(page 101 of 165)

Scupper 74

Wednesday

I spent much of the day on planning and administration as I sorted out various discussions we’d had during our meeting the day before, researched some materials options, but after a few hours of that I did get up to the boat for some “real” work, including another fairly quick round of sanding on the interior patchwork as required, bringing these areas pretty much to their final level of preparation.  With a few minor changes coming for the interior, there’d be more prepwork on other areas soon to come, though.

I continued work on the rudder as well, lightly sanding the main application of fiberglass over the bottom edge to prepare it for the final layers of fiberglass to encapsulate the corners and tie together all parts of the repair, which I finished up next.

Later, I finished rough-measuring for interior trim and other new materials required, the first step towards calculating what I’d need to order in order to continue the interior work.

Total time billed on this job today:  8 hours

0600 Weather Observation:  20°, clear.  Forecast for the day:  Sunny, 32°

Scupper 73

Tuesday

I got started again in the cabin, where I sanded all the epoxy fairing compound over the various liner/overhead patches.  This brought most areas close to their final contours, with only minor spot-filling still required, which I did next.

After sanding smooth the new corner pieces in the forward hatch surround,  I did a final test-fit of the hatch.  Remaining work here would take place later, when it became time to finish off the trim work around the inside of the hatch, but for now I stored the hatch away for safekeeping.

I dressed up the last coat of fairing compound on the bottom of the rudder, completing the preliminary work, then cut two layers of fiberglass to cover both sides and wrap around the bottom of the blade.  I left the second layer back a ways from the leading and trailing edges so that I could later incorporate a separate application of fiberglass to wrap these areas, since the curves and various planes wouldn’t allow all areas to be properly covered at once.

I spent the remainder of the morning cleaning up and preparing for my meeting with the owner, which took place over several hours in the after noon, during which we discussed myriad aspects of the interior and other work still to come on the boat.  The fruits of these discussions would be illustrated in these pages in the weeks to come.

Total time billed on this job today:  7.25 hours

0600 Weather Observation:  33°, partly cloudy.  Forecast for the day:  A rain shower, perhaps, then mostly clearing, around 50°

Scupper 72

Monday

In the cabin, I started with the new patches I’d installed in various spots of the overhead liner.  The new fiberglass required sanding to smooth it and bring it flush, as needed, with the surrounding surfaces and to prepare it for the next steps.

I lightly sanded the three patches over the insides of the old through hull openings in the head, galley, and port settee.

At the forward hatch, I lightly sanded the new fiberglass lining the inside of the opening.

After cleaning up, I applied a coat of epoxy fairing compound over the various liner patches as needed.

After some sanding of the latest round of rebuilding on the lower edge of the rudder blade, I finished up the initial reshaping work with a light coating of fairing compound to fine-tune the previous work, the last step before I could reglass the blade.

In the port cockpit locker, there was one more place I needed to install an inside patch over the old bilge pump hole, which I’d patched from the cockpit side earlier.

I prepared some triangular pieces of solid fiberglass for the forward hatch opening, to span the inside corners and finish off the inside of the opening where the hatch itself  curved around the corners.  Once cut, I epoxied these into the corners, leaving them so they extended above the top surface for later flush-trimming.

With all the currently-active tasks taken as far as I could for the moment, I started measuring the main cabin and galley areas for some of the new trim and woodwork that would be starting soon, rough measurements so I could begin to estimate the material required.  I had a meeting scheduled at the boat tomorrow with the owner, who was flying in for the purpose and his first time actually seeing the boat, and I looked forward to discussing with him the plans for the interior and some specifics that would soon dictate the next courses of action.

Total time billed on this job today:  6.75 hours

0600 Weather Observation:  32°, clouds.  Forecast for the day:  Sun, high 40s

Scupper 71

Friday

After sanding the second round of hole filler in the cabin, I found many of the spots weren’t yet smooth and flush, so I was required to apply an additional coat of the filler throughout the cabin.  I had hoped to avoid this, but fortunately the white acrylic filler would cure quickly and I’d be able to get back to it later in the day.

While I left those spots to cure, I prepared to install various fiberglass patches throughout the interior, including the old deck prism openings and some cracks in the forward part of the liner, as well as three remaining through hull locations–the galley sink, head sink, and an old depth transducer location in the port settee locker–that I’d previously filled and patched from outside, but hadn’t yet patched from within because when I did some of the other patches earlier in the project, I’d yet to sand and prepare the inside of the hull in these other areas.

After cutting the new fiberglass for all areas, and other final preparations, I wet out with epoxy and installed all the patches.

To finish off the forward hatch frame installation, I installed narrow strips of fiberglass over the inside of the opening, extending from the new fiberglass frame down over the exposed core and deck structure.  I let the pieces hand down a bit over the gap between the deck and the interior liner, but did not attempt to incorporate the liner into the system.  The fiberglass would add some strength and also sealed off the exposed core; all this would later be hidden with trim.

By now, the putty over the holes in the cabin liner had cured, and I performed what I hoped was the final sanding of all areas.

To finish up the day, I continued work on the rudder, beginning with sanding and cleaning up the second round of reconstructive structural epoxy.

Afterwards, I built up the bottom edge just a bit more as needed, focusing mainly on the after corner where I wanted a “squarer” rounded shape.  By now, the shape was looking pretty close to what I was going for, and I expected one final round of minor shaping and smoothing to fine-tune the rudder before I could finish up with new fiberglass.

Total time billed on this job today:  6.75 hours

0600 Weather Observation:  -4°, clear.  Forecast for the day:  Sunny, 20°

Scupper 70

Thursday

In the cabin, I spent the morning sanding the epoxy filler on all the fastener holes, as well as in the settee lockers.

After cleaning up, I applied a second round of filler to the fastener holes as needed.  In this case, I used a white quick-dry acrylic-based fine putty for this fine round of minor filling, an excellent product but one I don’t use often because my own preference for exterior work is and remains only epoxy-based fillers, but here in the cabin and for this purpose, this filler greatly streamlined the second round.

Back down at the rudder, I sanded the first round of epoxy filler I’d applied to the bottom of the rudder, as I worked to essentially create a new rudder core from thin air.

With the first round smoothed out sufficiently and cleaned, I applied another layer, building up the rudder shape closer to the final contours I wanted.  My goal was a basically flat bottom (parallel to the line I’d drawn on the rudder earlier), with a generous curve at the forward edge and a somewhat more square–but still curved–after corner.  This general shape would match photos of sisterships I’d found here and there.

With this second round, I though I was pretty close on the forward corner and basic shape of the bottom edge, but the after corner would require additional material later.  This solid epoxy “core” would later be covered in new fiberglass and tied in with the existing rudder blade.

Total time billed on this job today:  6.5 hours

0600 Weather Observation:  -10°, clear.  Forecast for the day:  Sunny, teens.

Scupper 69

Wednesday

To begin, I cleaned up the interior pretty thoroughly, vacuuming and then solvent-washing as needed to prepare all the surfaces for epoxy filler.  Once clean, I went around the boat and applied a coat of filler to the fastener holes  and other areas I’d prepared.

In the lockers beneath the settees, where I’d removed that old core material, there remained an edge around the insides of the lockers leftover from the old fiberglass, and, having sanded it as far as practicable, I used some epoxy filler to smooth out the transition. not going crazy with the process since these were only storage lockers.

In the overhead in the galley and head, I filled the shallow voids left from the deck prism patches I’d installed on the deck side during the bridgedeck recore with a strengthened epoxy mixture, bringing the center areas flush with the surrounding fiberglass that I’d prepared.  Similarly, I filled some larger fastener holes beneath the foredeck and in the head with the mixture as well, preparing these areas for a layer of fiberglass that would come soon.

Having taken the interior as far as I could from now, and with some time left in the day, I turned to the rudder.  The lower edge of the blade still required some rebuilding and repair, and to begin, I sanded off the bottom paint, barrier coat, and gelcoat with a grinder, preparing a section of the bottom of the blade for new fiberglass.  I also cleaned up the mess that passed for the bottom edge to prepare it for filling and eventual reglassing.

I thought the basic shape left on the starboard side of the blade was more or less how the rudder had been originally shaped, and served as the most raw basis for how to rebuild the lower edge, though in the end I’d judge the final shape by eye as needed.  After cleaning up the area, I started with some epoxy thickened with high-density filler, pressing it into the voids between the rudder sides and then beginning to rebuild the shape from there.  It would most likely take a couple more applications to get the shape back where it needed to be, after which time I could glass over the whole thing to complete the repair.

Total time billed on this job today:  7.5 hours

0600 Weather Observation:  31°, snow, about 3-4 inches down so far.  Forecast for the day:  Snow ending (about 5-6″ total) and clearing, growing colder with snow squalls.

Scupper 68

Tuesday

After a mid-morning start following some errands and other business, I continued finish-sanding work on the remaining surfaces in the main cabin, including the port settee, both sides of the cabin trunk, and the galley area.  When I was through with the larger tool, I switched to a small palm sander and 120 grit paper and finished up work on various corners and tight spots to complete the basic prep work in the main and forward cabins.

Afterwards, I went around the interior with a drill and countersink bit, and reamed out all the old screw holes throughout the interior, making the holes wider to better accept epoxy filler.  I liked to start with a clean slate and not be tied to any existing holes, particularly in a situation where I wasn’t sure how new trim and other details would come together.

Next, I used a grinder to open up a few cracks here and there, mainly in sections of the port side where the liner had apparently once been cut out for access to the hull and deck.  These seams had opened up in places, and the non-reinforced seams would show through new coatings unless I improved the bonding.  I kept these areas minimal, since this was just a non-structural interior liner and my only purpose was to better hide these seams and old cracks.  While I had the grinder out, I prepared the area around the old deck prism above the galley, and also some old fastener holes beneath the foredeck that required more substantial filling and patching.

The main bulkhead was tabbed along the hull, but not at the decks, and originally (or at least as-delivered here) the bulkhead was pinned at the top corners by wooden blocks, which were bolted through the bulkhead and had once been bolted awkwardly through the deck.  I’d removed the large bolts through the deck during that phase of work, and now I finally got around to removing the blocks and their remaining bolts from the bulkheads.  Later, I planned to tab the main bulkhead to the deck throughout.

The final area requiring bulk surface preparations was the head compartment, with myriad small but multi-faceted surfaces to prepare.  As in the galley, the after bulkhead here was covered with Formica and didn’t need the sanding prep at this time.  For the moment, I also chose to leave alone the molded sole section, which incorporated a shower pan as well as a molded nonskid area, plus a platform for a toilet.  This section was a different color and was in pretty good shape as is, and on the off chance it could be kept as-is, I avoided it for now.

After various rounds of sanding with different tools and by hand, followed by hole reaming and some spot grinding to prepare a couple areas for larger patches, I completed the basic head surface prep to the same level as the rest of the cabin.

Total time billed on this job today:  6.5 hours

0600 Weather Observation:  0°, clear.  Forecast for the day:  Increasing clouds, snow showers, then snow overnight, 20s

 

Scupper 67

Monday

After a late-ish start while I took care of other business, I started in main cabin, where I worked in the lockers beneath the settees, cleaning up the final remnants of the old coring that I’d removed.

Beneath the galley, I cleaned up the lowermost locker as much as I could given the access, focusing on the inside of the old galley sink through hull, which I’d previously filled and patched from  the outside, but this patch still required fiberglass on the inside, which I’d do soon.  That hose is attached to the drain on the old icebox, and remains currently inaccessible.

In the forward cabin, I used a grinder to clean up the cuts at the aft end of the berth, where I’d removed the old, tall hanging lockers, and also cleaned up the hull and surrounding areas as needed in these corners.

Next, I sanded all the forward cabin liners, including the berth platform and edges, undersides of the deck, and overhead, with three separate rounds of sanding:  first with 80 grit to break and remove the gloss and clean the surface; then two rounds of sanding with an orbital finishing sander, ending with 120 grit, to hone the surface properly for the upcoming primer and paint steps (ad whatever else).  I still needed to come back and finish up the corners and detail areas.

With a bit of time left in the day, I moved back to the main cabin and finish-sanded the starboard settee, again with the 6″ orbital sander and ending at 120 grit.

Total time billed on this job today:  6.75 hours

0600 Weather Observation:  20°, clear.  Forecast for the day:  Sunny, 21°

Scupper 66

Friday

In the forward cabin, I removed the tall hanging lockers at the aft end of each berth.  I used a saw to cut along the intersection of these lockers with the sides of the v-berth liner, and along the edge of the berth top, leaving a bit of an edge that I’d clean up and make flush later with additional sanding.  I cut out the lockers in a few sections to keep the size manageable, and removed remnants of the old tabbing along the hull sides to finish up the removal for now.

Removing the lockers greatly opened up and enhanced the space, and allowed decent access to the inside of the hull and forwardmost chainplate locations, and would greatly streamline further work efforts in the near future.  For now, I wasn’t sure how the owner wanted to finish off the space, but we’d discuss it during an upcoming meeting at the boat.  I’d soon clean up the areas with additional sanding, but for right now I planned to focus the rest of the day in the main cabin.

I turned back to the lockers beneath the settees, particularly on the port side, where I removed the rest of the core from the area with a grinder; I’d tried prying and scraping it, but found it too time-consuming.  With one remaining sanding disc on the grinder, I ground away the remaining square foot or so of core, and lightly cleaned up the lockers on both sides.  There was more and better sanding still to come soon, but I needed a new supply of the sanding discs first.

The main cabin largely consisted of molded, gelcoated interior components and liners, including the galley, settees and backrests, and the overhead, and the original finishes were old, tired, and stained.  On the port side, where work had been done in the past by others, there was some nasty glossy white paint filled with bubbles and roller stipple.  (Note:  lots of additional photos of the interior in various stages of disassembly and “as-arrived” condition can be found in the early pages of this project.)

During the remainder of the day, I sanded all the gelcoated surfaces in the main cabin and galley, removing gloss from the gelcoat and, where necessary, removing that nasty old paint.  This included all areas of the settees and backrests, the galley and companionway areas, the underside of the bridgedeck, and the undersides of the sidedecks.  This initial round of sanding was a sort of initial cleaning pass, and I planned additional finish sanding soon to take care of final surface prep for primer as well as deal with detail areas and corners.  The large bulkhead aft of the galley was still covered with well-stuck Formica and didn’t receive any attention at this time.  In some areas, I had to remove hated silicone sealant residue, which the builders had used beneath some of the trim and around the large port above the galley.    It was like sanding a car tire, but I prevailed.

The molded overhead was pockmarked with holes from hardware installations above, as well as a nightmare area above the galley where various old work had occurred.  This overhead was never going to be the final surface in the new interior, but I felt it was still necessary to sand it with coarse paper to clean, degloss, and abrade the surface so it would be ready for whatever future treatments I might do.

The overhead was also too ugly to live, and after all, I had to work in this space for some months.  A happy boat restorer is…well, happy.  It just felt better in the boat after I’d sanded the overhead clean.

I cleaned up the dust and detritus from the past two days’ sanding, and looked forward to repeating the process in the forward cabin next time.

Total time billed on this job today:  7 hours

0600 Weather Observation:  30°, clear.  Forecast for the day:  Increasing clouds, 32°

Dharma Rose 35

Thursday

With the end of the project, the owner arranged to have the boat surveyed for his insurance purposes, and once that was over with early in the week, I went ahead to prepare the boat for her imminent departure, restowing and securing the mast on deck and loading various gear back aboard.

One final detail remained.  I had hoped to be able to install a zinc on the prop shaft; while in my mind the requirement or even desirability of this remains in question, at least when the boat’s underwater metallic compontnents are electrically isolated from one another (as they are here), there seemed little down side other than simply recycling zinc through the ecosystem.  The first prop hub zinc I’d tried, a standard and readily-available version, didn’t fit in the tight space between the prop and the rudder on this boat, but after a pretty extensive search I found a version that looked promising and ordered it.

When the new zinc and nut assembly arrived, and after quickly determining that it would work here, I installed it.  This zinc came with a prop nut that replaces the original two nuts, so I removed those and installed the supplied prop nut tightly.  The zinc itself is designed to fit over this nut, with a hex-shaped recess on one side, and then the zinc is secured with a castle nut at the end of the shaft, which fits inside the rounded aft end of the zinc.  I finished off the installation with a cotter pin to hold the arrangement in place.

With a brief unusually-warm weather window (if not fair weather), the owner planned to pick the boat up and bring her home in a whirlwind trip, and I got the new zinc in place just in time before the owner arrived in Maine in the evening.

in the morning, with freakishly warm temperatures but a newly-icy and slick (but aesthetically reflective) driveway thanks to the recent snow now saturated with rain, the owner departed for home with the boat, ready to finish a few small projects and go sailing this summer.

0600 Weather Observation:  40°, rain.  Forecast for the day:  Heavy rain, 50s

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