Marina DeVoe
Not a flight attendant... just a risk.
I'm sorry if it's already been written somewhere or maybe not, but I would like to sort of get an idea as to how we can determine how long a jump can take.
I know there are factors like hyperdrive inefficiencies and optimum jump calculations etc.
But for argument sake, and again, i can't seem to find any info on this board about it; Lets say we use for example a standard hyper-drive system rated as 1.
If we use the hexagons as a means of measure on the galaxy map, can we say that it takes 1 day to get across a hexagon?
So say we go from East to West across the galaxy. if counting hexagons it would roughly take like 3 weeks. Now mind you, it is based on hyper-drive speed of 1. More or less efficient drives will affect that and so on. Not looking to lock any one in a certain time, but would like to see a bit of uniformity.
If anyone can point me to an already discussed topic on this, I would very much appreciate it.
I know there are factors like hyperdrive inefficiencies and optimum jump calculations etc.
But for argument sake, and again, i can't seem to find any info on this board about it; Lets say we use for example a standard hyper-drive system rated as 1.
If we use the hexagons as a means of measure on the galaxy map, can we say that it takes 1 day to get across a hexagon?
So say we go from East to West across the galaxy. if counting hexagons it would roughly take like 3 weeks. Now mind you, it is based on hyper-drive speed of 1. More or less efficient drives will affect that and so on. Not looking to lock any one in a certain time, but would like to see a bit of uniformity.
If anyone can point me to an already discussed topic on this, I would very much appreciate it.