I remember driving the "Lime Island" into waves crossing the St. Mary's.. It was fun, when I was 12.
Looking back,,with some better understanding,, it seems more dangerous than it did at the time.
Good boat though.
and a better one,, seems it was repainted since I remember it.
A tall ship is topheavy and rolls over more easily. Passenger liners used to be restricted in overall height for this reason. Now they're basically oceangoing skyscrapers. Why? Two reasons. More cabins get a window. And a tall ship is like a long pendulum--it swings more slowly back and forth, and this cuts down on seasickness.
More windows and less seasickness is a good thing--until a storm comes up, and where a liner built in the 1930s would safely bob through twenty degrees of pendulum swing, these topheavy-as-a-SUV pigs try to turn turtle.
A tall ship is topheavy and rolls over more easily. Passenger liners used to be restricted in overall height for this reason. Now they're basically oceangoing skyscrapers. Why? Two reasons. More cabins get a window. And a tall ship is like a long pendulum--it swings more slowly back and forth, and this cuts down on seasickness.
More windows and less seasickness is a good thing--until a storm comes up, and where a liner built in the 1930s would safely bob through twenty degrees of pendulum swing, these topheavy-as-a-SUV pigs try to turn turtle.
The only reason these vessels can be close to seaworthy is because of a complex system of underwater para-vanes, gyro stabilizers and "fast ballast" systems.
All of which are rendered non-functional in the event of a main buss blackout.
Thirty trained, seasoned mariners died on the El Faro while trying to enter lifeboats/liferafts on a disabled ship in a storm.
I would not even want to think about trying to abandon ship in a "dead ship" situation, in sub freezing storm conditions, with thousands of untrained, panicky passengers to try and keep safe.