Hi all!
So my wife and I recently acquired our first "new" old boat... an 89 Bayliner Capri with a 2.3 sterndrive in it.
We've had it out about 4 times, amounting to 10-12 hours, and have enjoyed it superbly thusfar. Motor runs great and I've done some preventative maintenance on it to keep it so -- no complaints in that department.
As I've dug into the boat some, I've discovered that -- as could be expected on a boat of this age -- the stringers are rotted out. I haven't drilled cores on the transom to check it, but i assume it has the same problem to a degree. My first clue probably should have been that it has some plywood scabs added to the floor -- were right there to see when we purchased it -- but what can i say, I'm a n00b and didn't know to look for issues like the stringer and transom. My criteria were "does the motor run well" and "does it run on the water without taking on water", both of which this boat passed. So, here we are!
Anyway, now that I've discovered these issues with the stringers and (likely) the transom, I'm thinking it would be a good idea to replace them this fall. The wife and I are no strangers to DIY having done many home building and remodeling projects single-handedly, so while I'm sure there is much to learn to do this correctly, I'm confident that with the proper approach it's 100% doable. We'd really like to gut the whole interior and redo it anyway, so that would seem to be an opportune time to replace them. Until then, a few rules we've made for running it are:
* Don't run loaded to more than 50% of rated weight capacity
* No running on the ocean -- only on calm lakes (not much of an issue for us anyway since we're inland and would be mostly lake boating to start with)
* No pulling of tubes/skis etc
* NO JUMPING WAKES
* No hard turns on plane
I feel reasonably confident we'll be OK for the rest of the season with these ground rules, as despite the issues I've discovered, the following hold true:
* The hull feels pretty sturdy on the water (no observable flex)
* There aren't any observable stress cracks on the hull or the transom
* The transom does not flex when I put weight on the outdrive
I think it would be good, though, to start putting together the plan for rebuilding the transom and stringers after the season ends. The stringers seem pretty straightforward to me -- gut out interior, dig out rotten stringer dust, clean up and replace. The transom looks a little more involved though. Some of the things I'm thinking of and would like you guys' feedback on are:
* How to get the engine up out of the boat?
* What areas of the transom do I need to think of rebuilding here, and what is the best way to access it for repair without cutting the back of the boat off?
* From the research I've done, it's seems SeaCast would be a great (and PERMANENT) fix to the stringer/transom rot problem. I definitely plan to use it for the stringers -- with the design of my transom, will it work for it as well? Or do I need to stick to a generous portion of glassed up and epoxied plywood?
I'm sure as I get into planning this I'll have more questions... but this is a start! I've attached several pics of my transom to help you see what I have to work with.
So my wife and I recently acquired our first "new" old boat... an 89 Bayliner Capri with a 2.3 sterndrive in it.
We've had it out about 4 times, amounting to 10-12 hours, and have enjoyed it superbly thusfar. Motor runs great and I've done some preventative maintenance on it to keep it so -- no complaints in that department.
As I've dug into the boat some, I've discovered that -- as could be expected on a boat of this age -- the stringers are rotted out. I haven't drilled cores on the transom to check it, but i assume it has the same problem to a degree. My first clue probably should have been that it has some plywood scabs added to the floor -- were right there to see when we purchased it -- but what can i say, I'm a n00b and didn't know to look for issues like the stringer and transom. My criteria were "does the motor run well" and "does it run on the water without taking on water", both of which this boat passed. So, here we are!
Anyway, now that I've discovered these issues with the stringers and (likely) the transom, I'm thinking it would be a good idea to replace them this fall. The wife and I are no strangers to DIY having done many home building and remodeling projects single-handedly, so while I'm sure there is much to learn to do this correctly, I'm confident that with the proper approach it's 100% doable. We'd really like to gut the whole interior and redo it anyway, so that would seem to be an opportune time to replace them. Until then, a few rules we've made for running it are:
* Don't run loaded to more than 50% of rated weight capacity
* No running on the ocean -- only on calm lakes (not much of an issue for us anyway since we're inland and would be mostly lake boating to start with)
* No pulling of tubes/skis etc
* NO JUMPING WAKES
* No hard turns on plane
I feel reasonably confident we'll be OK for the rest of the season with these ground rules, as despite the issues I've discovered, the following hold true:
* The hull feels pretty sturdy on the water (no observable flex)
* There aren't any observable stress cracks on the hull or the transom
* The transom does not flex when I put weight on the outdrive
I think it would be good, though, to start putting together the plan for rebuilding the transom and stringers after the season ends. The stringers seem pretty straightforward to me -- gut out interior, dig out rotten stringer dust, clean up and replace. The transom looks a little more involved though. Some of the things I'm thinking of and would like you guys' feedback on are:
* How to get the engine up out of the boat?
* What areas of the transom do I need to think of rebuilding here, and what is the best way to access it for repair without cutting the back of the boat off?
* From the research I've done, it's seems SeaCast would be a great (and PERMANENT) fix to the stringer/transom rot problem. I definitely plan to use it for the stringers -- with the design of my transom, will it work for it as well? Or do I need to stick to a generous portion of glassed up and epoxied plywood?
I'm sure as I get into planning this I'll have more questions... but this is a start! I've attached several pics of my transom to help you see what I have to work with.