Loop from Above

Over the past few months, I’ve flown to Cleveland just about every way Southwest Airlines can get there from Houston.  I’ve connected in St. Louis, New Orleans, Nashville, Chicago, Baltimore and Atlanta. Add flights to Ft. Lauderdale in May and Detroit last week, and you’ll see that I’ve flown over about 80% of the Loop route these past three months.

I’m a window seat guy who rarely draws the shade. Maybe that’s because I’ve always been a map guy, which I got from my dad. I love looking out the window, trying to track where we are by the topography, roads, and waterways. I’m awed by the landscape, the sprawl of cities, the expanse of forests and farmland, the beauty and remoteness of rural America. As our Great Loop Adventure draws nearer, now just two months away, I’m especially amazed at the distance we will cover.

The flights have taken me over many of the waters we will cruise, from our first day out the Houston ship channel before turning east into the Intercoastal Waterway towards Louisiana, to our final leg south down the Tom Bigbee Waterway before closing our Loop, or “crossing our wake”, near Mobile.  The stretch between Houston and New Orleans is laden with industrial traffic; barge-spotting is about the only way to track the Intercoastal meandering through the channels and swamps of the Atchafalaya basin.

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The Mississippi River above New Orleans

Flying into New Orleans, I made mental notes of the Harvey and Industrial Canal locks, and the short jump across the Mississipi that flows between them. My imagination had spawned fear of this stretch – of crowded, dangerous locks, rampant commercial traffic fighting the tortuous current of the lower Mississippi, boats going in all directions like carnival bumper cars. From above, it looked far less intimidating and less crowded than the picture painted by my imagination.

Its easy to get excited about boating when flying over the west coast of Florida. The Intercoastal between Clearwater and Marco Island to the south is easy to see from above – azure waters and white sand beaches surrounded by million dollar homes, high rise condos, and golf courses. While that might not sound too scenic, we rented a small boat while vacationing in Indian Rocks Beach a couple years ago – it was great. I look forward to that part of the loop in our own mobile vacation home, able to dock or drop anchor wherever we wish to explore.

I like flying into Baltimore because it offers beautiful views of that part of our Loop. We plan to spend much of the summer of 2020 in the Chesapeake Bay, exploring and visiting Washington for cherry blossoms, and Solomon’s Island where our crazy boat dream hatched at Trawler Fest a decade ago. That flight offered a nice view of Annapolis and of Baltimore’s inner harbor, both on our itinerary.

Flying into Cleveland, Detroit, and Chicago all offer great views of the Lake Erie and Lake Michigan, even though only the latter is on our Loop 1 itinerary. That’s because our planned route ventures across Lake Ontario and north through Ontario into Lake Huron’s Georgian Bay, skipping Lake Erie entirely. On flights into Detroit, I enjoy picking out Lake St Clair, Toledo, and Put-in-Bay on Lake Erie, hoping we visit on a second Loop. On one clear flight between Chicago and Cleveland, I could see southern Lake Huron, many miles north at Port Huron/Sarnia.  And of course, climbing in and out of Chicago is always a thrill, both for its beautiful skyline and the blue waters of Lake Michigan – I can’t wait to see it from our boat!

Traveling through St. Louis, I’ve seen nearby Peoria from the air; I’ve also seen it from a steel mill’s vantage point – neither thrilled me (Sorry Peoria). In May, spring floodwaters on the Mississippi were just beginning to recede, and I was awestruck to see how many places the floodwaters extended miles from the river, only rooftops visible.  Seeing the St. Louis arch from above is awesome, and yes, it will be cool to visit, but I’m not so eager for this whole stretch down the Mississippi.  Perhaps while cruising in the Great Lakes, before taking on this stretch, I should read some Mark Twain to get in the proper mood.

It’s always fun to see the Ohio River.  I marvel at the chemical industry and power plants lining its banks, places I visited often early in my career, before I saw them as carbon villains. I always look for it, but our flight plans don’t take us over Paducah, Ky, where we’ll peal off southbound up the Tennessee River.

The landscape going in and out of Nashville is beautiful, with both Kentucky’s and Tennessee’s lake systems clear to see, and which should be even more beautiful from the water and during peak fall colors. There are so many lakes in view that it’s tough to pick out the ones which interconnect to make up the loop route – my theory is that they’re the ones with the biggest boats.  Between Nashville and New Orleans, it was fun spotting the locks we’ll traverse on the Tom Bigbee.  They’re much smaller than those near New Orleans since they needn’t accomodate the barge tows common on the gulf coast and I’m surprised by how close together many of them are.  I’m sure that’ll be the dominant story  on the Erie Canal and Trent Severn Waterway, but those are about the only two stretches of Loop I haven’t flown over recently.

As I wrote this we were actually flying over the Ohio River, just east of Louisville, on our way south to Nashville.  Out the window at 35,000 feet, I’m amazed at the diversity and expanse of country we’ll see from the vantage point of it’s waterways.  From high above, interstate traffic is crawling and boat traffic is practically still. How do you cover 6000 miles in a year when you’re barely moving?

With shades open and two months to go……

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The Great Saltwater Washdown Saga

When we bought Cirila, a minor point on our marine survey was that the saltwater washdown valve on the foredeck had seized.

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The valve that started it all

For you non-boaters, the saltwater washdown refers to a system by which seawater is routed via a “thru-hull” fitting and valve in the hull, to a high pressure pump, then via a high pressure hose snaking through the boat, to a valve and connection point up near the front of the boat. The point here is to provide a water supply (and not your precious fresh water) for washing off your anchor chain and anchor while you crank them back aboard when leaving an anchorage.

Background

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The windless is perched on the bowsprit and moves chain in and out of the locker

Since our bow is 9 feet above the water, if we anchor in 11 feet of water, we need to let out about 100 feet of chain, representing 5:1 “scope”.  [100: (9 + 11) = 5:1] Most of that chain lays on the bottom, augmenting the holding power of the anchor. If you’re picturing that nice white sand, Bahamian ocean floor, think again. In most anchorages, the bottom is a silty, muddy bog. Around Houston, the bottom is an archive of sludge that chronicles 100 years of oil drilling, chemical spills, and barge accidents. When you bring in that chain, it’s juicy, it glistens, and it smells like an oil change at a sewage treatment plant. That 100 feet of chain stows in your boat, in a place called the chain locker, so you kind of want to wash it off.  Note: Maybe this explains why we don’t anchor too much around here.

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Chain falling thru the hawse pipe into the chain locker

Anyway, remember the seized valve from the survey? Replacing it was on our “Loop List” – a task I actually completed several months ago.  Sadly, replacing the seized valve didn’t fix the saltwater wash down system – something else was awry.   A few weeks ago, after anchoring in Offats Bayou in Galveston for the weekend, we returned to the marina and instead of enjoying a cold beer, we had to wash 170 feet of chain, the anchor, anchor locker, and the mess of slate colored sludge sliming much of the foredeck.

Note: Don’t want to do that again – priority elevated! 

Troubleshooting

At first, I thought the pump would deenergize if the discharge valve was closed, when the system was “shut-in” – protected perhaps by an over-pressure switch. Once I replaced the valve then opened it, the pump was still not energizing when I closed the two circuit breakers on the system.  My hunch was that a faulty relay in the electrical panel was

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Relay worked but wiring was wrong

causing the problem, but I couldn’t figure out how to meter it to be sure.  Since electro-wizard Brent was coming in a week to install the inverter, I decided to wait and seek his expertise.

Forward one week…. Brent checked, and apparently the relay was OK, but a couple other wiring issues were causing the problem.  There was a neutral in the wrong place, and the wiring  itself was very undersized for the current requirement of the pump.  It was an obvious home install by the prior owner, who was not an electro-wizard.  Brent rewired the pump and time came to “energize”.  I closed the breaker in the pilothouse, and Brent quickly confirmed that the pump was on.  I then went to the foredeck, opened the valve – HOORAY – seawater.  Old nasty, stinky seawater that had been fermenting in the hose for at least the last 4 years.

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Thru-hull and wash down pump in the engine room

I rushed in to share the great news with Brent, who was monitoring the pump in the engine room.  All was good until we checked for other system leaks.  That’s when I saw water streaming down the sides of Dawn’s shower – lots of it.  Old, nasty, stinking seawater.  I bounded up the steps, quickly turned off the pump, while Brent closed the thru-hull.  Damn.

When I say damn, its not because of the leak, but because I knew I had to take the shower apart to find the leak.  I’ve done that before to access the bolts which hold one of the deck stanchions in place.  It was no fun.  I fetched my tools and thirty minutes later, with the shower ceiling panel removed, you can imagine my surprise when I found no evidence of a leak.  Even more confounding, I couldn’t even find the water hose itself.  Huh?

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Found the leak above this HVAC intake in the closet

Logic hinted that the only way we could be getting water at the top of Dawn’s shower was because of a leak between the discharge valve and the shower itself.  We found it above the hanging locker (closet for you non-boaters) in the master stateroom. A split in the hose jetted water through a small gap, where it hit a bulkhead and ran down the inside of the shower.  Amazingly, nothing in the closet directly below the leak got wet.  If you’re going to have leak of 4 year old, nasty, stinky seawater, only the bilge would have been a better place.

Running Hose

Obviously, we needed to replace the entire discharge hose on this system.  Before hose shopping, I started reassembling the shower.  I could do this because the hose doesn’t route above the shower, but rather runs above the hanging locker, before turning down through a wire chase in the corner of the locker.  Re-assembling the shower required my full catalogue of foul language, mainly because two tiny wires were not long enough make the new connections needed for the ceiling light in the shower.

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My Nemesis, the shower light

It sounds simple enough, but it was one of those cases where the problem kept morphing – a bracket must be removed to extend a wire, a screw head stripped, another broke, then one fell down the drain….etc.  In the end, I was able to fix the shower light wiring so it doesn’t cause the same problem “next time”, but I spent half a day fixing a shower that didn’t need fixing in the first place.  Boats!

Since it was about $2/ft cheaper than our local supply store, I ordered 40′ of high pressure water hose from Defender, a common source for my project supplies.  It arrived just as the Inverter/Solar/Electronics project was winding down.  Routing and connecting, while removing the old hose would be my Saturday afternoon project.  How hard could it be?

Well, it was like conducting a colonoscopy on an elephant without the benefit of the camera to see where you’re going.  I initially connected the new hose to the old hose, thinking I’d just pull/push both down through the boat in manageable increments. This worked on the first 5′ increment – to that spot above the closet where the leak was.

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Battle site #1 at bottom of wire chase. Had to chip out the urethane foam to make a path.

It stopped working there.  The turn down through the wire chase was tough, but manageable.  Each inch of progress got tougher, and finally I needed to call in Dawn to assist.

At the floor, in that wire chase in the corner of the hanging locker, where the hose turns twice before twisting through a bulkhead to the space under the bathroom sink – it is there that the fighting was fiercest.  Cuts and bruises were acquired, new problems were worked, and small battles were won – inch by inch, foot by foot.  Another memorable battle behind the washing machine and into the engine room was followed by a skirmish above the engine room electrical panel where the hose was fed like a blind threading of a needle.  The last bit, winding around all the plumbing for the fuel filtration and polishing systems, and finally to the pump was not difficult, but pulling the needed hose through all the prior battlefields the bigger challenge.

 

Victory

The old hose came out in 4 severed chunks, each dripping that nasty, stinky seawater, like blood from a fresh carcass.  With the pump connections finally made, it was time to go back and inspect, checking for kinks and pinch points where vibration could cause future leaks.  Satisfied, it was time for the magic moment.  Dawn closed the breaker, pump on… I opened the foredeck valve – a high pressure jet of not so stinky seawater shot from the nozzle on the short wash down hose … checking for inside leaks … none.  The war was won, victory ours.

Now I can’t wait to wash some anchor chain!  And now you know why we call it The Great Saltwater Washdown Saga!

 

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Counting Down Days and Projects

On August 1, we crossed the 3 month threshold in the countdown to our ready date.  (If your memory or math are good, November 1 is our target ready date) Since we solidified our Great Loop ambitions earlier this year, we’ve been working to complete a list of 60 boat and personal readiness projects.  August 1 also marked completion of three major projects – the biggest and most expensive ones on our list, and which consumed the last two weeks of July.  In this post, I’ll share some info and insights on these three:  Inverter Install, Solar Install, and Electronics Upgrade.

Inverter Install

Our non-boater friends might be wondering privately… “wtf is an inverter?”.   An inverter converts the 12 volt DC (direct current) emanating from a boat’s battery bank to AC (alternating current) electricity like you use in your house.  Cruising boats have systems which run on either (sometimes both) AC power and DC power.  Most galley appliances, HVAC systems, some lighting, and things like TV’s, hair dryers, power tools, and phone chargers all run on AC power.  Many of the boat’s native systems, like pumps, winches, lighting and instruments run on DC power.  At the dock, AC power is delivered when plugged into shore power.  While underway or at anchor, and not plugged in, one must run a generator to make AC power.  This of course burns more fuel, generates more CO2, and if you happen to be at anchor, is noisy.  An inverter and charged batteries solves this dilemma.

Several friends told us that an inverter system is the single best improvement you can make to your boat before cruising.  As it happens, our friend Brent Hodges, who owns Quality Marine and is a live-aboard and avid cruiser himself, has installed dozens of inverter systems.  We’ve hired him to do several projects on our boat, including renewing and rewiring our battery bank last year, so we hired him to do this install.

Brent recommended a 2800 watt Magnum Energy inverter/charger, along with a battery monitoring system and control panel in the pilothouse.  Inverters lose efficiency as temperature increases, so we found a great spot to install the Magnum behind the small stairs that go below to the staterooms.  (Now we need to find a new place for the wine cellar).  This spot also happens to be about as close as you can get to the batteries, main breaker panel, and is directly opposite a bulkhead from the engine room electrical panel.  This saved a lot of wire, and wire for this is BIG and painfully expensive.  Below, the perfect spot.

It took Brent about 3-1/2 days to run wire and install all the “stuff” that goes with this thing – fuses, breakers, disconnects, bus bars, etc….  Now, this not only charges our battery bank from the shore power when we’re plugged in, but gives us AC power to all our vessel systems except our AC units, when we’re not.  The charging technology is very advanced, so it should help with the life of the batteries we installed last year.  Below are after photos of the engine room panel that show why I hire a pro to do this work.

For air conditioning underway or at anchor, we’ll still need to run our 8kw Westerbeke generator.  We hoped that a fix to our engine driven 3kw generator would run one AC unit when underway, but we couldn’t get that it work – the AC needed too much power.   The engine genny is pretty cool though, as its output voltage is directly proportional to engine rpm – it makes 120 vAC at 1650 rpm, which correlates to about our 7 knot cruising speed.  Too bad, as that would have been an elegant way to have AC while under way.  As it is now, it’s redundant to what the inverter does when underway, but on boats, just like on spaceships, redundancy is good.

Solar Install

Bored yet?  Hang on, it get’s cooler

Just as we were finalizing plans to take the inverter plunge and scheduling Brent to do the work, a friend down the pier was finishing some upgrades before sailing to the Bahamas.  One of his upgrades was installing a bunch of solar capacity using flexible panels atop his bimini, and “wing” panels that fold out (think of the space station, just not so big) from his rail.

Unfortunately, the wing panels he bought were so big they would actually make his boat look like the space station.  I was intrigued and he loaned the box the panels came in, to use as a template to see how they’d fit on Cirila.  I’ve long wanted to add solar to the top of the pilothouse, as this is essentially unused rooftop.  I hauled the box up there and was thrilled to discover it was the perfect spot for two of these panels.  These are state of the art Panasonic panels – each about 5′  x 3.5′ and making 330 watts each when conditions are good.  I told you it would get cooler.

After some negotiating, I bought the panels and two Victron controllers needed to tie them to our energy grid. This launched a cascade of urgent prep work to get the panels physically installed so Brent could wire everything when doing the inverter install.  First I had to design a mounting rack.  Then, while JR of Vannatta Welding was fabricating the rack, I  prepared the pilothouse roof, which was showing its age from spending over 30 years in the sun.  This involved sanding out micro cracks in the gel coat, pressure washing, and painting it.  I brushed on a two-part urethane enamel made by Fabula, the same company that makes the Honey Teak® brightwork finish I use.  Two days later, JR delivered the rack, we hoisted it up top and installed it.  The next day I mounted the panels discovering that my rack design was not conducive to installing bolts in certain places without either breaking an arm or falling off the boat.  I spent the weekend recuperating on anti-inflammatories and Scotch, as I was very sore from the week of climbing and crawling.  Then Monday it was back to work – Bret arrived at 8:00 to begin the inverter install.  I was quite proud, as I could not have managed this better with a 6′ Gannt chart on a conference room whiteboard.

The solar panels dovetail beautifully with the inverter installation.  When at anchor, the battery bank provides DC power to our lights, pumps, etc, and AC power to everything else via the inverter (except air conditioning). All the while, when the sun is shining, the solar panels are putting juice back into the batteries.  If the batteries need more charge, we can top them off with the generator, or with the engine alternator if underway.  The refrigeration is the biggest AC power draw, but since it is a plate system, we can turn it off for a couple days and it’ll still be cold.  Ideally, we’d like to be able operate normally, off-grid, with penny need only for air conditioning.  We’ll know soon.

Electronics Upgrade

Now the sexiest part…

Cirila had a disjointed collection of navigation instruments and electronics. Upgrading these before our adventure was high on our list. Our chartplotter consisted of a purpose built Gigabyte brick computer running Coastal Explorer software. We had our AIS transponder and GPS feeding data to this computer, and it was all viewed on a monstrous 34″ curved gaming monitor. It all looked very slick when it was working, but was frustratingly unstable. The computer would reboot at its own discretion, or communication with the AIS would drop out, meaning we lost GPS as well, or the monitor would go haywire, or tip over when we hit a roller. It was always something, and something was never at the dock. Meanwhile, our radar was a standalone, circa 2002 Raymarine system, with its own GPS fix coming from a vintage Garmin unit. Dawn finally convinced me that this just wouldn’t do for a 6000 mile trip, so I set aside my pride and stubbornness and started shopping.

The first improvement actually happened back in April when I finally ditched the Gigabyte brickI, sold the monster monitor, and replaced it all with an HP Spectre 3-in-1 15″ laptop.  I wanted to keep Coastal Explorer as my planning and logging software and it would also be useful as a redundant navigation system.  The SiTex still feeds it AIS and GPS data and the communications now seem far more stable.  Dawn grew concerned that this WAS the electronics upgrade, and was relieved when I told her I was just waiting for West Marine’s “Triple Points” weekend.

Triple Points weekend arrived for 4th of July; a big wad of cash departed our savings account the same weekend.  We decided to integrate around Garmin’s marine platform, and ordered a GPSMap 1222 plotter for the lower helm, a 1042xsv for the flybridge, and Garmin’s new Fantom radar to overlay data on the charts.  The plotters use the latest Garmin + Navionics bathymetric data, our existing SiTex provides the AIS data, while existing transducers provide the sonar.  All that data is shared across a new NMEA 2000 network, which we did not yet have on the boat.

Amazingly, all these goodies arrived during recuperation weekend – yes, the weekend before Brent came to start the inverter work. I had long planned to do the electronics install myself (how hard could it be?) but now now had the certified marine electro-wizard aboard to advise me as I progressed. I spent several days removing old equipment, pulling out old wire, and figuring out exactly where to mount the plotters.  Here’s what the pilothouse looked like during this stage:

About the time Brent was finishing up the solar connections, I finished installing the new radar dome, and mounting the plotters.  Thus, Brent was available to teach me some new tricks about pulling wire, then he wired a fuse block and neutral buss, and made all the power connections to the breaker panel.  When we flipped the switch, it all worked!!!!

Prior to this, we used to navigate from the upper helm using an iPad. Now we have instruments at the flybridge helm, with integrated, radar, depth and AIS.  We also have this in the pilothouse, front and center, with Coastal Explorer and its C-Map and NOAA charts running right along side. We’ve still got a few things left to integrate into this new network, but its a massive improvement.  The captain is happy, and most importantly, so is the Admiral.

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7 Months to Go

In 7 months, our go light turns green.  We plan to cast off our lines, and begin our Great Loop Adventure. November 1, 2019 is our go date, when weather permitting, we motor past the Kemah Boardwalk for the last time, churn by Redfish Island and into the Houston Ship Channel, Florida bound. Like nearly all Loopers, we will winter in and around Florida on the first leg of our journey.

If you’ve read older posts, you’ll know that the adventure started years ago, when this dream was hatched, and continued in subsequent years as it began to take shape. As most Loopers (and astronauts) will probably tell you, the planning and prepping are integral to the expedition.  Up until now, its been about “planning”.  Now, at this six month milestone, we shift more into “preparing”.

Two days ago, we attended a Loopers gathering hosted by Gold-Loopers, Mark and Maridee Sandridge aboard their beautiful Sea Ranger 46.  We heard stories from successful Loopers (that’s what GOLD means) and listened with pleasure to others in various stages of planning.  For several couples, the dream recently hatched.  I recognized us in them, at Trawlerfest 10 years ago, or boat shopping with Ruth in Clear Lake 6 years ago, when we didn’t know where the different marinas were.  

Figuring out the right boat is no easy task.  Finding it, especially in today’s market, can be even tougher.  Talking to the folks Saturday made me think of the day 3.5 years ago when we found our boat.  I first saw the listing the day it went live on Yachtworld.  It was one of just two KK42’s in the Houston area, so I scheduled an appointment to look at her later that day.  Afterwards, I called Dawn, urging her to leave work early to come see it.  We made an offer the next day.  Ironically, it was a few piers down from the Sandridge’s slip at South Shore Harbor, where we had our Looper’s gathering.  

Many of the planners and dreamers we met Saturday shared their difficulty finding a good “loop” boat in today’s used boat market.  For most, chunking down 800K+ for a new boat is not an option.  Most retiring boomers seem to be searching for used boats in the $75K-$350K range.  The challenge with that is twofold:  A) there are a lot of retiring boomers, and B) there were thousands of boats in that category lost in recent hurricanes Irma, Maria, and Florence.  One broker here says that used inventory is 60% of what it was 3 years ago.

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Kadey Krogen 42 Flybridge at the brokerage dock after we bought her.  She was owned by Keith Emmonds and called Anastasia III.

We feel lucky to have found our KK42 when we did.  We now have a half trip around the sun to complete the 30+ projects on our “prepping” checklist.  One project currently underway is restoring the brightwork.  For non-boaters, that means refinishing exterior teak, and on a KK42, their is a lot of exterior teak.  Dawn has begun work on another – making covers for the fenders.  For non-boaters, those are the “bumpers” you hang over the side (and forget to pull in) to minimize damage when you crash while docking. Research on other projects is underway.  Over these next six months, I’ll share more about these, and the other mental and physical preparations underway as we begin this journey.

Here’s four great resources for identifying and finding your ideal cruising boat:

Voyaging Under Power – 4th Edition of classic by Robert Beebe.  Focused on boat characteristics needed for long range passage making.

Coastal Cruising Under Power – 2006 by Gene & Katie Hamilton. Better choice if crossing oceans isn’t part of your plan.  A good primer for Looper boats.

2019 Powerboat Guide – Broker’s Edition – Ed McNew – Reference Bible for 26′-80′ Power Boats made since 1980

Yacht world.com – The Amazon of used boats and porn for boat shoppers

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Fixing the Foredeck

The most significant fault identified during our marine survey prior to our purchase of “Anastasia III” (that was our KK42’s name when we bought her) was water penetration of the foredeck. This made the foredeck soft and spongey in several places, particularly around the foot switches used to control the windless. We negotiated a significant price reduction because of this, but also had to commit to fixing it when we arranged financing of the boat through our credit union.

During her build, hull #99 was ordered with the pricy teak foredeck option. It looks really nice when taken care of for a couple decades, but there comes a point when it is just plain worn out. Ours was well past that point.

Teak is attached to the standard fiberglass deck using adhesive. Back in 1986 they didn’t trust glue, so screws were also used to hold the teak down to the fiberglass underneath. Epoxy or silicone seals the screw holes, and rubber caulk seals between planks. When these seals are breached, water gets under the teak, and into the fiberglass. On Cirila, water also crept into the fiberglass laminations at the hause pipes (holes), where anchor chain goes through the deck into its storage locker.

In June of 2016, we embarked on the “fix the foredeck” project. Pepe’s Yacht Service on Clear Lake won our business with their sound reputation and competitive price. After a Memorial cruise to Galveston, we motored Cirila up the ship channel, back into Clear Lake, and directly to Pepe’s. We parked her in a tight slip at the boat yard, where work began a couple days later.

We continued to live aboard while the teak stripping got underway. This ugly, noisy, demolition process is hard to watch, but when your office overlooks the foredeck, is impossible to ignore. The long slender teak planks don’t give up easily – they crack off in splinters. No, we would not be repurposing the wood. Nor was it easy to remove the bowsprit – the teak platform on the bow that houses all the ground tackle (anchors and associated hardware).

These preparations lasted over a week, but living in Pepe’s shipyard seemed to last much longer. It’s not a pretty marina. Some nearby boats were there to die, others were already dead and decaying. Mosquitos were rampant and hungry, their population still thriving from the wet Spring still remembered for its “Tax Day” floods.

Salvation came when it was time to begin the fiberglass work. This meant Cirila needed to be hauled out of the water and we needed to find land based accommodations. The haul-out process is stressful because a 20 ton boat is a terrible thing to drop. This would be Cilia’s first time out of the water since our purchase survey the year before.


Cirila’s hull is an impressive sight out of the water. She looks more like a small ship than a “boat”. We were pleased to see that her hull remained in good condition – no surprises forcing us to dig deeper into the savings account. Pepe and his crew got Cirila on cribbing and supports, where she would remain for another month.

We spent much of the duration of the project booking Priceline deals in dog friendly hotels near Dawn’s office in the Galleria. Deals at the Sheraton were best, since Dawn could actually walk to work. The first stint was a fun adventure. On the second, hotel staff greeted Lola by name when we went for walks. By the third, the maid knew our names and by the fourth I was ready to scream. While the lack of commute was great for Dawn, the mayhem of living in the Galleria took its toll. Dining was expensive and with our window about 100 feet from constant traffic noise of the 610 Loop, I grew impatient with the pace of boat progress and anxious for new living options.

Back on board and once out of the water, Pepe’s crew began cutting the upper fiberglass skin off the foredeck in the softest, spongiest place – up by the hause pipe. The wooden core beneath was definitely rotted, so much in fact that it could have been used for mulch.

We progressed to panels downhill from the highest one at the bow, inspecting and evaluating how much core needed to be replaced. The bottom line – we decided to replace all of it – from the bow all the way back to aft of the pilothouse doors. This required a game plan since it couldn’t all be done concurrently, or just like the ice fisherman with too many fishing holes around his shanty, the guys would just fall through the weakened deck.


The crew worked a process involving a couple sections at a time on opposite points on the foredeck. For each section, the guys trimmed off the outer fiberglass skin, removed the old wooden core, cleaned and prepped the core cavity, cut, dry-fit and labelled a matrix of marine plywood squares coated in epoxy, then pressed the labelled squares into an epoxy putty bedding spread into the core cavity. Once set, they filled the remaining cavity with the putty, cleaned and sanded the outer skin then epoxied it back in place over the new core. The joints were then glued and faired with the surrounding material.

This continued section by section, day by day, in a process that seemed to take forever. To break our tiresome routine, we exchanged the hotels of the Houston Galleria for a quaint old motel outside Biloxi on a 4th of July road trip. Then, after a costly stint at the Westin Galleria, and badly missing our Marina clan, we stayed a few weekends with Ray and Tina aboard Tina Marie Too. To lower cost and keep an eye on progress, we shifted our stay to the La Quinta on Clear Lake, and used points to stay at the Nasa Hilton for a week. I can’t remember how we packed or where we did laundry – presumably brain blocking parts of the experience.

Thank God, with July waining, the project was nearing the finish line. Between a few weather delays, the foredeck was faired, gel-coated, and painted. Since Cirila was out of the water so long, her bottom and rudder needed a fresh coat of antifouling paint, adding another couple thousand to our budget overage. After over seven weeks, six of them on the hard, we were back on the water and in our home slip at Watergate Marina. It took another 3 days there before Matt of Mockingbird Marine was able to get the Bowsprit and ground tackle reinstalled.

The end result made this long and painful process well worth it.

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Pilothouse Windows

One spectacular thing about a Krogen 42 is the view from the pilothouse. For those uninitiated, the pilothouse is the inside place where you drive the boat. It’s out of the wind and weather, and all the best instruments and controls are there. Simply, it’s why you sell your sailboat. If your boat was a plane, the pilothouse would be its cockpit. Note: Cockpits on boats are altogether different than planes: if you’re lucky to have one (not all boats do) it’s on the aft (ass) end, above the rudder, where you fish, handle dock lines, visit with neighbors, grill, smoke, and at 3:30am, pee.

So back to the pilothouse Windows. In a Krogen 42, there are 11 windows, giving the “pilot” a comprehensive view of the sea beyond. If you’re at the dock, the view is mostly of neighboring boats, but when you’re hanging with the 40-60 footer crowd, it’s a nice view. There’s 3 facing forward, 3 on each side, and 2 facing aft. When we bought Cirila, all but the aft facing windows were in bad shape. The prior owner, seeking refuge from the Texas heat, put reflective panels, like some folks put on the dashboard of their Nissan Sentra, behind the windows.

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The problem was he fit them much more closely than the car versions are, and he cooked the windows like a 12 year old cooks grasshoppers with a magnifying glass. Two had a mesmarizing pattern of cracks, four others were delaminating, with brownish bubbles of goo separating the layers of safety glass in the corners and around the edges. At best it distracted from the spectacular view, and at worst, it could prevent you from spotting your best friend’s eight year old, who fell out of the cockpit trying to pee like the grown-ups.

So last week, we replaced all but the aft facing windows. Do you remember when you got your first pair of glasses, or installed new lighting in your kitchen, or had cataracts surgery, or had a miraculous recovery from near blindness? Yes, it’s kind of like that.

We got our first quote to fix the windows during the boat buying process, when we negotiated the final price based on survey findings. We got our second quote after we owned Cirila for a month, and our 3rd a couple months after my very brief stab at the do-it-yourself route. Afraid I would do irreparable harm, I got that third quote.

Number three was from Admiral Glass in League City. For the lean sum of $200 per window, Admiral Glass, and more specifically Paul and his sidekick John, turned our night into day. Paul did the first 4 on his own; speed increased 25% when John helped with the last 7. Paul is a master glass cutter and caulktician. John is a good dude, just not inspired by cleaning decades old caulk from the removed frames. Not sure I blame him – the thought of it inspired me to get that third quote.

All went well except for that first center forward window install. This window is different than the rest. It opens, wide, hinging upward, like an aligator’s jaw. A stainless steel frame holds the glass in a small recess of the FRP wrapped wooden frame. The entire assembly is the aligator’s upper jaw. Master Paul stopped using his impact driver after cracking the first two windows. With an old fashioned screw driver, the third time was the charm.

While said construction was ongoing, this author was working his day job, from his home office on the port side of the pilothouse. Understand that Cirila’s navigation computer is to starboard, home office to port. The pilothouse is also home to all the major electronics, half the DC power breaker panels, both air conditioning units, the communications center, tool crib, chart room, and is open to rain and 95 degree heat during this entire process. In the 30-45 minutes each window was out, I sanded the inside teak frame, since it’s so much easier when the window is out, and rain is coming in. We did have two weather delays, which while frustrating, smoothed out paying for it all.

Paul caulked on the third day, and yes, the biblical reference is real – his caulking is that good. He did the exterior. In the interest of economy and seeking my own place in caulking lore, I applied three coats of spar urathane (which I do have the skills for), and caulked the inside myself(which I don’t) If I bolted my severed arm to a robot slolen from the welding line of a Mercedes Benz factory, my caulk bead would wander like a snail track, and have swells, like those bulging rings on a pregnant earthworm. After the caulk set, I spent many hours on conference calls, dreaming of casting off, trimming those fat spots off with an Exacto knife.

The varnish looks nice and THE WINDOWS ARE MAGNIFICENT. Wait, that’s the view, I don’t notice the windows anymore.

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The Bow Thruster

Since these are some early posts and I have no following yet, I’m going to assume that some of my early readers might not be quite as fluent in boatspeak, as say my neighbor, who lives on a 56′ yacht.  So when the title says Bow Thruster, you might not be sure if Bow rhymes with how or low.  Therefore, I’ll explain what this handy device is, when ours stopped working, and greatest of all, how we fixed it.

First, it rhymes with how, and is a reference to an extra little motor and prop that push the front of your boat from side to side.  If you had one on your care, parallel parking would be much easier.  Imagine if it was on the back of your car, where you didn’t have wheels that steer.  Well much like that, it makes parking or maneuvering a boat much easier, especially since wind, current, prop walk and an extra 20 or 30 tons conspire to make it complicated.

Now imagine using your bow thruster every time you park, like a mirror in your car, then discovering it’s not working.  That happened as we left Galveston a couple weeks ago.  Suddenly, no bow thruster.  We didn’t need it much leaving that dock, but we would sure miss it pulling back in our home slip.  We radioed some friends to ask for a couple hands on the dock when we got back, and as boaters are, we had plenty of help upon our return.  We took one black dock rub on the starboard beam as we came in, battling winds which were gusting to 1.7 mph.  Yes it was calm, and yes, we’d want to fix that bow thruster for when it wasn’t.

Imagine a small shoebox is your boat.  Now take a big, fat straw, like the ones you get for the 128 ounce soda at your convenience store, and jam it all the way through the shoebox.  That’s the tube of your bow thruster, and inside it are small propellers that are connected to a gearbox that is connected to a shaft that goes through the side wall of the tube and connects through a coupling to a motor that is connected by really fat wires to big ass batteries via relays that open and close when you move a little joystick in the pilot house.  I think it’s powerful enough to fly a helicopter for about 5 minutes.  About 1/3 of the system is under water, 1/3 is under the bathroom floor, and with the exception of the little joystick at the helm, the rest is under the side of the bed that’s about as easy to reach as the lighter that falls between the center console and driver’s seat in your car. What could possibly go wrong?

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At first, I thought it was the batteries, which are under the bed.  After removing all the bedding and mattress, I put a load tester to the batteries, and they seemed fine.  Next my diver, who periodically cleans gunk and barnacles off the bottom of Cirila, checked to make sure there wasn’t something jamming the little props in the tube (remember the straw?).  All was clear and the props turned freely.  Next up, the motor, which sits on the tube under the bathroom floor.  I could see and feel enough to know that I had an issue with the coupling that connects the motor shaft to the gearbox shaft.

The challenge was getting everything apart and the motor removed, without a) breaking something else, b) sinking the boat, or c) breaking several other things just prior to having a stroke.  After much deliberation, I asked for some help.

Brent Hodges, one of the many mechanics that feast on all the boats here, was up for the challenge, and had the motor out in an hour.  The coupling was definitely the problem, as the elastomer spider looked like it was tumbled in a garbage disposal for an hour, and the motor side of the metal coupling had slipped up the shaft, essentially losing its embrace with its mate on the gearbox shaft.  Amazingly, I found a replacement spider for $4.79 at an industrial supply store 3 miles away, and Brent was back the same afternoon to put it all back together, which took him another hour.

The excitement of heading up to the pilothouse to bump the control joystick turned to despair in the same moment that not a damn thing happened.  No whirring sound below, no gargling sound outside, no lateral movement of the bow.  Nothing.  After checking the wiring to the motor, it was time to strip off the bed again to get at the batteries and relays.  We quickly discovered that the voltage was dropping from 25 to 5 when the bow thruster was calling for power, and that bad batteries were the next most likely culprit.  I pulled the old ones, maneuvered them off the boat, into the car, and headed to West Marine.   Thirty minutes, two new AGM 31’s,  $700, and a very sore back later, the bow thruster is working like a champ.

 

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Transom Door

A few weeks ago, we had a few screws pull out of the upper hinge on the transom door.  It was letting go – the wood behind the glass was rotted.  We removed the door, then I cut a way at the worst of it, like a dentist grinding away your tooth before capping it.  I then treated the wood with penetrating epoxy, then back filled the holes and gaps with Marine Rx epoxy putty.  After some sanding using the Fein (wow what a machine – more on it later), then drilling fresh holes, filling with 5200, remounting the hinges, you have this:

Somehow, the recesses that the hinges fit into didn’t end up quite the same, so the door fits more snugly, but it is stabilized, and I’m no longer worried about it falling off. The next time I have out the “goop”, I may refill, re-drill, and refit, but we’ll live with it as is for now.

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The First Blog Entry

I have some catching up to do.  My grand intentions to start these chronicles years ago resulted in no words on paper or screen.  I meant to capture the essence of our dream building more chronologically.  The boat evaluations, retirement planning, boat buying, refitting – all those pieces of the puzzle that make this a life transition in process.

As it is, I’m going to start this chronicle a bit further along, but with luck and continued blessings, still early in the story.  I’ll catch up with some stories of how we’ve gotten to this point, with no particular nod to chronology.

So where exactly is this point?  We live on our boat in Watergate Marina on Clear Lake, south of Houston, TX.  We’re both still working, wrestling regularly with when to toss the lines and go.  Go where?  The Chesapeake, Great Loop, Caribbean, Cuba, Costa Rica.    Basically we want to make the Northwest quadro-sphere our oyster.

We’ve had Cirila for 9 months now, and have completed some of the simple refit tasks that were on our list.  We still have some big ticket items on our list (vacu-flush heads, stripping teak foredeck), which is one reason why we’re still working.  The other is Ben, our youngest, is still in college.

This week we hope to complete one of our big ticket items – replacing all the pilot house windows.  I’ll blog on that and other projects as they progress, and share other milestones as we move ever closer to cast-off time.

Yes, this is also an undisguised intro – my first foray into blogging and using WordPress.  I’m the captain of the boat, the chief engineer and keeper of its log and blog.  I hope you enjoy our chronicles.

Mike Jeglic

Kk42 “Cirila”

 

 

 

 

 

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