12thManFalseStart
Seaman
- Joined
- Jul 23, 2013
- Messages
- 58
Spent lot of time messing with this transom, and at least 6 or 7 trips to home depot, for tools "excuse for new tools, lol", and material. I know, I know, it's not the correct way, but someone else is going to have to shell out 4k for a 1,500K boat to fix it correct. I cut out the rot, basically to the glass on the other side. Then cut/ installed a new piece of wood. Then sealed it with bond like glue. Then braced the bottom bolts all the way across with 1/8 angle steel. Also put a piece of steel across the top. The top isn't as study as the bottom, since it doesn't go across to the "good" sides.
I think the tri pod ski bar actually helps support the top bolts as well, since it's a solid steel poll, that's bolted to the floor, which is still sturdy. The only thing that makes the bottom steel plate work is the outside bolts, that went through good wood/fiber. Wasn't rotted, or soggy like the middle.
Now I'd like to add a support like a triangle of steel that hooks to the bottom steel plate, and bolts to the floor for extra support, always pushing backward against the engine while gassing it.
I know this isn't the fix, like I said, But it doesn't flex half as much as it did. I'm thinking I should have went with 1/4 inch steel since it's still flexing that steel a bit, instead of the 1/8. Lol, By the time I'm done, I'll probably have added 80 pounds of steel, bolts, braces, and fiberglass.




I think the tri pod ski bar actually helps support the top bolts as well, since it's a solid steel poll, that's bolted to the floor, which is still sturdy. The only thing that makes the bottom steel plate work is the outside bolts, that went through good wood/fiber. Wasn't rotted, or soggy like the middle.
Now I'd like to add a support like a triangle of steel that hooks to the bottom steel plate, and bolts to the floor for extra support, always pushing backward against the engine while gassing it.
I know this isn't the fix, like I said, But it doesn't flex half as much as it did. I'm thinking I should have went with 1/4 inch steel since it's still flexing that steel a bit, instead of the 1/8. Lol, By the time I'm done, I'll probably have added 80 pounds of steel, bolts, braces, and fiberglass.




