First off, thanks for all the feedback and ideas. They are very welcome!
The issue of filters and such breaking down in a week doesn't quite mesh well with the idea that they are able to create other items that take far more punishment that can last through a century of use (i.e. starship hulls). We already know that ship maintenance in the future is more or less the same as it is today, and that ships have to undergo somewhat rigorous annual maintenance to stay fully functional.
The dichotomy that I was wanting to point out is that somehow all those increased material sciences efforts skipped things that we can already do today. In v2 of the rules the life support equipment for a cabin is supposed to be self-contained, with air and water recycling taking place inside of each cabin area (that leaves out the rest of the ship, but hey, baby steps here). If that's the case modern equipment (i.e. the real stuff) is far superior, since we know from actual experience you can let a system idle for days or weeks while incurring zero costs or breakdowns. In the Traveller universe that's not the case, as the equipment atrophies and degrades apart even when not in use. Our low-tech space station appears to have a better life support system than a Traveller starship.
So the very high costs of life support have always seemed a bit wrong to me. It makes more sense to have life support integrated into the normal maintenance costs of a ship rather than calling them our separately. Also, since they costs include food, that skews the whole cost model. A starship crew member, regardless of their SOC level, is going to eat the same as the next person. But on a ship that has passengers, their ticket price will include more expensive food and drink for a trip. While all of that can be waived away it's always better to make models that make sense and scale both up and down.
Biospheres are great for passenger liners, or larger ships, but smaller ones could/would not afford the space cost for them. Standard life support equipment would be a better investment space-wise.
So the question would be how could we make the model better?
Buehler? Buehler??
The issue of filters and such breaking down in a week doesn't quite mesh well with the idea that they are able to create other items that take far more punishment that can last through a century of use (i.e. starship hulls). We already know that ship maintenance in the future is more or less the same as it is today, and that ships have to undergo somewhat rigorous annual maintenance to stay fully functional.
The dichotomy that I was wanting to point out is that somehow all those increased material sciences efforts skipped things that we can already do today. In v2 of the rules the life support equipment for a cabin is supposed to be self-contained, with air and water recycling taking place inside of each cabin area (that leaves out the rest of the ship, but hey, baby steps here). If that's the case modern equipment (i.e. the real stuff) is far superior, since we know from actual experience you can let a system idle for days or weeks while incurring zero costs or breakdowns. In the Traveller universe that's not the case, as the equipment atrophies and degrades apart even when not in use. Our low-tech space station appears to have a better life support system than a Traveller starship.
So the very high costs of life support have always seemed a bit wrong to me. It makes more sense to have life support integrated into the normal maintenance costs of a ship rather than calling them our separately. Also, since they costs include food, that skews the whole cost model. A starship crew member, regardless of their SOC level, is going to eat the same as the next person. But on a ship that has passengers, their ticket price will include more expensive food and drink for a trip. While all of that can be waived away it's always better to make models that make sense and scale both up and down.
Biospheres are great for passenger liners, or larger ships, but smaller ones could/would not afford the space cost for them. Standard life support equipment would be a better investment space-wise.
So the question would be how could we make the model better?
Buehler? Buehler??