We have been tackling "The Refit" more less project by project, staggering them a bit when we had to wait on weather or supplies being delivered.
While obliterating the hideous rub rail, we also started to remove old port lights and began the installation of a new swim platform. This new addition to the boat was a must. It will make accessing the water from the high decks much easier than just by latter, particularly with dive gear. It is to be raised and secured while underway then lowered for use at anchor.
I drafted a preliminary drawing of the platform based on some blueprints of another Amphitrite, I found online. I did this when we were in Colombia, so taking measurements of our actual boat wasn't an option. I had to make some assumptions about angles and accessibility on the interior to bolt the platform frame through the hull, but the final tweaking could be done on site, once we returned Stateside.
I sent the drawing to a few metal fabricators in the Wilmington area for quotes and passed it along to the Bennett Brothers Yachts manager, Al Nobel, to have him help source out a fabricator. He passed the drawing along to Robert King of King's Marine, who got started right away. Ay ay ay! We didn't know this until we got back here, and I was worried that Robert got carried away with a project that we weren't sure was going to fit our actual boat, but the scaled drawing I made from the found blueprints turned out to be pretty accurate and Robert had no trouble fitting what he had built so far to the shape of the hull.
While we waited for all the platform parts to be done, we began to take on the port lights. We read other Wauquiez owners report on their own port light projects and it seemed pretty straight forward. From the inside: gain access to nuts under decorative window frames. On the outside: remove aluminium frames, screwed into the Lexan window pane. Remove the bolts that hold the pane in place, then release the window from it's place in the hull. Clean up sealant, re-bed, remount and reseal the new window in place. Easy peasy, right?
Right. Well it turned out to be a bit more of a pain in the transom than we anticipated. First we found that very few of the nuts fastened to the bolts were accessible, let alone visible once the plastic covers were removed from around the windows.

The boat manufacturer probably assumed these would never have to be replaced and they didn't leave any access around the window to get to the fasteners. Seriously?
Reluctantly, we started to drill out access holes in the teak paneling around the port lights. Some nuts turned out to be easy to loosen, some were fiberglassed right into the hull and some missing altogether. It was frustrating to learn that the builder was so neglectful in how they put these windows together. Patiently, though, we were able to expose all of the fasteners and we could now focus on pulling the assembly apart.
After unscrewing aluminium frames on the exterior we loosened the bolts that held each pane in place, pulled them out and got ready to pry each Lexan windows out of the moulded cut-out they were bedded into. This required that we first loosen the holding grip of the Silicone bedding, which was a very tedious and messy affair. Silicone don't let go so easy, did you know? We used a great product we researched and bought from a producer right here in North Carolina called Re-Mov. We scraped and rubbed the silicone off, layer by layer, until all of its gooey nastiness was gone.
Cleaning and prepping the cutouts for new port lights took close to 2 hours each, and we have 13 of them altogether. First we only did two port lights per day, as we took time to figure out the process and the materials we were working with. But once we got a hang of it things went more smoothly and we were able to remove and replace the last 5 windows in one day. Each pane had to be cut out of a 3/8" sheet of high quality Lexan, which is a more resilient and flexible type of polycarbonate, like Plexi.
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| One of the new aft cabin windows being fastened to the hull |
When we had the rough shape of each window cut out, we routed them using old windows as templates, beveled the interior edge to follow the curvature of the moulded opening they fit into and drilled holes for new stainless steel bolts to go into. Each individual Lexan window was then set in place using double-sided 3M VHB tape, made to withstand adverse weather conditions. Once in place, each port light was bolted through and tightened, then sealed using a UV resistant Sikaflex bedding compound, meant to create a watertight seal between the Lexan window and the hull. Done and done!
Meanwhile, when waiting for sealant to dry or for new Lexan shipment to come in, we focused on getting the swim platform in place.
Mounting it turned out to be less complicated than we thought, which is always a nice surprise and a boost to crew morale. The platform comes in two parts: the brace which fastens to the hull and the swivelled platform, which lower up and down, and because we could separate it, it was easier to mount the brace to the transom on its own and then attach the swivelling platform part to it.
Robert, the metal guy did a great job putting the design together and custom made all bolts and backing plates we needed to finish the installation. Having marked the location for each thru hull bolt, Gabe drilled them out while I cut access panels on the inside where the backing plates would go.


After bedding all surfaces with Sikaflex sealant we fed the robust 1/2" bolts through the holes, through the backing plates, and fastened them in place from the inside. Once the sealant cured we were ready to hang the rest of the platform, complete with 3/4" Starboard planks to form the platform surface. Voila!
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| Routing a bevel in Starboard edges for a smooth bare foot friendly finish |
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Drop dead gorgeous drop platform is done!
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