Peter Volken Smidt – episode 7 – Electrifying a Contest 30
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Previous episodes:
3. A boat on dry land and the removal of remaining parts
4. A hole in my torso, what next…
peeling the underwater hull
Work is starting to run in parallel, and the weather, and especially the temperature, is starting to affect the schedule. Although I'm using the so-called "winter epoxy," which is still workable down to 5 degrees Celsius, this is starting to become an issue with the approaching winter temperatures.
The engine compartment is now empty; the new battery needs to be installed horizontally on the old foundation. Using hardwood, I'm making two tapered wedges so I can build a horizontal wooden floor on them. And while I'm at it, I also decide to carpentry the rest of the engine compartment and finally waterproof it with fiberglass. The carpentry has already started; the epoxy will have to wait due to the low temperatures.
And of course, it's not even March yet, but I do feel the pressure to finish the underwater hull as much as possible now that the weather is nice and dry.
And that's not going very well. The antifouling sanding is going slowly and has caused me to cough and watery eyes.
This will cost me a few years of my life, so I hatch a plan B and decide to attack the antifouling with a chemical stripper. If I'm to believe all the information online, this should help like a pair of invisible hands.
I bought 2.5 liters of antifouling remover from Starbite, which should be enough to remove about 16 m2 of antifouling.
Between applying and scraping, the product needs a few hours to penetrate the deeper layers. The major advantage is that the polyester is not damaged.
Even below freezing, the stuff works. And how! I apply it to a generous portion of the hull and then easily scrape off the gooey substance with a putty knife. Layer thickness matters, because where I apply less, scraping immediately feels a bit more difficult.
After an hour of vigorous scraping, I achieve a result that would normally take me a few hours of sanding.
With combined efforts, I treat the rest of the hull and it is now almost ready for the first layers of armor coating, a two-component epoxy that should protect the underwater hull against osmosis.













