ISS: The Largest moving thing ever made?

Kyle

Armchair Astronaut
Addon Developer
Joined
Mar 17, 2008
Messages
3,911
Reaction score
350
Points
123
Website
orbithangar.com
I was watching the movie 'Titanic', they reference that the Titanic is the largest moving thing ever built by man, obviously thats not the case anymore. But the ISS is the Size of a Football Field and 'moves' at 17,500 MPH, that would also make it one of the fastest (next To Low Altitude Shuttle Missions and Mercury Missions, Gemini, ect.) things ever built.

I was wondering, is the ISS the largest moving object ever built by man? Its already the most expensive thing ever built by mankind (God, it shouldn't have been.)
 
Compared to modern supertankers or container ships, the ISS is microscopic.

426px-Bateaux_comparaison2.svg.png


Even the largest ground vehicle is bigger as the ISS.
http://en.wikipedia.org/wiki/Bagger_288

And in case of planes, the A380 is almost equally large.

The ISS could be counted as biggest spacecraft...
 
Well, unfortunately the ISS is the most expensive
 
Well, unfortunately the ISS is the most expensive

Isn't the estimate of final cost at something like $157 billion dollars? Compared on the list of expensive objects built by man:
(all found at Wikipedia, which may or may not be correct.)
2nd place is occupied by the Three Gorges Dam at $25 Billion, 3rd is the "Big Dog" tunnel project in Boston at $14.6 billion.

Mir cost $4.3 billion, comparatively speaking, and the Shuttle was apparently $1.7 billion per unit.
 
Isn't the estimate of final cost at something like $157 billion dollars?

Yes. It is on the same scale as the Apollo program or the russian space station program before Mir. Mir alone was already a pretty expensive program.

It is a large scale project, you can compare it better to infrastructure programs.

The Iraq war for example already cost 500 billion USD.
 
Yes. It is on the same scale as the Apollo program or the russian space station program before Mir. Mir alone was already a pretty expensive program.
Indeed. Apparently, the cost of the ISS to NASA alone, flights included, is $100 billion. No clue if that's right, as it was found at WP.

But back to it being the largest moving object, no, not really even close.
 
Indeed. Apparently, the cost of the ISS to NASA alone, flights included, is $100 billion. No clue if that's right, as it was found at WP.

Sounds about right, at least as close as a future prediction can come.

The European costs had been calculated once as 3 billion per year alone until assembly complete and 600 million per year for the utilization phase. That is about 40% of the ESA budget currently.
 
ESA numbers, again from WP:

Overall estimate, €9 billion.
Partially broken down, it seems €1.4 went to Columbus, control center included, ATV development €1.35 billion, with Ariane 5 launch costs at about €150 million each.

So everyone's feeling the hurt in their wallets, really.
 
This thread got me thinking - although the ISS is not the largest thing built by man, how does it stack up in terms of kinetic energy?

ISS - 277t/7706m/s - 8242GJ*
Apollo 10 - 57t**/11082m/s - 3529GJ*
A380 - 560t/283m/s - 22GJ
Bagger 288 - 13500t/0.17m/s - 188kJ

* Earth's rotational velocity could probably be subtracted from these numbers for better comparison.
** Includes mass of empty S-IVB.

Maybe this is not a fair comparison. Either way, they are all pretty awesome machines.
 
I was watching the movie 'Titanic', they reference that the Titanic is the largest moving thing ever built by man, obviously thats not the case anymore. But the ISS is the Size of a Football Field and 'moves' at 17,500 MPH, that would also make it one of the fastest (next To Low Altitude Shuttle Missions and Mercury Missions, Gemini, ect.) things ever built.

I was wondering, is the ISS the largest moving object ever built by man? Its already the most expensive thing ever built by mankind (God, it shouldn't have been.)

Kyle not to be rude but you should check up on your facts before you post your thread on a forum.:cheers:
 
This thread got me thinking - although the ISS is not the largest thing built by man, how does it stack up in terms of kinetic energy?

ISS - 277t/7706m/s - 8242GJ*
Apollo 10 - 57t**/11082m/s - 3529GJ*
A380 - 560t/283m/s - 22GJ
Bagger 288 - 13500t/0.17m/s - 188kJ

* Earth's rotational velocity could probably be subtracted from these numbers for better comparison.
** Includes mass of empty S-IVB.

Maybe this is not a fair comparison. Either way, they are all pretty awesome machines.

Ah... We're talking kinetic energy with respect to Earth here. How does the MESSENGER probe stack up? Assume that its orbital velocity is about equal to that of Mercury (A bit less at the moment, but the goal of the mission is to get the thing into orbit around Mercury, so in the long term it's a good assumption).

So it's orbital velocity is 47.88 km/s. Earth's is 29.79. When it's on the opposite side of the sun from us, those add together and we get 77.67 km/s. The mass of MESSENGER is 1093 kg. Multiply that by the square of the velocity, and it has 80% of the kinetic energy of the ISS in a mass a bit over 1 metric ton. (6593 GJ)
 
The Iraq war for example already cost 500 billion USD.
845 billion USD according to this report (and more in indirect costs):
http://www.reuters.com/article/topNews/idUSN2921527420080302?feedType=RSS&feedName=topNews&sp=true

What a waste of money! There are starving kids in Africa! :P
See above.

Ah... We're talking kinetic energy with respect to Earth here. How does the MESSENGER probe stack up? Assume that its orbital velocity is about equal to that of Mercury (A bit less at the moment, but the goal of the mission is to get the thing into orbit around Mercury, so in the long term it's a good assumption).

So it's orbital velocity is 47.88 km/s. Earth's is 29.79. When it's on the opposite side of the sun from us, those add together and we get 77.67 km/s. The mass of MESSENGER is 1093 kg. Multiply that by the square of the velocity, and it has 80% of the kinetic energy of the ISS in a mass a bit over 1 metric ton. (6593 GJ)
Interesting figures. It is a bit cheeky to add the Earth's orbital velocity to MESSENGER for the purposes of comparison considering it gets that velocity by just by being on the opposite side of the sun. When it is on the same side as the Earth the relative velocity is only 18.09km/s. If you want a similar comparison, consider the Bagger 288 travelling at 29.79km/s! It did occur to me after posting that mechanical energy w.r.t. both the sun and earth might yield some interesting results.
 
Kyle not to be rude but you should check up on your facts before you post your thread on a forum.:cheers:

Mate, he was "asking" if it was. He didn't state it to be fact, the thread title and the body suggest he is asking others if it is the largest moving thing ever made, nothing wrong with that.
 
But can something unstructured count as structure? :P
Ah, but it's unstructured only to a casual observer. For the expert, it is a self-organising dynamic structure of high complexity. It is expected to become self-aware in a couple of years. ;)
 
ROFL! :lol: I can see the headline now:

"Cruise Ship Eaten by SODSOHC*"

* Self-Organising Dynamic Structure Of High Complexity
.....

So now we can just call it "sod-sock" for short. :)
 
Argh. I already see the cheap japanese B-movies.

SODSOCK VS GODZILLA!
 
Back
Top