The story of the Wood That Got Away (Almost)

It's spring and I was still driving around with too much stuff in the car from the house-clean job I got in January.  So I spent the whole morning on Thursday cleaning out the car, including wood I had meant for the wood mill (my brother's place), the guitar pickguard material for the switch plates, tools and other parts.  I set the wood on top of the car to load later... and then forgot it, got into the car and drove off.

Without watching my speed I hit about 55 MPH on River Road, then of course slowed down.  I turned to go over the tracks, stopped at the market for iced tea (and crisps), and then turned, went over the tracks again, straight down Chester Avenue and then along the river (as I often do) to the marina.  Upon turning in to the marina I heard this rattling on the roof.

'Oh; I am an idiot! --I forgot that was on there!'  Over the next two minutes I just mulled it over, talking to myself.  'Maybe it's still on there.  Maybe it's back by the side of the road.  Maybe it's in the yard beside the house....'

Stopping the car at the boat I got out to look.  The plywood for the galley cabinet was there, half-jammed into the roof rack.  One of the mahogany planks was there, simply lying at an angle atop the plywood.  The longer of the two mahogany planks was gone.

I worked the whole day (too poor to waste fuel on two trips) and worried about it.  I even looked about the boat and searched my mind for any way of replacing it with other wood: but there isn't.  I had these planks milled at Edgewater Building Supply about 4-5 years ago, just for this application.  They're for the underside of the cabintop to both serve as backing blocks for the handrail bolts and to trim off the edges of the foam-backed headliner material.  They want only a notch cut along one edge to receive the foam stuff, which is not installed yet, but I wanted to fit them for length on the two sides and get some finish on them as they're still raw and beginning to look it.  So now I was out of luck.

Worse, sap that I am, I worried about the poor piece of wood outside in the drizzle we had in the afternoon.  Well; now even if I could recover it, it'd be waterstained (this shows through most varnish unless it's sanded down pretty far first).

Towards evening I was still at the boat and my mother called and invited me to supper.  (I am a sucker for any free supper.)  I kind of expected this and was saving what little fuel I have left for the trip home for a shower and back down (past the boat again) for her place. On the way home I took the right lane, went slowly, and kept my eyes across the road for some forlorn-looking piece of mahogany with maybe tire-tracks across it.  Sadly, I did not see it, went home, had a shower, turned around and started back along the same route for my mom's.  I thought I saw it (off the road) and made a U-turn, drove by, decided that wasn't it.  Then I saw it! --far off the road, parallel to the train tracks.  I made a quick U-turn (in a parking lot with a sign: No U-Turns) and ran across the road to see it.

How it managed to fly 35 feet from the road and land perfectly parallel to the road (and tracks) can be attributed only to the fact that I was doing 55 MPH, right at about this point.  The board is indeed waterstained; but I can sand that out.  Best of all the corners are all intact.  How did that happen? --I can only guess that it blew so far off the car that it never hit any tarmac at all but landed neatly in this grassy area.  I've seen pieces of plywood go flying and they usually end up as ovals (no corners) from cartwheeling as they land.  This piece survived in perfectly-usable condition.

Now there is yet another piece of this boat with a funny story.  Someday (soon) I'll be showing people over the boat and point up at it and say, 'That was the one that almost got away.'  If there's any nicks or stains showing it'll only be proof of the story and not considered 'ugly'. (There is really nothing on this boat that's 'ugly'.)   It'll be like the backing plate under the foredeck, the ladder/cooler assembly, the 'extra' locker after of the quarter berth, and the 'Uncle Joe' sticks on the cabin sole-- just one more part of Diana's composite personality.

(See here for more of the same....)

I've used so much reclaimed and repurposed mahogany on this boat that it's kind of a motif.  Most of the mahogany that looks like it doesn't match is from older boats, such as one C44 that got a major interior-remodeling project done to it.  It's mostly 1970s-era wood, which, used in Diana, lends an authentic look.  Diana doesn't look newly-restored.  She looks like she was always meant to be that way, indeed like she was always that way all along.  My cabinetry fits aren't perfect (see Steve for that kind of work - https://www.facebook.com/Notcher-Designs-227378264271864/?fref=ts) but overall Diana has a 'factory' look to her.

Think of her as a Hunter 25 built by Cherubini Boat Company!  You'll see when the commissioning party happens!

- JC2

Press release

for general distribution

Family boatbuilding business association breaks up for good

Burlington, New Jersey
22 June 2015


After a long, productive history, John Cherubini, Jr., and Cherubini Yachts, LLC, of Delran, NJ, have severed all professional associations, sources close to both sides report.   John, Jr., whose father designed the landmark Cherubini 44 double-headsail ketch and Cherubini 48 staysail schooner, had worked with his cousin David’s business almost since its onset in 2003.

John, Jr.’s history with the original Cherubini Boat Company began at Burlington, NJ, in 1973, with the lofting and planking of the original Cherubini 44 plug with his father, John, Sr., brother Steve, uncle Frit (Leon), and cousin Lee.  This family group remained, in spirit and in substance, the nucleus of the boatbuilding concern that hand-built 42 boats through the 1990s.  John, Jr., worked in direct labor, production control, purchasing, sales support and marketing, payroll, and especially in design and component engineering, being responsible for devising custom-made deck hardware, tanks, and brackets that made the Cherubini 44 unique.  With Lee he designed the long-popular two-stateroom interior plan, giving the C44 a spacious galley and roomy head compartment at a time when such features were reserved for much larger yachts.

After his cousin David resurrected Cherubini boat production, John, Jr. served throughout the hierarchy of the business, variously as a contractor, direct employee, and encouraging friend.  Taking on his late father’s role, he worked closely with the staff on design and engineering issues to conservatively modernize the C44 design.

David, ten years younger than John, had not the hands-on experience nor the technical education that comes from growing up with a gifted yacht designer as a father.  ‘I had hoped that Dave would want to benefit from my expertise,’ says John.  But, amid family and professional differences, the two fell out for good in spring 2015 and John was constrained to remove his own Hunter 25, Diana, from his cousin’s yard where he was always so proud to have kept it.

John’s complete departure from Cherubini Yachts marks the finale of the surviving family core who began the business in 1975.  His brother Steve and cousins Lee, Rick, Brian, and Mike have all been, to one degree or another, rendered redundant as employees, contractors, vendors or associates of their family’s legacy, leaving David the sole Cherubini at Cherubini Yachts.

John, Jr.’s future in the boating industry remains uncertain.  He has declared an intention to offer reproductions of his family’s artwork, including drafting work by John, Sr., for consumer markets.  It is doubtful if any of the Cherubini 44 and 48, as designed by his father, will ever be built again.

 

- Cherubini Art & Nautical Design

* * *

Interlux Brightside

I chose the Primekote 404/414 as primer because, at the time, I had not decided between Brightside and Perfection.  I have long referred to Perfection as 'the poor man's Awlgrip' and to Brightside as 'the poor man's Perfection'.  All three share similar qualities: they are rugged, hold up well to UV and to seawater, go on very well with a minimum of application effort (just roll on and take care) and are somewhat compatible in that primer for any one of them can be used with the lower grades of paint.  If you can't afford Awlgrip or a guy like Jeremiah at CY to apply it for you, your next bet is to apply the two-part epoxy Primekote and then pick either Perfection or Brightside.

Jerry, from the C44 Second Alarm, has been my boatyard neighbor for two seasons now.  He very generously offered to assist me with the application and did most of the rolling of both the Primekote and the Brightside himself.  I defer to his expertise in applying surface finishes as he's completely redone the hull of his 1981 boat from bare fiberglass to finish gelcoat, almost entirely on his own.  We readily share concerns, advice and encouragement and so he was a natural and welcome partner in this vital chore for Diana.

Taking the time to do it now

I took the better part of two days off from work for this.  To some this sounds irresponsible; but, to me, a boat is like a pet.  If it needs you now, it needs you now; and you are irresponsible to put it off till a situation becomes unhealthy.  I don't consider boats mere things, like that.  They have spirits and souls and feelings and needs.  Sail one and you know what I'm talking about.  I saw it during the Sandy storm-- with 68,000 boats in New Jersey having insurance claims filed, you just know that some of them were owned by people who said, 'It's only a boat.  It's insured.'  I could use the money anyway.'

Forgive the harsh opinion; but these people clog up the insurance-claim process and annoy and delay those of us who truly care.  I saw BOATUS and many others come through like knights in shining armor for boat owners who truly cared-- and I worked very hard on restoring several of those boats myself, if only because of two things:

1. I know what you feel like when your boat needs work, since I love my boat as much as you love yours.

2. I want to see your boat happy and sailing again as much as I want to see mine happy and sailing again.  This is what I do, and this is why I do it.

So I was grateful to Jerry for his help but I knew he knows how I feel about it because I know he feels the same way about his boat.

Brightside lessons

Since this is me, I have to delve into the bad news first!

I uploaded these two pics in a large format to illustrate how the first coat of Brightside goes on.  Formerly both of these places on Diana were repaired, using a combination of Evercoat 27 and WEST epoxy with filler.  The first one, below, had some significant pitting in the gelcoat and, being on the shaded, close-quartered side of the boat when it was in The Swamp, I did not get the chance to finish fairing these.  In truth I didn't really see them that well there.  So Jerry and I decided, what the heck? --and we painted over them to see what we'd get.  I don't think you can notice in this picture but the Brightside does not cover imperfections very well, if at all.

So, Lesson #1 with using Brightside:

It is not latex house paint.  It is not 'high hiding'.  It changes the color and seals the surface; it does not fill divots at all.

The second pic, below, illustrates what I call 'the thin white panties problem'.  (You get no further explanation of the name.)  This was where I filled the factory-installed galley-sink drain hole (relocating it, with seacock, to the bilge).  I was anxious to see how well Brightside would cover over darker-colored stuff like the WEST epoxy with gray and tan filler in it.  The result was that one coat did pretty well.  This would disappear completely on the second coat.

So, Lesson #2 with using Brightside:
It does change color; but when it's white over dark, it'll take two coats.  This is in line with pretty much any other paint; but here I believe it is a factor of the thin application layer of Brightside.  You don't put it on thick; you do multiple coats.  (In other words, it's not Bilgekote!)

At the end of the day, the guys from the shop were coming out and saying things like 'Hey!  John has a shiny boat now!'  I doubt they realized what this meant to me-- it may be the first time I have received any kudos from others on my work with this boat at all.  Naturally I replied that it was all down to Jerry-- for his constant encouragement, invaluable assistance and almost-paternal admonishing me to keep moving.  This is a guy who supervises urban firemen-- he knows how to motivate people and in my case has done it well.

We got the second coat done the following day, after I spent the whole morning (18-20 hours' drying time) sanding this coat with 320.  We had one egregious error (mine, I am sure) where we had to retouch a place where I missed tipping (probably due to intense sun glare that side).  The attempt to get it on and all smooth was not successful.  It ended up being covered but as a lump that looks like a bulkhead pressing through.

So, Lesson #3 with Brightside:
You have about five minutes, and no more, to finish rolling and tipping applied paint.  Don't hesitate-- get it right now, and keep moving on.  You won't be able to go back and fix it; it'll mean another whole coat if you let it go.

This is all well anyway, as I'd like to redo a few places on the transom and resolve the matter of a few divots.  I'll do the third coat in the spring (as well as another barrier coat on the bottom).  For now, Diana's going under a shrink-wrapped cover so I can focus on the engine, the electrical system, and a few odds and ends that can be fit to the boat and finished in the shop.

Thanks again to Jerry for all his work; for this is really all down to him here.

* * *

Moving day

24 October 2014

I have not been happy with the boat's being where it's been.  This is sort of the 'swamp' of the yard.  Well-- it is not really a swamp-- Diana has been sitting on good solid packed gravel-- but the ground immediately beside her is low and tends to fill up in any rain.  This, in addition to the constant mosquitoes, makes doing boat work after 4.00 pm and on weekends less than fun.  So I contracted the guys to relocate Diana to a drier, happier place, especially with regards to facing another (her last?) winter on land.

Here in the Northeast, when placing a boat for the winter season, it is best to situate her nose-into the weather.  This is better for the boat, for any covers, for the stowage of gear on deck and on the ground, for persons entering the boat in the off-season, and for a host of a million other reasons.  Diana, especially, with her low-profile deck and cabin, heads to weather very well-- but all my covers and the cockpit have taken a beating over these (too many) years sitting stern-to the weather, which here in Delran comes to us on a direct line from Philadelphia (bearing from W/SW) in summer and from W and NW in winter.  The compass in the bulkhead shows her facing E/SE.  Enough said.

This is Diana's old spot, in 'The Swamp'.  Here Jerry's C44 Second Alarm has been moved to his new spot and I was standing, for the first time in two years, where his boat had been.  Together these boats and the others in this photo weathered Superstorm Sandy and all the rest.

Now I know how these guys work.  The guys from Riverside Marina come over, back the hydraulic boat carrier to the front of your boat, and then-- wait for it-- remove all the stands.  I mean all of them but the very back and the very bow.  I've seen them do this even on windy days, with the rig up.  Yikes.

Watching them do this with a C44 or Ben's Rhodes Reliant (with that narrow transom!) is unnerving.  Watching them do it with my own boat is an automatic case of the heebie-jeebies.  I was so paranoid that I subtly replaced the stands in the very back with a pair a little closer forward, though they were not at any bulkhead, just to persuade them to leave those as the last two.  But they moved them back (to right where they were before), saying they couldn't get the truck under it.  I was near fits.

Then, to really bring on the stomach acid, the forward pads on the truck would not find the boat.  I've seen this thing in action many times but always thought that for smaller boats the pads would angle inwards.  Apparently, they don't.  The picture shows the back ones too far forward and too low, the front ones way too high, and the keel (read that: whole weight of the boat) on a 3-inch-wide strap spanned between the wheels of the truck thing.  Sheesh.

Meanwhile, between snapping photos (which I did not really do so much) I was worrying that the pads in front are pushing against the v-berth shelf, probably popping off the rode-locker bulkheads I 'glassed there, and definitely scraping off the newly-applied primer paint.

Then Jeremiah in the shop says, 'It better not be scraping off the paint.  It's epoxy.  If they're scraping it off, it wasn't applied right.'  And it was applied right.

End result: Diana arrives across the yard safe and sound.  There was a problem with blocking her, as the guys could not get the strap out from under the keel without blocking the keel bottom in the same place as before-- meaning I still can't scrape, prime and barrier-coat the very bottom.  But I can sort that out another day.  The bulkheads forward were fine (of course).  And the epoxy primer survived very well-- the traces of black wiped off with one hand while I was talking on the phone.  No worries.

In this location the barn part of the shop will block most wet snow.  The weather now comes from off Diana's nose or from slightly to port.  I will have this shrink-wrapped by the end of November (after topcoat on the hull).

The few odd places where the barrier coating was sanded through are the repairs I had to make for the cracks; this is reported elsewhere.  Jerry gave me some leftover stuff so I may not need to go into the quart kit of Pettit Protect that I bought for these (and for the rudder).  The gray cover is because of the instrument holes in the back of the cabin and because the forward edge of the hatch hood is still open (needing woodwork, the last major job to be done to the deck).

On the deck there is a bucket upside-down over the mast step.  The step will be removed for the deck to be painted and then reinstalled with 5200.

The holes forward, where the running lights were mounted, are to be covered with Plexiglas panels, as Diana's eyes (more on this 'secret' later). 

The foredeck hatch is slid open in this picture.  I have to put hinges on it, then remove them, then varnish the whole thing, which, with the boat under shrink-wrap, can easily be done in the shop.

Little Diana likes her new spot in the sun!

In the background can be seen the CY spars rack, welded and bolted to the side of the former storage trailer that is now the lumber-storage room for the shop.  On this rack are C44 spars, the ones for Dave's Reliant, and a few others.  Jeremiah puts each up there with the forklift (another operation that has to be seen to be believed).

I prefer six stands, not four (not counting the bow) because it's simple to pull one down to paint the bare spot.  The plywood steps came over from Diana's old place because I used them to fill and fair the old bow damage and will use them now to reinstall the section of toerail, the stem fitting and the anchor roller.  In this photo I have not yet moved the spars and the workbench to the new spot.

The half-gallon of iced tea is Turkey Hill from 7-11-- the very best cold green tea you can get!  :)

* * *

Replacement cockpit drains - Take Two

18-19 July 2014

I don't think I mentioned this before, so....

The small brass fittings I installed about two seasons ago (here) were really too small.  After making a big deal out of putting them in, I decided to replace them with the very idea I have been advising other H25 owners to do for many years.

The original H25 drains were RC Marelon through-hulls straight out the back wall of the cockpit-- necessitating that water either climb up the 5/8" threshold to flow out or else stay in the cockpit pan.  I installed the little brass drains in the sole itself, fitted them with 90-degree elbows and though them good enough.  After consulting with my friend Roland (SV Moonshine) about his solo Atlantic crossing, I decided too big can never be big enough.

The fix I have been long suggesting for this entails the fitting of a rigid fiberglass tube straight out the very bottom corner of the cockpit pan through the transom.  In what has to be the most productive two two-hour work sessions I have ever had on this boat (even in the face of predicted rain), I drilled the holes, bedded these into place, removed the old ones and filled and faired the old holes.  I did one one day and one the next, after a full day of work each time.  It impressed even myself!

 

Here's the view from the cockpit.  The tubes are 1" inside, 1-1/4" outside diameter, pressed fiberglass, ordered from McMaster-Carr.  It was about $21 for one 60-inch piece, which, cut in half, fit perfectly for this application.  I deliberately made the cut on an angle, twisting each tube in its hole in order to fill the corner (shorter side inboard).  Bedded in 5200 and faired with WEST epoxy and Microlight, they look like they were molded there.

 

At the transom I allowed the excess length to just stick out and, when the epoxy had dried, cut them shorter with a hacksaw and used the orbital sander to smooth them over.  This picture doesn't show it so well, but the factory's installation wasn't symmetrical-- one old hole (filled as of this picture) will appear closer to the new tube than the other side.  I just eyeballed the site from above, applied a ruler and made them lead  out parallel to the centerline, straight aft from the corners of the cockpit pan.

The green tape covers the HIN.  I got some epoxy into it a while ago and decided to preclude any more messing it up.

The other two through-hulls are the Marelon ones I installed for the bilge pumps.

 

Looking under the cockpit the downward angle and parallel leads are seen clearly.  The duct tape is part of one of my 'mooyock' solutions for filling holes.  When the old through-hulls were taken out (with hammer and chisel), I taped over the holes in the inside and made up 'communion wafers' of fiberglass to stuff into the voids from the outside with epoxy.  Why try to fill a hole that's overhead or angled so that the epoxy will only dribble out?

This isn't a great view of it, but below the tubes is a little floor I installed aft of the low bulkhead in the foreground.  This low bulkhead, a little higher than the waterline, will contain water from any rudder-post leaks in the event of a rudder strike (which should be high on the list of any sailor's worst nightmares).  A small hole, here seen stained in epoxy, is fitted with a brass tube which will accommodate one of those little rubber transom-drain plugs.  It's not the most secure arrangement; but it's much better than having nothing at all in the event of this happening, for which Stephen Dashew says your best scenario is to crack the rudder blade.  Any other possibility involves catastrophic damage to the hull-- and, with your average production spade-rudder boat, probably the end of your voyage.

 

This pic, with the fuel tank in place, shows the upper end of the cockpit-drain tube.  With the little brass things in place, there had to be an elbow over the back edge of the tank that seriously complicated attaching fuel hoses and intruded on space for removing the tank.  Now this is practically structural-- no worries for stuff in the lazzarette weighting down the drain hoses till they fail or pop off.

(The dark spot on the tank is an old epoxy spill, not a leak or any damage.  This tank has been kicking about this boat for very long, getting dusty and spilled-upon, and only now (September) is is finally in its place for good.  Of course I've kept all the openings well taped-up!)

* * *

Hunkered down

15 October 2014

Bill Robinson, editor of Yachting for many years, wrote a terrific book in about 1980 about cruising, using his own experiences including those of sailing the NJ Shore.  One sage observation he made was that the NJ Shore suffers one 'major weather event' every autumn, like between mid-September and early November.  Superstorm Sandy was our dose for 2012.  This week we were promised another, high winds and torrential rain.  Naturally I did not expect it to rise to any proportion of what Sandy was like; but being prudent I took some precautions, moved, stowed or weighted down everything loose about the yard, snugged up the covers and tightened the stands.

In this pic taken from the scaffolding around Jerry's C44 Second Alarm, Diana (with all her attendant gear)  is hunkered down for another dose of ugly, land-based weather.  But she survived Sandy just fine (despite some intense worrying on my part) and this mess, really just an extended squall, proved inconsequential.

The tarp on top is really just because the deck, cabin and cockpit are not yet painted and the holes for the sailing instruments in the back of the cabin are still covered only with plastic sheeting (and plastic bags) taped over them.

One cool thing about flush-decked and semi-flush-decked boats is that they present very little windage, even when hauled out, to aggressive weather.  Diana's 'blister-canopy' configuration is even better in such conditions than is the modest trunk cabin of her sistership (which is within 2 weeks of Diana's age).

The cabin windows and new foredeck hatch do not leak.

The new cockpit drains work really well-- if the boat were not slightly tilted to port, there'd be no water at all in the cockpit after a blow like this.

I leave the old running-light holes in the bow uncovered, for light and air; the amount of rainwater they let in, which runs straight down to the bilge, is insignificant.

* * *

U-bolt installation

September 2014

This was done two seasons ago and I don't think I ever posted pics.

At Cherubini we used to have heavy stainless-steel chainplates fabricated for the C44s. About five years ago a customer wanted these replaced and we sent out for a quote, getting a figure of about $125 for each one. There are ten rigging-attachment points on each side of a Cherubini 44.

In about 1980 Lee and I did some research, really just as an intellectual exercise, and discovered that common type-316 stainless-steel U-bolts, such as are used for transom tie-down points on trailerable boats, are both phenomenally strong and amazingly cheap. Therefore we concluded by revising the engineering specification for new C44 construction that we'd use Attwood 1/2" U-bolts for the main shrouds and 3/8" ones for the mizzens. These are rated at 16,000 and 12,000 lbs breaking load, respectively. So any four of them would serve as harness-attachment points to lift the whole boat. These were bolted through that massive solid-fiberglass flange, for which the C44 is famous (see Ferenc Mate's books) and reinforced with a 2" x 2" stainless-steel angle about six feet long. This has never, not once, ever failed in any C44 or C48, despite boats' having been subjected to incalcuable stresses due to storms and other conditions.

Meanwhile Hunter continued building boats with problematic through-deck chainplates bolted to plywood bulkheads that were treated with, if anything, polyester resin. Now how many of these boats' structures have failed?

I was resolved, from the start, to replace Diana's pokey little above-deck shroud-attachment angles with U-bolts.

Below is a pic from the cabintop comparing Diana's U-bolts (below) and the original factory 'chainplates' (above, on her sistership). The plate on Diana's deck is a G-10 bolster (riser) epoxied to the fiberglass to serve as a base plate for the stanchion base. The vintage Schaefer stanchion base will span the gap, having two bolts through the plate and two through the toerail (one of which replaces one of the existing toerail bolts). In this way water can travel past (under) it, rather than pooling on top of it and working its way (such as with the help of ice) into the boltholes. I am not too keen on having a stanchion located between chainplate-attachment points; but it's only for lifelines and we'll see how it turns out.

There is tape residue about Diana's toerail in this picture. Wherever there was aluminum corrosion, from under the SS plate, against the rail, I scraped away the softened material and coated it in black 5200. There's nothing else for it but to remove the entire toerail; and I'm not ready to go there (kind of like insisting on an unnecessary operation for a child who can very easily live comfortably with the malady's symptoms for many years yet). Note that these U-bolts are very close to the vertical face of the toerail. Attaching the shrouds will be problematic unless done by screwing the bottles onto the toggles already pinned to the U-bolts. But, again, we'll see. 

The first photo shows, from below, the starboard-side aluminum angle with the U-bolt bolted through it. All of these stainless-to-aluminum connections employ nylon flat washers and plenty of 5200. Note that the angle is turned with the vertical face inboard, not outboard against the hull. The locknuts are accessible from below and inside the aluminum angle. This piece of metal is about 1" wide and about 1-1/4" high. Keep in mind that its job is to enforce stiffness of the chainplate structure (against fatiguing flexing) as well as to serve as a backing plate (against tensile loads). Therefore the longer leg of the aluminum is vertical, not flat against the flange.

 

The big orange wire is my 115VAC system. When we had our Raider 33 (hull 5, about 1977) built, my dad paid a guy about $1200 to do the wiring (since he hated wiring) and the result was stiff, balky, marine-grade 12/3 triplex wire that was heavy and impossible to get to yield if it got in your way. My dad (typically curbing the compulsion to curse, to which anyone else would have given in) said, 'I'd been happier with an extension cord thrown through the window.' Recalling this, when it came time to wire Diana for 115VAC, I got a decent 14/3 extension cord from Lowe's and cut it into pieces for Diana's three sockets and battery charger. I mean, really-- it's only 15-amp service anyway. (In the yard, currently, I run everything-- except the heat gun and fan together-- on a similar wire. The power inlet is for 30 amps but the cord has a plug for 15-amp sockets on the dock.) 

The silver wire is the sending circuit for the depth finder. Note the 1974-vintage woven roving (trade name 'Fabmat') of the hull, even this high up. I'm embarrassed by this next pic because apparently I missed a spot when spraying in the adhesive for the hull liner.

This is Diana's port-side U-bolts angle, inside the linen cupboard in the head. Here is where I ran all the wiring-- the reds and yellows in this picture are all heading forward from the head for bow-rail bi-color light, (LED) floodlights in the forepeak, and one cabin light (an original one I rejuvenated) to be mounted on the bulkhead.

The white wire is for LED footlights along the bottoms of cabinetry and bunkfronts. That's three reds and a white. The black and heavier white one (VHF coax) are leading from the mast step towards the panel, aft.

The fourth red is for a secret: with the hull-mounted bow lights removed, Diana will be getting blue-LED 'eyes' in these openings, lending her personality-- but I'm not advertising that and it'll be something to be shown off at the commissioning party!

The Sweet Sister

The sistership, one of the trunk-cabin model I call 'series 2', beside Diana is destined to become as much a celebrity as Diana is (rather like Haylie Duff or Beth Ringwald). I have been calling her 'The Sweet Sister' as, though she is within two weeks of Diana's age, she has been terribly neglected and yet remains in better condition than Diana was when I acquired her and brought here. (For example, the deck and cabintop are all solid. She has not had the distress of having had POs screwing down hardware without proper preparation.)

The current owner has only recently acquiesced to my interest in gaining her title; and over the winter and spring I will be performing a basic restoration of her, topsides, interior, and rig, incorporating several Diana features but otherwise letting her remain stock, as a kind of comparison to my (highly-modified) boat. Of course the sister will be getting U-bolts, my mast step, a 115VAC system, stanchion-base bolsters and the same color scheme as Diana's.

Look for her at the planned Hunter Sail-In in Burlington NJ in early July-- she'll be up for sale (but only to a good home).


* * *

Finally! --it's paint.

9-10 October 2014

I have been procrastinating the hull paint on this boat for an inordinate time.  This is really 'just because' --I truly haven't felt like investing the time and effort into it till now.  But I've had the gallon kit of Interlux Primekote for a while, just for when I decided to do it, and so I finally bowed to the constant encouragement of my friend and boatyard neighbor Jerry (C44 Second Alarm) and together we attacked this.

 

(The spots on the bottom are my repair of some hull cracks that had spread through the Pettit Protect barrier coating that I applied last year.  Discovering these was distressing; but I've been determined to have this boat done properly and so the Dremel took was applied right through it and WEST epoxy, with milled fibers as filler, was troweled into the gouges.  As of now it's really pretty good.)

 

Jerry did the rolling and I was going to try tipping it, for which I bought a couple of really good brushes, but we found that Primekote doesn't want to be tipped.  We also found that it should be thinned more than the 20% the label advises-- I approximated about 25% (or a little more) into each batch.  We mixed 5 batches of about 20 ounces each and this did a little more than two full coats of the hull.  Jerry was a champion with the rolling and really made the paint spread well with virtually no heavy spots.

 

Earlier pics will show the extensive repair on the transom.  Upon removing the center-mounted backstay tang, I discovered its load had sort of impressed upon the transom, creating a hollow.  I filled this with new 'glass and plenty of WEST epoxy with Microlight.  With Jerry's help I sanded the entire hull with 80 grit, and then 120 grit, using DryGuide, this marvelous black powder that, applied to the hull before sanding, illustrates clearly where your highs and lows are.  Sand it all off and it's fair-- and, amazingly, that stuff does not lie.  This hull is incredibly fair-- and, in some places, fairer than it was fresh from the factory!

 

I haven't seen this transom all one color since I brought the boat up to Delran!

 

This poor boat had numerous close encounters with pilings and the like, to the point where some PO cut off a section of bow rail to effect a repair.  I took this off again to repair his repair and left it off for the painting.  By some odd coincidence this is the very section of rail that needs to be cut down to accommodate the anchor roller (as it's tradition for sailboats to have the primary anchor rode to starboard).  The whole nose has been redone with 'glass, Microlight, milled fibres, and endless sanding.  Now in the bright white Primekote it looks almost done.

The holes formerly occupied by the hull-mounted running lights will be fitted with teardrop-shaped black Plexiglas windows, giving light to the forepeak locker and finishing off the bow in a familiar way.  I'm putting little blue LED lights in here (called 'docking lights' on the breaker panel) to represent Diana's personality.

* * *

Finalizing cabin and interior

Here are some pics of recent progress belowdeck.  Currently (June 20th) I am finishing the cabintop, fitting the Dorade boxes and hatch shroud, and remedying the PO's repair of the bow in preparation to paint the hull and fit the stem fitting.

Hanging locker

Aft of the port-side rode locker, opposite of the microwave and toolbox, was planned this locker.  In framing it I realized there was much more space than I expected.  As it is now, it has several bins to hold shoes, balled-up t-shirts and cottons, various personal effects as well as 12" worth of clothes on hangers.  Shirts and coats will fold onto the floor; but it's much better than having nowhere to hang clean clothes at all.

The first photo shows the after bulkhead, where the plumbing is (which necessitated the locker being delineated from the bunk space in the first instance).  The 1-1/2" vented loop is for the holding-tank pumpout; the smaller standpipe is the holding-tank vent which goes to a 3/4" through-hull in the hull.  The wiring will go to a 3-gang panel over the head sink for the lights.  The little 1-1/4" elbow shown coming through the wall is the head-sink drain, going to its trap and thence to 3/4" hose for the seacock.

I don't know if I've said this before but, when fitting plumbing traps to boat sinks, one should always make them turn forward or aft first and then inboard only after they have gone downwards, to ensure sufficient drainage on either tack.  (This says nothing about the shape of the basin which may retain water to leeward of the drain; but that can't be helped unless you have a basin more steeply sloped than the usual angle of heel.)

The other pic shows the forward side of the same locker.  The "Get A Grip' placard came from a hook-and-loop strap display at the West Marine store where I worked; I thought it was hysterical and swiped it from the trash when the sale was over and cut it to a minimal size (and then spilled acetone on it, causing the blur).  It's been in the boat for about 6 years and by now deserves a place as decor.

 

This locker will get covered with a canvas curtain to keep water out, as the foredeck hatch is directly overhead.

The vertical door-jamb pieces probably need some cleaner way of terminating outboard of the sill-- I'll look to that later.

Main cabin, aft

These two pics show the back corners of the main cabin, the electrical panel to port and the galley and bookcase to starboard.  Among other things can be seen my re-use of the (1974) teak fiddle rails that were originally fitted to the outboard hull shelves over the settees.  This wasn't an easy task since the cabin, as molded, is not symmetrical-- the port-side bulkhead was fully one inch wider than the starboard side, as is evident since the vertical posts are keyed to the hatch's opening.  The solution lay in justifiying the space between two spindles on the center of the opening and then ensuring that no spindles are too close to the ends.  I think one of them is a little off, by less than 1/8", but you won't be able to tell (and one strict rule of Diana is that no one is permitted to visit this boat with a ruler in hand!).

In the spirit of complete disclosure: the cheek piece at the after end of the overhead cabinet (where the radio goes) is teak, not mahogany!  It came from a very weathered piece in a trash bin and I didn't recognize it till I'd sanded it down and applied varnish.  Oh, well-- at least both sides are the same (from the same board in fact).

On neither side is the cap fitted to the top of the divider bulkhead.  I've been getting impatient about getting this stuff varnished and installed, just so it doesn't clutter up the cabin and inhibit other progress (as it's all been doing for too many years) and so I screwed this stuff into place as it is now.  I'll fit the cap pieces after I finish the after side of these bulkheads (more on that-- and a surprise! --later).

I haven't had the motivation to build the drawers for the galley yet and so the cabinet bulkhead beside the ladder is still missing.

I don't go in for the trite little piracy fetish so many yachties favor; but the skull-and-crossed-bones can cooler is in tribute to my late cousin Peter, who co-founded Raider Yacht (for which this was a logo).  So it shall remain on the boat.

  

Other stuff

Here is a cool pic of the foredeck hatch.  It lets in some phenomenal light-- you can read by it in the saloon, even during a rain, even with the other hatch closed.  I've been saying all along that if this project is taking far too long, at least I get to spend my days with gorgeous bits of varnished Honduras mahogany; and here's an example.

The stick holds up the hatch because the hardware isn't on yet.  The cords are what secures it down against wind, rattles and motion.

The green tape is a sign reminding me which end goes forward.  Remember that the hatch frame is cut from the base on the deck, to ensure that they fit together, before the base is installed.  Even with a rectangle it matters which way it goes.

Below is a pic of the (too dusty!) sink in the head.  The cabinet lift-out panels are not painted and so not fitted yet.  The leaning board is the divider, not screwed in, that will hold a shelf in the forward locker.

The portion of counter after of the seam in the fiddle hinges up for access to a 4-inch-deep bin (the original bin over the footwell of the settee berth.  The astute will recall that this idea was my contribution to this boat's design in 1972; see here).

I messed up the trim stick that goes atop the blue countertop along the forward bulkhead and it hasn't been remade and installed yet.  In (typical) impatience I had just "eyeballed" the angle against the fiddle and cut it; and it's too wrong to be tolerable.

I could have tugged the wire loom a little more tightly into the upper shelf, under the window, for this pic; but there's still wiring to be run in it.

Don't say anything about the after cheek piece protruding below the upper fiddle rail while the forward one remains even.  This is an oversight and will be remedied!  The trick deserving the credit is in the making of both cheek pieces, one wide and one narrower, so that they align with the locker face which, which like the sink-counter face, is parallel to the centerline.  How else would it have been done?

And this allows the curtain rods to be fastened to the cheek pieces, more or less parallel horizontally.  My mom, the accomplished seamstress, is currently making the curtains for these hull windows.

Main saloon

Lastly here is a pic of the saloon bulkhead after I fitted the cheek pieces along the top.  This had been long unfinished because I just didn't know a way of making it all in one piece; and then (in the shower, as so often happens) I conceived of the positively brilliant notion of making each side in two pieces.  I wanted some straight line to avoid emphasizing the roundness of the cabintop in here; and here is my solution: an ogee curve descending to a second cheek piece and a further horizontal line.  Together these just about cover the ragged fiberglass tape (though not quite) and represent an apparently-structural deck beam in conjunction with the compression post (the true structural deck beam is on the forward side of the bulkhead, requiring the horizontal door header).

In keeping with the conceit of having these pieces represent a real deck beam, I deliberately made these of Phillipine (lauan), not Honduras; so they appear greyer, darker, a little greener than the footwell trim and table cleat mounted lower on the bulkhead.  The cheek pieces to cover the gap between bulkhead and cabinside will be of (thinner) Honduras.

All of these pieces, as well as those on the forward side of this bulkhead, are "permanently" installed now.  If the white or varnish requires any more touching-up, it'll be done with them in situ.

I should have reinstalled the arched door header here; but in fitting the cheek pieces I ran one screw into the bulkhead, thinking it would be covered by the door header, and just missed; so I have to fill it and paint it again first.

Dave saw this and commented on my practice of simply screwing these pieces into place without concern for hiding the screw heads behind plugs or multiple cleats, saying it was just like what Uncle Joe would have done.  I took that as a high compliment, as I have long admired Uncle Joe's clearheaded sense about what's least complicated being the most aesthetically pleasant... but I really meant it all this way to be able to remove all these pieces for varnishing (and revarnishing.  As I always say, 'It's never the last coat of varnish!').

I have a really cool idea for after I paint the fiberglass around the companionway hatch (where the centerline is indicated, top of photo); but I won't share that till it's been done.  Stay tuned.

* * *

More on the inner-staysail bulkhead

In this pic I have painted the bulkhead but have not attached the fuzzy hull liner, the bow-locker door, or the chain-locker doors.   The hull liner is the roll wrapped in cardboard paper lying on the bunktop.

I am not going to paint the faux-teak bow-locker bulkhead, just for old-times' sake, to show the original fabric of the boat as-built.  The small holes in the stem are awaiting the fitting of the stem fitting (see here).

In this pic also can be seen my method for securing the forward hatch: small cord tied to eyestraps on the hatch, the same as my dad did on our 31' plywood yawl in 1962.

The fiddles on the hull shelves, port and starboard, are made high enough to make bins.  These will hold sailbags (it's a small boat!) and other stuff the way the old ones (about 2" high) never would have done.  Above, as though a facia covering the toerail bolts, will go a similar board to hold hooks from which sail bags, fenders, dock lines and other things can be hung.  As such, this space becomes a bona-fide forepeak, nothing like what's found on even much, much larger yachts.

The varnished board down the center of the underside of the deck is, in this pic, just sort of stuck there.  It is meant to catch the bolts and backing plates of the foredeck cleat, the inner-forestay's attaching plate, and the anchor winch.

I am not happy about the gaps along the top of the chain-locker bulkheads (to port and starboard here) against the underside of the deck but will leave the fitting of some varnished trim for some later date! 

* * *

Diana's new stemhead fitting

I never liked the three-legged Hunter 25 pulpit and meant to replace it with something cooler from the very start.  This would mean cutting off the 7/8" stainless-steel stud from the stemhead fitting and polishing it over; but as Diana's PO had put her into some kind of close encounter with a piling, the original stemhead fitting was quite mangled and badly restraightened.  So I determined to make a new one.

I designed a very nice replacement part for this but found no one to make it at a reasonable price.  Then I happened to stumble across one on the Racelite web page and ordered it.  Though the dimensions on the site represented an adequate part, the actual thing seemed to represent them only nominally-- the thickness was not a true 1/8" and the length was entirely too short.  Rather typically I sat on this problem for over a year, working on other things, while I contemplated some solution.

Finally I ordered some flat stock, cut it to length, and sent it out to the local welders' with a pattern of the correct angle.  The part I received was simply beautiful.  I have begun to polish it and will finish it off before it's permanently installed.

 

You can see how the original part was only about 60 percent as long as it needed to be along the stem.  The flat stock welded to the part effectively doubles the thickness for the first three holes.  It is true that the tang for the forestay is still of the thin (original) stock; but as it's already thicker than were the shroud tangs I'll install it as it is and see if, as the rig is tuned, I get any elongation of the hole.  If that will be the case (which I doubt) I'll have it remedied with more welding.  As this Racelite part is meant for 20-to'22-footers, and as it's already meant to carry the load of 1/4" clevis pins, I'm betting it won't ever be a problem.

 

In this pic I have set the part on the bow to check the fit.  Thanks to my template the welder's work resulted in a perfect fit. You will see the gap behind the very top of the fitting-- this requires attention.  If I were to mount this as-is, two things would happen: Diana's J measurement (foot of the headsail) would be longer than that of a stock Hunter 25 by about 7/8"; and the natural stresses of a tuned and ruggedly-used rig would attempt to bend the fitting aftwards, putting the single screw through the deck into a shear load, and some distortion would occur.  This is why it is never wise to suspend rigging attachments over air, as would be done here.  I will fabricate a little block for in this gap, just something to support the compression load, and 'glass or epoxy it into place prior to paint and prior to attaching this fitting.

The horizontal pencil lines are marking where the mounting holes will go.  Only one of the original holes lined up.  I have a mahogany backing block for this, to be bedded in 5200 inside, and will drill new holes for the 1/4-20 hex-head cap screws.  Hex-heads are best for this sort of thing because you can put a ratchet and socket on each one and really tune them well.  Large-scale Phillips and, worse, slotted-head screws are really kind of pointless after a while.  A larger screw implies a larger load which means installation torque matters more.  No one can apply appropriate torque with a screwdriver handle.  I think the only reason people dislike hex-headed cap screws is because they make the boat look like Frankenstein's monster.  Personally, I like the look.  It's its own aesthetic.

The evident damage to the bow was from the PO.  The starboard-side toerail was cut to facilitate the fiberglass repair and reattached.  Coincidentally, this piece will have to be cut down to accommodate the anchor roller.  I'll fill the seam in the toerail with black 4000-UV to minimize the appearance of a crack.  Much of the old fiberglass repair was faired over with 3M filler (the grayer stuff).  The darker brown-olive is raw fiberglass from my sanding.  I have filled all the imperfections with both Evercoat 27 and epoxy and after painting with epoxy paint (Perfection or Brightside) this won't be visible or vulnerable.

The brown thing above the deck is the work-order tag from the welders'.  Mistakenly they wrote it up as being for my cousin Dave's shop; but this was my project and I contracted and paid for it.  (This happens a lot, actually.)

Sales pitch #1

If any other H25 owner is interested in having one of these parts, I will be happy to supply it.  It does, however, require a 4-legged pulpit; though I'd consider that an improvement.  I've designed an updated bow rail for Diana, along the lines of a J27's, complete with step-through end, varnished-mahogany seat/step with nonskid, and mount for Aqua Signal running light; though I'll be installing a plain-Jane castoff pulpit from another boat for the short term.

Sales pitch #2

Yes; the boat beside Diana, evident in one of these pics, is one of her sisters-- in this case a fellow February 1974 boat, this one the later trunk cabin/pop-top model.  They are both of the same series, Diana being number 027 and the other boat being 140.  At that time Hunter had two production lines of H25s at their Marlboro, New Jersey, plant; and I believe that the "0" signified the period's production series of "blister-canopy" or "flush-deck" models and the "1" signified the trunk-cabin models. If these boats were not on the production floor at the same time, they are probably not more than two weeks apart in age.

I have been referring to this other boat as "the sweet sister" and  hope to enter negotiations with her owner to take over her care and to restore her-- for she is still, even with an inadequate cover, in better condition than Diana was when I first found her and would represent a pretty easy, quick and profitable "quick fix" and resale.  She'll need some deck-core repair, paint, new cushions and upholstery, lifelines and probably cordage; and I do not know if there is an engine available.  But it wouldn't take much more than that for her to go sailing again.  As soon as Diana goes in I will have this boat shrink-wrapped and set a dehumidifier in her, to help preserve her.  Anyone interested is welcome to get in touch.

* * *

In the absence of a camera....

I don't have access to a camera right now; though I should by the end of the calendar year.  Here are listed some recent developments.
 
Wiring typically doesn't show well; so it may not be worth a photo or two anyway.  I have routed most of the interior wiring into 'finished' position by now.  I suppose it is typical of me to over-complicate the issue; but one of my favorite parts of working on boats is 12-volt DC electrical systems.  Also, I consider it simple to add convenience by providing adequate outlets, lights, and options for future as well. Currently Diana's electrical system includes the following:

Three standard duplex outlets, 115VAC, residential grade.  No boat ever sunk from slowly-corroding household-quality 115VAC outlets.  These are wired with high-wuality marine-spec tinned-copper wire and sealed in heat-shrink connectors.  If one should go bad, only the oulet-- available for $0.79 at Lowe's-- would have to be replaced; and that's a simple matter of two little mounting screws and three terminal screws.

Battery charger, from ProSport, 12-amp, for two separate banks.  One bank is (at present) two size-24 house batteries; the other is one size-24 starting battery for the outboard.  I have recently decided to the be add a third house battery,.the better to mount it on the port side, which is currently opposite the heavier side of the boat.  In fact I will position the first two house batteries in the two port-side battery boxes, leaving the starboard one till later (probably at the first battery replacement in 3-4 years) and to see how the boat balances side-to-side.  The battery charger is hard-wired into the 115VAC master panel; the three outlets, into one of which the microwave gets wired, are farther forward.

Several 12VDC switch panels, into which the appropriate toggle/paddle switches get mounted.  I am making these out of a sheet of black-white-black laminated guitar-pickguard material, so that they will resemble residential-type 3-gang switch panels except on a smaller scale.  Four of these will be dispersed throughout the boat's interior, in the head, in the saloon, and in the overhead panels above the galley and quarter berth.  Into these go the switches for interior footlights, deck outlet, instrument lights, cabin fans, and other stuff.

All the red-and-white interior dome lights are getting wired in two circuits, one for red and one for white.  The red and white functions are controlled by a rotary 2-position switch, at the main breaker panel, labelled .Night/Day'.  On 'Day' mode only the white sides of the dome lights will work.  On 'Night' mode only the red sides will work.  This is to prevent casual crew from switching on a white light whilst someone else is trying to navigate in the dark.  Needless to say the bulkhead lights are on a separate breaker and would remain switched off during navigation operations after dark.

In the openings vacated by the removal of the hull-mounted red vigation ligand green navigation lights, I decided that retaining the holes would allow plenty of light into the forepeak.  So I am fitting dark Plexiglas windows over these eye-like holes and then mounting a pair of blue LED lights inside that will represent Diana's eyes.  These are wired to a separate switch, independent of navigation or deck lights, so that they may be illuminated under any conditions, even at rest or at anchor.  So, apparently, Diana is a true Nordic princess then... for she has the blue eyes for the part. [wink]

* * *