fits the video here. http://www.cbs8.com/Global/story.asp?S=14331541According to the guys over on sailnet, this is the boat, a MacGregor 26.
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fits the video here. http://www.cbs8.com/Global/story.asp?S=14331541According to the guys over on sailnet, this is the boat, a MacGregor 26.
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The boat is at Shelter Island boatyard and it is a trailerable sailboat about 25' with retractable keel. Said the keel was up and looked like it never was deployed!!?? I know nothing of retractable keels but can't imagine how one would launch a sailboat without a keel ......and add 10 people....... maybe that is what happened, it did not get far off the launch area and just flipped there. It does appear that it did not get far from the area in the pictures that I saw.
Correct me if I'm wrong, but it's not the swing keel thats important here. The most important thing is that he had the water ballast filled. The swing keel is only to assist in pointing and windage, or lack there of.
I'm not familiar with the different Mac models, but most of the swing keels still have a bit of weight to them, anywhere from 300-700lbs from what I understand. While pretty light compared to the keel on most boats (mine is 1850lbs, a Catalina 25 is around 1700lbs), it still makes a difference.Correct me if I'm wrong, but it's not the swing keel thats important here. The most important thing is that he had the water ballast filled. The swing keel is only to assist in pointing and windage, or lack there of.
not to make light of the situation, but this gave me a nice chuckle...Dropping the keel is more for sailing performance (?)
That is the correct formula. Maybe half the people started out in the cabin, which would be ballast. Moved up topsides, they'd be a whole new problem.What is that formula for determining capacity based on length and width? Isn't it something like LxW/15 equals capacity? Obviously this is not a guide I would rely upon but the formula yields about 12 if you use a LOA of 22' and width of 8'.