MasterGwydion
Emperor Mongoose
So, what is the average "retirement age" in Traveller? As there doesn't really seem to be an answer in the books, I made one up.
Current retirement age in the US is 67. The average life expectancy in the US is roughly 78 years.
From TL-7 on up this method works. It breaks down in sub-TL-7 societies, so take this with a grain of salt.
Average life expectancy is TLx10. We are almost TL-8 and the average life expectancy is almost 80.
67/80 = is roughly 84%
So here is what I have for retirement age at the varying TLs
TL-8 = 67 or after 13 terms
TL-9 = 76 or after 15 terms
TL-10 = 84 or after 17 terms
TL-11 = 93 or after 19 terms
TL-12 = 101 or after 21 terms
TL-13 = 110 or after 23 terms
TL-14 = 118 or after 25 terms
TL-15 = 126 or after 27 terms
TL-16 = 135 or after 30 terms
TL-17 = 143 or after 32 terms
This means that, when a character begins rolling for aging checks needs to change as well. Your first ageing check at 34 only makes sense in a society of a TL near current Earth. Currently, TL has no effect on ageing, which makes no sense at all. If the average person in today's world works to age 66 (for easier math), that is Term 12. 2D6-12 Average roll = -5 or -2 on all physical stats.
Let's math it out... Average human at the average Imperial TL of 12 with average rolls on the ageing checks
Term 4 (34) - 2d6-4 = 3 (All good)
Term 5 (38) - 2d6-5 = 2 (All good)
Term 6 (42) - 2d6-6 = 1 (All good)
Term 7 (46) - 2d6-7 = 0 (Reduce one physical stat by 1, 20 points of physical stats left)
Term 8 (50) - 2d6-8 = -1 (Reduce 2 physical stats by 1 each, 18 points of physical stats left)
Term 9 (54) - 2d6-9 = -2 (Reduce all 3 physical stats by 1 each, 15 points of physical stats left)
Term 10 (58) - 2d6-10 = -3 (Reduce 1 physical stat by 2 and the others by 1, 11 points of physical stats left, with one stat only at 3 currently.)
Term 11 (62) - 2d6-11 = -4 (Reduce 2 physical stats by 2 and the other by 1, 6 points of physical stats left, 2 points in each)
Term 12 (68) - 2d6-12 = -5 (Reduce 3 physical stats by 2, zero points remaining in any physical stat.)
So, by the current system (CRB pg 48-49), the average life expectancy for humans in Imperial Space is 68 years, 10 years less than the life expectancy in the US currently. Does that seem right to anyone? Or did I screw something up?
Current retirement age in the US is 67. The average life expectancy in the US is roughly 78 years.
From TL-7 on up this method works. It breaks down in sub-TL-7 societies, so take this with a grain of salt.
Average life expectancy is TLx10. We are almost TL-8 and the average life expectancy is almost 80.
67/80 = is roughly 84%
So here is what I have for retirement age at the varying TLs
TL-8 = 67 or after 13 terms
TL-9 = 76 or after 15 terms
TL-10 = 84 or after 17 terms
TL-11 = 93 or after 19 terms
TL-12 = 101 or after 21 terms
TL-13 = 110 or after 23 terms
TL-14 = 118 or after 25 terms
TL-15 = 126 or after 27 terms
TL-16 = 135 or after 30 terms
TL-17 = 143 or after 32 terms
This means that, when a character begins rolling for aging checks needs to change as well. Your first ageing check at 34 only makes sense in a society of a TL near current Earth. Currently, TL has no effect on ageing, which makes no sense at all. If the average person in today's world works to age 66 (for easier math), that is Term 12. 2D6-12 Average roll = -5 or -2 on all physical stats.
Let's math it out... Average human at the average Imperial TL of 12 with average rolls on the ageing checks
Term 4 (34) - 2d6-4 = 3 (All good)
Term 5 (38) - 2d6-5 = 2 (All good)
Term 6 (42) - 2d6-6 = 1 (All good)
Term 7 (46) - 2d6-7 = 0 (Reduce one physical stat by 1, 20 points of physical stats left)
Term 8 (50) - 2d6-8 = -1 (Reduce 2 physical stats by 1 each, 18 points of physical stats left)
Term 9 (54) - 2d6-9 = -2 (Reduce all 3 physical stats by 1 each, 15 points of physical stats left)
Term 10 (58) - 2d6-10 = -3 (Reduce 1 physical stat by 2 and the others by 1, 11 points of physical stats left, with one stat only at 3 currently.)
Term 11 (62) - 2d6-11 = -4 (Reduce 2 physical stats by 2 and the other by 1, 6 points of physical stats left, 2 points in each)
Term 12 (68) - 2d6-12 = -5 (Reduce 3 physical stats by 2, zero points remaining in any physical stat.)
So, by the current system (CRB pg 48-49), the average life expectancy for humans in Imperial Space is 68 years, 10 years less than the life expectancy in the US currently. Does that seem right to anyone? Or did I screw something up?