Re: 1987 Starcraft Fish and Ski Total Restoration/Rebuild-PICS
Re: 1987 Starcraft Fish and Ski Total Restoration/Rebuild-PICS
Went to visit an actual boat building/repair business today to ask a few questions and for opinion. Got some good tips for Fuel Cell install, Limber Holes and use of Foam. As far as the Fuel tank, I was told to use a special adhesive rubber, available locally and a closed cell. This rubberized foam goes down like a "big sticker" to give the fuel tank a nice resting position to the hull. I kinda like this idea and think I'll use it. Another concern was the passing of Fuel Lines through the stringers. The concern was vibration possibly wearing a hole through the plastic Fuel Tank or Line. It was suggested to drill over sized holes, coat hole with epoxy, then cut another piece of Fuel Line hose to "double wrap" the actual transition of Fuel Line through stringer. Caulk any gaps with 5200. Also sounds pretty good. I'm still totally stuck on the fence about the use of Foam. I've read many threads on the use of Foam in boats and certainly people swear by it and others against. I really liked Oops idea how he applied his Foam and kinda decided to go with it. The only thing i didn't like was that the Foam wouldn't actually be adhered to the hull b/c of the plastic wrap. In case of catastrophe, I felt this was necessary for a direct bond. The closed cell Foam could keep water out of the boat if there were an unfortunate "dock incident" or underwater obstruction. Then the guy at the boat shop told me the reason he doesn't use Foam in his builds is b/c from what he sees, Foam is essentially a sponge and is most always responsible for stringer rot. But, as I also see in these forums is that most any DIY resto job is far superior to any factory build. Must admit, that's a bit reassuring as this is my first run at the use of any of these products and their application. In addition to the non-use of Foam, the guy at the shop also suggested drilling additional holes through each stringer connecting each cell to the next for air flow. With that and the use of Limber Holes, the boat could stay dry. Kinda makes sense. Again, potential incident.....? I wanted this thing to be waterproof below deck...My Glass Starcraft is about 16'6" bow to stern w/o outboard/swim platform and supposedly requires "some foam." Apparently, there is an actual USCG requirement for smaller boats requiring a certain amount of Foam for additional buoyancy. I've got a 500GPH Bilge Pump which should keep up with some water flow or any waves over the bow. At this point, I can see only three options: 1) No Limber Holes, roll underside of deck in West Epoxy, attach Sole/Deck using PB along stringers and perimeter, drill multiple "Donut" holes through deck for Foam and expansion, replace donut plugs and glass floor into gunwales. Final application to be gel-coat on deck and then pray no water ever gets below deck. 2) Follow Oops concept, as described in previous post, which will provide flotation during incident, water drainage, sound dampening and hull rigidity. Everything I'm looking for. I thought I would use this concept of Foam application everywhere except the back corners where I feel might be most susceptible to damage, no plastic. And clearly the deck would be installed the same as just described b/4 using PB all around. 3) No Foam anywhere, drill Limber Holes, drill "breather holes" connecting all cells as described by "the boat guy," coat in epoxy and install deck as previously described.....I just want to do it right, once and never again. Does anyone have any ideas?
...back to the garage.