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HOW the total price can be LESS than the SUM of the single parts???
the price of the AresV hardware will be AT LEAST $350M ...and I don't include in that price the shared R&D costs and the fixed annual costs for the AresV launches' earth assembly and support (I've read an estimated $1.3Bn per year of fixed costs ...then, a further $650M per launch...)
The difference between your external estimate of the marginal cost and Hanley's internal one is only 17%. Given that Ares V is in the initial design phase and probably won't fly before 2017, this difference is IMHO not worth discussing now.
Estimating total R&D and fixed costs for a project ten years from flying is also extremely difficult. AFAIK NASA have not yet released official estimates. Ares V will have many of the same subsystems as Ares I, so R&D and fixed costs will be shared. One of the key requirements for Ares V and Ares I is to significantly reduce fixed costs, as this is being considered so early in the design phase there is a good chance it will be achieved.
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The difference between your external estimate of the marginal cost and Hanley's internal one is only 17%. Given that Ares V is in the initial design phase and probably won't fly before 2017, this difference is IMHO not worth discussing now.
I've calculated the AresV hardware price on TO-DAY'S costs, that, in the next 10-12 years, could grow very much like already happened with nearly ALL space projects (Apollo, Shuttle, Hubble, ISS, JWST, Ariane5, etc.) so, the final price of each AresV flight's hardware in 2019 could likely be TWICE than estimated now!
I've read the $800M Ares-I and $1300M Ares-V fixed annual costs on a NASA document published months ago on another forum (then, not easy to retrieve now)
assuming a 2019 (optimistic) hardware price of $500M and the (again, optimistic) 2019 AresV yearly fixed costs at $1500M, each AresV flight (of the two per year planned in 2020-2025) should cost (at least) $500m + $500M + $1500M = $2500M / 2 = $1250M ...excluding the Ares-I, Orion, LSAM and the shared R&D costs to develop everything...
any cheaper figure is PURE ESAS PROPAGANDA
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Ares V an Enabling Capability for Future Space Astrophysics Missions (PDF 1.3MB) - 9 May 2007
Ares V mass and volume capabilities enable entirely new mission architectures
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You could put the equivalent of Palomar Observatory into orbit as 6 meters is more that 200 inches. What could be done with such observatories? Perhaps a detailed survey of the asteroids?
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Lunar payload/Ares V mobile launch concept flow - ripped from Draft PEIS (PDF 22MB) - Aug 2007
Abbreviations:
ARF Assembly and Refurbishment Facililty
ASTF Aft Skirt Test Facility
LCC Launch Control Center
O&C Operations and Checkout
OSF Ordinance Storage Facility
PRF Parachute Refurbishment Facility
RPSF Rotations, Processing and Surge Facility
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I notice the Ares rocket design is evolving and as time progresses, it looks increasingly Saturn-like.
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Yes. Form tends to follow function and given that Ares V will be doing a similar job it's not surprising that it resembles the Saturn V. Ares V has side boosters of course which do alter the appearance. Improvements in technology, such as more efficient engines and better structural materials means that Ares V will be able to inject 45% more payload than Saturn V onto a lunar trajectory. This also means it can provide the lift capacity needed for human Mars missions.
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I'm sure JSC's full of nastalsia to add to that.
Hopefully the testing on the 5-segment SRBs will proceed smoothly - they're obviously going to be the first step toward the Ares V we'll see in the next few years.
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Lunar payload/Ares V mobile launch concept flow - ripped from Draft PEIS (PDF 22MB) - Aug 2007
this august 2007 NASA launch vehicles looks pretty close to MY (april 12, 2006) Single Launch Vehicle...
http://www.gaetanomarano.it/articles/004.html
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Yes it does and look what's sitting on top of the Ares V ... yes an Orion!
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Yes it does and look what's sitting on top of the Ares V ... yes an Orion!
So they changed the mission architecture and no longer launching the Orion on a seperate rocket? A solid rocket with a liquid upper stage or so I hear?
They were probably thinking, what if they launched the Ares V but couldn't get the Ares I off the pad due to weather or some mechanical failure that delays the Ares I launch for months, meanwhile the Upper stage of the Ares V awaits in orbit while its fuel boils away.
Also launching a small rocket and a big rocket might be more expensive than just launching one big rocket.
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Hang on... Has there been an official policy change to reflect this?
Why is there an Orion on the Ares V?
- Mike, Member of the [b][url=http://cleanslate.editboard.com]Clean Slate Society[/url][/b]
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There is no official change of architecture, probably a confused graphic artist
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But there is some logic in sending the whole mission, astronauts and all in one rocket. What if the manned rocket launch gets scrubbed due to technical problems after the part that is supposed to get the astronauts to the Moon successfully launches?
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The basic idea behind the Ares architecture is to separate crew and cargo. Use a large cheap vehicle for replaceable cargo and a more expensive, safer, more reliable launcher for crew. Ares V has eight engines, six of which are cryogenic, whereas Ares I is inherently safer with only two engines, one solid and one cryogenic, and a launch abort system.
Ares V will be launched first, once checked out on orbit the more reliable Ares I will follow about 90 minutes later. Using two vehicles increases the total lift capacity and makes Ares I useful for ISS crew transport and other missions such as NEO and L1/2. Lunar and Mars missions need as much lift capacity as possible, the extra 25 mT lift that Ares I provides is very helpful.
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You could put the equivalent of Palomar Observatory into orbit as 6 meters is more that 200 inches. What could be done with such observatories? Perhaps a detailed survey of the asteroids?
6m is overkill for searching for near earth asteroids, a 1-2m scope would do just fine for that. As for for those out in the main belt, I'm sure a 6m scope would do fine, but an IR scope would be even better as asteroids are more visible in that wavelength, and earth bound scope have travel getting that wavelength.
He who refuses to do arithmetic is doomed to talk nonsense.
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But what if your intent was to determine their composition and shape? A 6-meter space telescope would also produce better pictures of Pluto.
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The basic idea behind the Ares architecture is to separate crew and cargo. Use a large cheap vehicle for replaceable cargo and a more expensive, safer, more reliable launcher for crew. Ares V has eight engines, six of which are cryogenic, whereas Ares I is inherently safer with only two engines, one solid and one cryogenic, and a launch abort system.
Ares V will be launched first, once checked out on orbit the more reliable Ares I will follow about 90 minutes later. Using two vehicles increases the total lift capacity and makes Ares I useful for ISS crew transport and other missions such as NEO and L1/2. Lunar and Mars missions need as much lift capacity as possible, the extra 25 mT lift that Ares I provides is very helpful.
If one Ares V and an Ares I can get us to the Moon, what might be done with two Ares Vs and an Ares I?
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If one Ares V and an Ares I can get us to the Moon, what might be done with two Ares Vs and an Ares I?
Land people on Mars.
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If one Ares V and an Ares I can get us to the Moon, what might be done with two Ares Vs and an Ares I?
Land people on Mars.
Maybe the payload would be a nuclear rocket.
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Major engine test and flight plan - ripped from Draft PEIS (PDF 22MB) - Aug 2007
Note that the 2nd mission flight in 2019 will be a human lunar landing
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I would like to see the next Mars rover that is launched via Ares V... Man, this Ares V is really gonna make the whole shuttle era really embarassing for NASA.
Has there been discussion of using the Lunar EDS for Mars missions?
- Mike, Member of the [b][url=http://cleanslate.editboard.com]Clean Slate Society[/url][/b]
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I would like to see the next Mars rover that is launched via Ares V... Man, this Ares V is really gonna make the whole shuttle era really embarassing for NASA.
Has there been discussion of using the Lunar EDS for Mars missions?
MSL is the next rover and AFL is the next one proposed after that, both can be launched by an Atlas V class vehicle. An Ares V would be total overkill.
Yes using the EDS for Mars missions was discussed in the ESAS. It's job is to lift heavy large payloads out of Earth's gravity well.
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How much mass could the Ares V with the Lunar EDS send to a trans-mars trajectory?
- Mike, Member of the [b][url=http://cleanslate.editboard.com]Clean Slate Society[/url][/b]
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The last numbers NASA published in Sep 2006 said Ares V could put 53.2 mT of payload into TLI. That's approximately the same as TMI as it has to reach Earth escape (11 kms/sec), so the payload should also be about the same.
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