also felt that by giving up Constellation, the Obama administration was turning away from human spaceflight for good.
That's a very lightweight argument. Delta IV and Atlas V cover large vehicles (the Delta IV Heavy), high energy propulsion (with the RS-68 (D-IV) and RL-10 (both D-IV and A-V)) and solid rocket motors (with both ATK and AJR providing SRBs for D-IV and A-V). Start a long-term program for a RD-180 replacement and you've now got a 100% homegrown launch capability. And doing something like getting Orion launching on an Atlas or Delta would probably have gotten it launching sooner than waiting for SLS to show up.
It seems to me that "keeping the band together" is actually "keeping the band playing the same tunes in the same venue".
My own speculation:Nothing but speculation. Not sure if there was/is a news embargo, but this was only released just yesterday, with little more information than "there will be an announcement".Damn, Eric is on fire this week. What's next, an interview with Gwynne Shotwell?
Headed to Boca Chica this evening for the SpaceX and T-Mobile announcement, and then Florida's Space Coast this weekend for the Artemis I launch. So yeah, busy times.
Guess I need to do some googling to find out what that's about.
(SpaceX + T-Mobile? huh? ).
Have a nice trip Eric.
Boring version: T-Mobile is going to use Starlink for backhaul.
Super-speculative version: SpaceX is going to use T-Mobile's spectrum to provide direct cellular service. That wouldn't be a Starlink satellite as they exist now, but I do know at least a few groups are working on schemes where that would work.
I was at Boeing Houston during that particular time, and the angry rhetoric toward Obama that was echoing up and down the halls was something else. The crazy level started at "Obama's gonna fire us all and give NASA's money to the democrats!" and went rapidly north from there. The spin that we were fed—from internal boeing news emails, from management, from senior leadership—was that Obama hated NASA, hated space, and hated us. It was pretty poisonous stuff.They also felt that by giving up Constellation, the Obama administration was turning away from human spaceflight for good.
My mortgage—and the mortgages of thousands of other folks who were in aerospace at the time—thanks you for the tax contribution. There's lots to show for that money! Just not lots of, you know, space stuff. But it certainly wasn't thrown in a hole in the ground or lit on fire.I am still amazed how they can burn 10 billion and not have much to show for it.
What about preserving the knowledge to make multi-segment solid motors and transport them across the country - say between Utah and Florida to chose an example at random?
But the ultimate goal of the F-35 was to actually fly in an operational sense. And while it may not be perfect, it does actually do that. And unlike SLS, per hour operational costs aren’t crazy out of line with other high-performance military jets. However it does suffer from the B-2 problem of being so expensive that you can’t use it on more risky missions, where it’s stealth and other functions are at highest advantage over older aircraft.I am still amazed how they can burn 10 billion and not have much to show for it.
That's still chump change compared to the F-35 development. Not sure which was less worth it, either.
It's a very reasonable-sounding load of horse crap and they know it.On the surface, that doesn’t seem like an unreasonable position, frankly. Especially when placed against the backdrop of needing the Russians to send crew to the ISS.The narrative from Nelson and Hutchison, both of whom I have spoken with about this topic, is that they were working to preserve NASA's (and by extension that of the United States) launch work force. They felt that American capabilities in large launch vehicles, and solid rocket motors, and high-energy propulsion, needed to be conserved. So in their minds they were "keeping the band together" to ensure that the United States retained these key capabilities as strategic national assets.
So far, I don't think people beyond our community really know what's happening.
Don't worry, we know. This is a daring technology demonstration to show the world that you can build an entire rocket out of pork.
I am still amazed how they can burn 10 billion and not have much to show for it.
I was at Boeing Houston during that particular time, and the angry rhetoric toward Obama that was echoing up and down the halls was something else. The crazy level started at "Obama's gonna fire us all and give NASA's money to the democrats!" and went rapidly north from there. The spin that we were fed—from internal boeing news emails, from management, from senior leadership—was that Obama hated NASA, hated space, and hated us. It was pretty poisonous stuff.They also felt that by giving up Constellation, the Obama administration was turning away from human spaceflight for good.
Yeah, my dad’s last few years of work and his pension thank you taxpayers as well.I was at Boeing Houston during that particular time, and the angry rhetoric toward Obama that was echoing up and down the halls was something else. The crazy level started at "Obama's gonna fire us all and give NASA's money to the democrats!" and went rapidly north from there. The spin that we were fed—from internal boeing news emails, from management, from senior leadership—was that Obama hated NASA, hated space, and hated us. It was pretty poisonous stuff.They also felt that by giving up Constellation, the Obama administration was turning away from human spaceflight for good.
My mortgage—and the mortgages of thousands of other folks who were in aerospace at the time—thanks you for the tax contribution. There's lots to show for that money! Just not lots of, you know, space stuff. But it certainly wasn't thrown in a hole in the ground or lit on fire.I am still amazed how they can burn 10 billion and not have much to show for it.
What about preserving the knowledge to make multi-segment solid motors and transport them across the country - say between Utah and Florida to chose an example at random?
Is it possible that hypersonic-glide re-entry vehicles will be big enough that you will need multi-segment solid motors in silos in South Dakota?
(the SRBs are 50% higher diameter and five times as tall as the first stage of the LGM-118 Peacekeeper, which I think was the biggest solid-motor ICBM the US fielded)
T-Mobile already uses any available WiFi around to place calls if you enable that option. So while bundling might be good, it's not like T-Mobile needs Starlink's WiFi to enable service.My own speculation:Nothing but speculation. Not sure if there was/is a news embargo, but this was only released just yesterday, with little more information than "there will be an announcement".Damn, Eric is on fire this week. What's next, an interview with Gwynne Shotwell?
Headed to Boca Chica this evening for the SpaceX and T-Mobile announcement, and then Florida's Space Coast this weekend for the Artemis I launch. So yeah, busy times.
Guess I need to do some googling to find out what that's about.
(SpaceX + T-Mobile? huh? ).
Have a nice trip Eric.
Boring version: T-Mobile is going to use Starlink for backhaul.
Super-speculative version: SpaceX is going to use T-Mobile's spectrum to provide direct cellular service. That wouldn't be a Starlink satellite as they exist now, but I do know at least a few groups are working on schemes where that would work.
What about: T-Mobile is going to bundle Starlink base stations with some of their plans for rural customers? And that those base stations might provide picocell services for the area around them.. That wouldn't require new satellites, just additional equipment with the base stations (I guess that's kind of like your backhaul version but on a retail level - I guess it could be both)..
More importantly, the recommended alternative to Ares/SLS was to improve the commercial offerings of Atlas and Delta to fulfill their roles.Very nice Q&A...one that makes me want to read her book.
My sense of things is that I believe Garver's narrative as outlined here.
I do have a question, though: is there ANY narrative out there, one that makes sense, that opposes Garver's views (as expressed here)?
My oh my what a boondoggle.
The narrative from Nelson and Hutchison, both of whom I have spoken with about this topic, is that they were working to preserve NASA's (and by extension that of the United States) launch work force. They felt that American capabilities in large launch vehicles, and solid rocket motors, and high-energy propulsion, needed to be conserved. So in their minds they were "keeping the band together" to ensure that the United States retained these key capabilities as strategic national assets. They also felt that by giving up Constellation, the Obama administration was turning away from human spaceflight for good.
That's a very lightweight argument. Delta IV and Atlas V cover large vehicles (the Delta IV Heavy), high energy propulsion (with the RS-68 (D-IV) and RL-10 (both D-IV and A-V)) and solid rocket motors (with both ATK and AJR providing SRBs for D-IV and A-V). Start a long-term program for a RD-180 replacement and you've now got a 100% homegrown launch capability. And doing something like getting Orion launching on an Atlas or Delta would probably have gotten it launching sooner than waiting for SLS to show up.
It seems to me that "keeping the band together" is actually "keeping the band playing the same tunes in the same venue".
I want SLS to succeed on Monday because for the cost it had damn well better succeed. But unfortunately success will not remove the albatross from NASA's neck quickly enough. Like so much I see around me there are these old entrenched interests standing in the way saying, "Why are you not on the other side of us?"
Almost. SLS is "better" than Starship for deep space missions, using the forced logic that the Earth-to-orbit launch vehicle must also propel you into deep space. That last "gap" falls apart if you accept the use of optional upper stages as part of the payload.As a launch vehicle there's nothing particularly daring with Starship. It's made of stainless steel which is odd but not unheard of. But in terms of launching many tonnes of mass to orbit there's nothing novel. It's the landing and reuse goals that are new.Really great insight. I can't wait to read Escaping Gravity to get the full story.
One nitpick -- it's important the spaceflight community views Starship with a pragmatic attitude. Lori's presented quotes discuss Starship like its a certainty, but it certainly is not. In a way I feel like SpaceX suffers from their own success with the public in this regard. We are so used to their success we forget how incredibly daring Starship as a vehicle and spaceflight architecture is. True innovation always comes with a corresponding large amount of risk. SpaceX and NASA are definitely pushing the envelope here, and the public should keep in mind that daring great things requires a steely eyed acceptance that things may go wrong.
But Starship would be completely superior to SLS in every metric (performance and financial) without reuse of any part at all. So Starship succeeding as a disposable launcher is as much a certainty as ULA's Vulcan or any other rocket that hasn't yet flown. When dealing with an experienced launch provider, there's no reason to assume a new rocket won't make orbit within the first few attempts.
Almost. SLS is "better" than Starship for deep space missions, using the forced logic that the Earth-to-orbit launch vehicle must also propel you into deep space. That last "gap" falls apart if you accept the use of optional upper stages as part of the payload.As a launch vehicle there's nothing particularly daring with Starship. It's made of stainless steel which is odd but not unheard of. But in terms of launching many tonnes of mass to orbit there's nothing novel. It's the landing and reuse goals that are new.Really great insight. I can't wait to read Escaping Gravity to get the full story.
One nitpick -- it's important the spaceflight community views Starship with a pragmatic attitude. Lori's presented quotes discuss Starship like its a certainty, but it certainly is not. In a way I feel like SpaceX suffers from their own success with the public in this regard. We are so used to their success we forget how incredibly daring Starship as a vehicle and spaceflight architecture is. True innovation always comes with a corresponding large amount of risk. SpaceX and NASA are definitely pushing the envelope here, and the public should keep in mind that daring great things requires a steely eyed acceptance that things may go wrong.
But Starship would be completely superior to SLS in every metric (performance and financial) without reuse of any part at all. So Starship succeeding as a disposable launcher is as much a certainty as ULA's Vulcan or any other rocket that hasn't yet flown. When dealing with an experienced launch provider, there's no reason to assume a new rocket won't make orbit within the first few attempts.
As a launch vehicle there's nothing particularly daring with Starship. It's made of stainless steel which is odd but not unheard of. But in terms of launching many tonnes of mass to orbit there's nothing novel. It's the landing and reuse goals that are new.Really great insight. I can't wait to read Escaping Gravity to get the full story.
One nitpick -- it's important the spaceflight community views Starship with a pragmatic attitude. Lori's presented quotes discuss Starship like its a certainty, but it certainly is not. In a way I feel like SpaceX suffers from their own success with the public in this regard. We are so used to their success we forget how incredibly daring Starship as a vehicle and spaceflight architecture is. True innovation always comes with a corresponding large amount of risk. SpaceX and NASA are definitely pushing the envelope here, and the public should keep in mind that daring great things requires a steely eyed acceptance that things may go wrong.
But Starship would be completely superior to SLS in every metric (performance and financial) without reuse of any part at all. So Starship succeeding as a disposable launcher is as much a certainty as ULA's Vulcan or any other rocket that hasn't yet flown. When dealing with an experienced launch provider, there's no reason to assume a new rocket won't make orbit within the first few attempts.
Exactly. Starship has the performance to lift the wet mass of ICPS + Orion + ESM. Perhaps such a solution couldn't be a lifting body shape for the second stage but if SpaceX has to settle on no reuse there's no reason for that shape. A traditional cylinder with engines underneath is enough.Almost. SLS is "better" than Starship for deep space missions, using the forced logic that the Earth-to-orbit launch vehicle must also propel you into deep space. That last "gap" falls apart if you accept the use of optional upper stages as part of the payload.As a launch vehicle there's nothing particularly daring with Starship. It's made of stainless steel which is odd but not unheard of. But in terms of launching many tonnes of mass to orbit there's nothing novel. It's the landing and reuse goals that are new.Really great insight. I can't wait to read Escaping Gravity to get the full story.
One nitpick -- it's important the spaceflight community views Starship with a pragmatic attitude. Lori's presented quotes discuss Starship like its a certainty, but it certainly is not. In a way I feel like SpaceX suffers from their own success with the public in this regard. We are so used to their success we forget how incredibly daring Starship as a vehicle and spaceflight architecture is. True innovation always comes with a corresponding large amount of risk. SpaceX and NASA are definitely pushing the envelope here, and the public should keep in mind that daring great things requires a steely eyed acceptance that things may go wrong.
But Starship would be completely superior to SLS in every metric (performance and financial) without reuse of any part at all. So Starship succeeding as a disposable launcher is as much a certainty as ULA's Vulcan or any other rocket that hasn't yet flown. When dealing with an experienced launch provider, there's no reason to assume a new rocket won't make orbit within the first few attempts.
Bolden is still against Starship to this day because "it's too big".
Maybe it's big, but space is very stretchable, so big things can fit without problems.![]()