McAvoy wrote:Lt. Staplic wrote:I think that this may be true. It's one of the problems I ran into in the new Beta SIM I started most people out with small ships and found that they couldn't make it anywhere in the turn. Between the tiny mission endurance times and the low warp factor, there were several that couldn't even make it out of their home system. I feel like ships designed to do anything much more than fly around the solar system would have had to have been quite large in order to carry enough fuel and supplies for such a long mission.
I am sorry but what does arbitrary figures made in a RPG have to do with the topic?
I wouldn't call the numbers arbitrary since at the very least it represents a crude mathematical approximation of what we see on the show.
Regardless of the status of the numbers, Teaos has a point. All of the equipment should be larger, but the nail in the coffin for a small ship being deployed on long missions with a low warp factor is fuel. Based on the
Power Usage Graph, which may or may not be cannon, but I'll make the starting assumption that this is correct to within a reasonable error, to sustain warp 5 requires 2.0x10^13 W. Assuming very high efficiency* in their warp reactor this requires just over 0.2kg of mass reacting every second. Under STP conditions we can expect every second of fuel to take up a volume of: 0.22m^3**.
In order to reach even Wolf 359 with enough fuel to return would take 864,501.5 m^3 of volume. That's not including the space required for the actual storage container the equipment to magnetically confine the antimatter, the equipment to extract the matter and antimatter and send it to the Warp Core, the Warp Core itself, or the conduits taking the plasma to the nacelles.
That's also not taking into account any extra power generation that would be needed to power anything else on the ship that could pose as serious power hogs like life support, the computers, or weapons.
We haven't even looked at how much space full life support systems for even a small crew would take, or the storage facilities needed to store enough food for a month and a half. Plus the equipment to make sure the food is preserved for that time. Then we have all of the other equipment on the ship that will take up space. And as if that wasn't enough since we're charting new space where humankind has never gone before in the only or one of the few ships even capable of reaching this area of space, they're going to need enough spare parts to fix major problems in their primary systems.
Wolf 359 is also the closest system to us besides the Alpha Centauri trinary. So if they wanted to go anywhere else, like Q'onoS for instance, they would have to be packing a lot more gear.
*In reality the efficiency of the warp engine would be no where near this. In addition to physical inabilities to harness all of the energy, this is a fairly new technology to mankind and is prone to be wrought with small glitches that summed up destroy their efficiency levels. A safer bet may be 50% efficiency.
**This is based off the density of Hydrogen at STP.