Or to look at it from a different angle, 5 out of the 413 total manned space flights have ended in fatalities, or 1.21%.
Auto travel in the US has a fatality rate around 1 death per 100 million driven miles. Assuming an average trip of 20 miles, that’s 1 death per 5 million car trips, or 0.00002%.
So, roughly 10,000 (EDIT: actually 100,000, missed a zero!) times more dangerous than driving.
Are you asking to change the definition of a car trip to the ~500,000 miles it takes to get to the moon and back?
In that case, rate of fatality is around 1 in 200 “driving to the moon and back” trips. 0.5% chance. So taking the rocketship is still significantly more dangerous.
More realistically, 500,000 miles is roughly a lifetime of driving. So these astronauts are being exposed in a single trip to a fatality risk equivalent of 2+ lifetimes of driving.
Or to look at it from a different angle, 5 out of the 413 total manned space flights have ended in fatalities, or 1.21%.
Auto travel in the US has a fatality rate around 1 death per 100 million driven miles. Assuming an average trip of 20 miles, that’s 1 death per 5 million car trips, or 0.00002%.
So, roughly 10,000 (EDIT: actually 100,000, missed a zero!) times more dangerous than driving.
100,000 actually.
Good catch! Lost track of my zeros
What do the numbers look like if we assume the average trip is from the earth to the moon and back?
Are you asking to change the definition of a car trip to the ~500,000 miles it takes to get to the moon and back?
In that case, rate of fatality is around 1 in 200 “driving to the moon and back” trips. 0.5% chance. So taking the rocketship is still significantly more dangerous.
More realistically, 500,000 miles is roughly a lifetime of driving. So these astronauts are being exposed in a single trip to a fatality risk equivalent of 2+ lifetimes of driving.
Thanks for satiating my curiosity.