I was thinking of starting a single thread for questions that come up, but if a thread for each issue is preferable I can do that.
The boat is over 3 hours from my house in an unheated barn (Wisconsin), and I have a busy schedule and a 7 year old. For these reasons, I'd like to do whatever maintenance I can from home and am trying to figure out how to minimize time spent at the boat but not sailing, while keeping cost in mind. Any suggestions along these lines would be greatly appreciated.
Some initial questions:
- I'm wondering if it's practical to remove the sheet and halyard winches and bring them home for service, or is it really just a lot easier to service them in place? Can they be serviced below freezing?
- The trailer needs a winch for ramp-launching. I've figured out most of the details (been ramp-launching sailboats for years) but one remains. Based on my experience, the winch will pull the boat to the bow stop first, and will touch the bow stop at the red waterline mark on the bow (see image 1) rather than a foot below that where it should be. When driving out of the water with the bow touching the bow stop at the waterline mark, the boat will tilt back to rest on the keel, which will tilt the bow away from the bow stop. This will cause the boat to sit a few inches back of the bow stop, risking it sliding forwards in a fast brake as well as putting the trailer off-balance to the rear. To remedy this I think that the keel and the bow need to touch the trailer at the same time. I think this means I need to winch the bow upwards out of the water about a foot, which I think means that the winch needs to be at least two feet above the attachment point. Any other solutions for this problem, or any reason to think this won't be an issue?
- Does anyone have suggestions for installing an attachment point (see example, picture 2) on the bow for the trailer winch hook? Currently there isn't one. If I do what I describe above, there will be a lot (500+ lbs) of upward force on this attachment point, which will put a lot of upward shear force on the bow at this point. It'll be above the waterline so slightly less critical that it never leaks. But obviously I'd like for it not to.