I did a conversion from meters to feet for a comparsion. What I found out is WOW that is a BIG ship
Aurora Length 1482 Meters = 4,862.205 feet
Width (front of ship) 372 meters = 1,220.472 feet
Width (rear of ship) 499 meters = 1,637.139 feet
Height (front of ship) 156 meters = 511.811 feet
NOTE no height for the rear of Aurora is in drawings. An oversite perhaps?
228 Meters.
The image will be updated.
Thanks,
Ryk
Images updated. You may need to refresh your browser for them to show up. We added the dimension on page 2 and 3.
I did a conversion from meters to feet for a comparsion. What I found out is WOW that is a BIG ship
Aurora Length 1482 Meters = 4,862.205 feet<br>
Width (front of ship) 372 meters = 1,220.472 feet<br>
Width (rear of ship) 499 meters = 1,637.139 feet<br>
Height (front of ship) 156 meters = 511.811 feetNOTE no height for the rear of Aurora is in drawings. An oversite perhaps?
Height (Rear of ship) 228 Meters = 748.031 Feet
(Ryk added this dimension after I mentioned it to him)
Whenever I see meters, I just think if them as slightly big yards. You need a lot of them for the errors to get bad. So 1482 Meters is a bit over a couple football field lengths short of a mile.
Now, converting acceleration to gravities and vice versa, Been known to stop and ask my google phone (both it and iphone use Wolfram Alpha, a great tool for that)
@Davud Ecjark: Acceleration conversion isn't much different. 1 gravity ~ 10 meters/second^2 ~ 30 feet/second^2. Basically shift the decimal place left one (for both) then divide by 3 (for ft/s^2 only). Though, it's generally not easily to do division by three in your head, so it might be easier to roughly divide by 4 and then add half to the result. IE: 190283 ft/s -> 19028 -> 19000 / 2 = 8000 / 2 = 4000 / 2 = 2000, 4000 + 2000 = 6000, so 190283 ft/s ~ 6000 gravities.
Also, good to see another fan of W|A, it's rather nice even if it's finicky at times.