Obelisk Circumnavigation '08

"Supposing is good, but finding out is better." -Mark Twain

Guadeloupe

Deshaies, Guadeloupe is a popular cruising stopover because of its convenient location on the NW corner of the island and because it has a customs office.  When we arrived, the anchorage was crowded but the picturesque town was almost empty.  We attempted to clear customs but could not seem to cross paths with a customs agent--the office is only open 45 minutes each weekday and not on a regular schedule! 

We needed to move the boat to the capital, Point-a-Pitre, to address several critical problems that had arisen.  Between Montserrat and Deshaies, we discovered that the port-side tang, or bracket, that secures the lower shrouds to the mast had cracked and was only hanging on by a thread--of the two original inches of stainless steel, less than 1/4" remained holding the shrouds in place.  Failure at that connection while sailing could have been spelled disaster for our mast.  Problems tend to come in groups and, true to form, we discovered this problem while investigating why our headsail furling system was sticking. 

Apprehensive about exposing the faulty piece of rigging to the stresses of sailing coupled with a temperamental furler, we decided to crank up the engine and motored the 50+ nautical miles, and 8 hours, to Point-a-Pitre.    It was the first time since leaving the Chesapeake that we had used our engine for anything other than anchoring.  Just outside the entrance to Point-a-Pitre, we hit a large squall whose heavy rain afforded the opportunity for a basic, but needed, shower.

Point-a-Pitre is the second-largest city in the Caribbean and that size made it fairly easy to find the necessary services.  We tracked down a rigging shop, run by the eminent sailor, Claude Theilier, which agreed to fabricate brand new tangs (both port and starboard) in a timely manner.  They took it one step past our expectations when they finished the pieces that afternoon and delivered them to a marina near us the following morning!  The new tangs fit without too much hassle--they were fabricated using metric measurements, while our mast is standard, so the holes had to be enlarges slightly. 

Afterwards, we turned our attention to our stubborn furling system and discovered that there were actually two problems.  We remedied the first problem, excessive halyard tension,  by slacking the halyard slightly which took pressure off the roller bearings at the top of the mast.  The second problem was a little more serious.  The top of the furling sheath had been damaged and a jagged piece of aluminum extrusion was chafing the halyard.  Following the manufacturer's advice, we used a hacksaw and metal file to remove and smooth the problem section--it seemed a bit unorthodox but we have had no problems since.

Repairs were expected to take much longer than they had, so we pulled up and headed south to a small group of islands known as The Saints.

Guadeloupe pictures:  http://s374.photobucket.com/albums/oo184/svobelisk/Guadeloupe/


Montserrat

Montserrat was not in our original itinerary.  We planned to sail directly from Charlestown, Nevis to Deshaies, Guadeloupe but, when the wind completely vanished abeam of Montserrat, we decided to stop for the night and investigate.  We were already south of the last harbor containing a customs house, so we dropped anchor and remained the night under our yellow quarantine flag.  Though we did not go ashore, the next morning, we got a clear view of the former capital, Plymouth.  In 1997, volcanic activity in the Soufriere Hills completely destroyed the thriving town of 30,000.  The area remains fenced off from the land side and there is a landing moratorium south the exclusion zone.   Almost as a reminder that it could happen again, a dense cloud of sulfur-smelling volcanic gasses spewed from the crater.


St. Kitt's and Nevis

Sint Maarten and Saba were an appropriate introduction to the Caribbean lifestyle but, with just over a month to go until hurricane season (begins June 1), we headed farther south.  From Simpson Bay we sailed SSE between St. Barth's and St. Eustatius before turning SW over the nortern tip of St. Kitt's, our first stop.  We were a bit surprised to find the modern cruise ship terminal and customs area completely empty but soon heard that the busy season had ended in late March.  Perfect.  St. Maarten was catered almost entirely to tourists and it was refreshing to enjoy a town without hordes of cruise ship passengers.

We spent the first two nights at the commercial harbor before moving five miles south to the deserted White House Bay.  In colonial days, White House Bay and its neighbor, the aptly named Ballast Bay, served as the unloading areas for the ballast stones that empty trading ships from Europe carried in their keel for added stability.  Once the ship loaded her cargo, the extra weight was no longer needed and the stones were pitched in to the bays.  There we snorkeled on two wrecks, one modern tugboat and one 1730's British troop transport ship.  Unfortunately, the older ship was difficult to distinguish and we did not see any of the five cannon that surround the wreck. 

Basseterre, the capital, possessed a distinctly Caribbean attitude that we did not find in St. Maarten.  We explored the town and dined at a decidedly local restaurant where we became quick friends with the operator.  Unfortunately, she said, we missed the pig's tail soup by one day, but the curried chicken and stewed ribs were delicious too. 

Matt and I took found a "bus," which turned out to be a private 45 minute cab ride for the equivalent of $.75 US, north to St. Paul.  The driver dropped us next to the Prime Minister's house--distinguishable only by the flag in the front yard--and we set out through hundreds of acres of sugar cane on our way to Mt. Limuiga's crater.  The cane fields have not been farmed since the last British company pulled out of the country in 1995 but the cane continues to thrive.  The sweet, pithy stalks made ideal snacks on our way back down.   The cane gave way abruptly to dense forest of gigantic banyan and mango trees, while an invasive species, the Ververt monkey, scurried around the forest floor.   When we reached the top, though the peak was obscured by dense clouds, the crater did not disappoint. 

Catching a bus to had been easy in the morning, why shouldn't it be easy in the afternoon?  Unfortunately, we did not consider that nearly nothing operates on a Sunday afternoon in the Caribbean.  We made it back to Basseterre but could not find a bus back to White House Bay at the southern tip of the island, 8 miles away.  Walking was the only option and we made it back to the boat just after sunset.   

We must thank Mike and June Kelly, whom we met in White House Bay when they recognized our boat from Sarah Creek on the Chesapeake, for giving us all the leftover food they did not plan on using during their voyage back to the States--it was a welcomed change of pace.

From White House Bay, St. Kitt's, we sailed across the narrow channel to the other member of the Federation, Nevis.  Moorings were compulsory and we picked up one just off of Sunshine's Bar, home of the "famous" Killer Bee cocktail.  We gave one a shot but didn't go back for seconds!    We spent a couple days exploring, visited the Alexander Hamilton birthplace and museum and filled up our water tanks from the renowned Admiral Lord Nelson Springs, before dropping the mooring bridal and heading south again.

St. Kitt's and Nevis pictures:  http://s374.photobucket.com/albums/oo184/svobelisk/St_Kitts_and_Nevis/

Saba

There are no beaches, no marina, no true harbor; Saba does not have a good place to land a dingy.  This tiny, five square mile, volcanic island rises 2854 feet, straight out of the sea, 25 nautical miles south of Sint Maarten.  It remains quaint and local because it lacks the typical resort setting, but that's just what we welcomed after the commotion at St. Maarten.  While Bailey Edwards visited, we sailed around the island without making landfall, but what we saw from a distance convinced us the island needed further investigation. 

There are no protected anchorages and the surrounding waters have been designated a marine park, so we were made to pick up a mooring.  Luckily, the Saba Marine Park Authority recognizes the value of the pristine environment and provides moorings, at no cost, to protect the surrounding reefs from the terrors of anchor chain. 

We chose a mooring at the north end of Well's Bay, near Torrens' Point, where we were told there was fantastic snorkeling.  Unfortunately, the bay is on the opposite side of the island from the customs office--Saba is part of the Netherlands Antilles, to which St. Maarten also belongs, so we did not need to clear customs again, just announce our arrival.  To accomplish that task, we needed to land out dingy at Ladder Bay, immediately south of Well's Bay, climb "The Ladder" up to "The Road" and head down the back side to the customs office.  We landed on a rocky shore through the surf, which was easy enough, but the reverse action nearly swamped us!  Then we faced "The Ladder," 524 huge steps, carved into the mountainside, leading up to "The Road."  Before a breakwater was constructed on the opposite side of the island for cargo ships, freight had to be lugged up the Ladder on workers' backs.  After reaching the top, carrying only a backpack, I had great respect for anyone completing the same route with 100+ pounds of cargo on his back!

We tripped down "The Road," as it's known locally since it's the only one on the island, to check in with customs.  There we met JoBean at the Saba Marine Park Authority office who gave us detailed information about the diving and hiking opportunities available.  We planned on a three-day stay, so we decided the Rob would dive for two days while Matt and I hiked, and we would spend the third day snorkeling at Torrens' Point. 

Rob's account of his dives was incredible--he was ecstatic, even as an experienced diver.  Nor did the hiking disappoint.  We began the first day by hiking to the top of Mt. Scenery, a dormant volcano and the island's central peak.  The progression of flora and fauna from sea level to the summit was astounding--the bottom was arid and overrun with goats, while the top was situated in a rain forest, thick with vegetation and teeming with exotic birdlife.   Later that day, we walked down the other side of the island to the tide pools, which were formed when lava flowed into the sea.  We found the outer pools awash with the pounding surf and the calmer areas filled with hundreds of sea urchins and colorful fish. 

The highlight of the trip, at least for Matt and I, was the day spent snorkeling in the waters off Torrens' Point.  We had never seen water so clear or so many varieties of coral and fish in the same area.  After puzzling over the grinding sound audible only when underwater, Rob informed us that it was the sound of the brightly colored Parrot fish aggressively munching on the coral.  As we headed back to the dingy, two huge turtles lumbered by giving us a curious look before heading out to deeper water.

The last full day on the island, Rob dove and Matt and I hiked the North Coast Trail, through rainforest, around cliffs and to the abandoned sulphur mine.  Shrugging at the sign reading "Enter at Your Own Risk," we hunched over and went in, one headlamp between us.  Halfway back, the bats woke up!  There was not much room in the shaft and they screeched by our heads a little too close for comfort.  We had seen enough, it was time to head back out into the daylight. 

We dropped the mooring and headed back to St. Maarten, sorry to leave behind the picturesque island but excited to collect Willie, who had been in the States at his sister's wedding.  We're working on a short list of repairs and then we'll head south to the soverign federation of St. Kitts and Nevis.

Saba Pictures:  http://s374.photobucket.com/albums/oo184/svobelisk/Saba/

 

 

Sint Maarten

846 nautical miles SSE of Bermuda lies St. Maarten, a small island in the northeast Caribbean that is shared between France and the Netherlands.   It’s northeasterly location made it a natural choice for our landfall and a little more exciting, we felt, than either the US or British Virgin Islands.  After consulting our pilot charts and getting the latest weather forecast, we departed St. George Harbour with high spirits at 3:15pm Wednesday, April 1, 2009.  Everything looked great: the winds were going to be light but from the NE to E, which would mean that we might not even have to tack, and no major weather systems were forecast.  As we left Bermuda in our wake everything looked just as it should…until the wind died.  For twenty-four hours, we drifted in circles with the sails furled, in sight of the island.  Facing a long passage, we did not want to waste diesel, just in case it became necessary to motor later.  So, we drifted, the boat pitched and rolled, halyards banged incessantly and it felt like trying to sleep

When the wind did pick back up, it was not from the predicted—or desired—direction, it came from the SSE and it blew from that direction for the next eight days, without change.  An old adage says that “a gentleman never sails to weather,” so we must not be considered gentlemen because we’ve been hard on the wind ever since leaving the Chesapeake Bay!  Tacks were long, sometimes lasting days and covering hundreds of nautical miles, but the wind blew 15kts consistently and, at least, we were moving. 

We crew fell into a routine and time passed rather quickly.  Sunrise and sunset were the two big events of the day, unless we threw in a tack, which was no big task but provided a change of pace and something to focus on, if only for a few minutes. 

Every day, fish hit our lures and we managed to boat four dolphins and one bonito—we ate fish every meal for nearly a week.  In Bermuda, Rob learned a recipe for fish seviche, a method of cooking fish and other seafood without heat, using acids from citrus fruit and vinegar, and we put it to the test.  We placed raw dolphin steaks into Ziploc bags with lemon juice, vinegar, onions, garlic and assorted other spices, then set the mix aside for several hours.  The result is delicious, tender fish steak ‘cooked’ o perfection.  Of course, we cooked our fair share the traditional way as well. 

At 4:45am on April 10, Matt spotted the light on Sombrero, a rock half-way between Anegada, BVI and Anguilla, an island just north of St. Maarten.  As the sun rose, the low profile of Anguilla crept up on the horizon, followed soon after by the peaks of St. Maarten.  Everyone was glad to see land and ready for several things, in no particular order: some solid ground, a cold beer and a shower.  By noon, we dropped anchor in Simpson Bay and headed in to clear customs, where our friend, Bailey, was waiting patiently. 

St. Maarten is a “mega yacht” destination and we found it much busier and commercialized than sleepy St. George.  All around were sailboats up to 160’ and power yachts approaching 300.’Despite the spotless vessels and professional crews, we were one of the finest looking boats in Simpson Bay. 

After customs, we each went our separate ways to explore, run errands and have a little time alone.  However, by coincidence, we all met at the St. Maarten Yacht Club (more of a bar on the water as there aren’t and boats there) to watch the 5:30pm Town Bridge opening, when the mega yachts parade in and out of the lagoon.  That first ice-cold Presidente beer was much needed and savored!     

Pictures from St. Maarten:  http://s374.photobucket.com/albums/oo184/svobelisk/Sint_Maarten/

Bermuda

Five days after sailing out of the Severn River under fair skies and light breezes, Obelisk lines up on Town Cut, the narrow entrance to St. George Harbour in Bermuda.  The incredible vigilant Bermuda Harbour Radio operator directed us to the Customs Office, located on the Northeast corner of Ordnance Island.  We had completed the first of many passages in our circumnavigation safely.

The adventure began midday Wednesday, March 18, 2009 with a champagne toast among family and friends at Scotchy�s Place.  With Herbert, Louis and Peter Winfield following in the Boston Whaler and taking pictures, we set the mainsail and sailed out of the Severn only to discover that our GPS/chartplotter was not receiving a signal from the antenna.  It had worked the day before, just prior to installing our new solar panel, so it was surprising and a little concerning.  Troubleshooting the system revealed that, when running the wire for our new solar panel, one of the antenna wires had been nicked with wire clippers, severing the link with the GPS computer.  Once diagnosed, the fix required only that we cut out the damaged section of antenna cable and resplice the connection.  The problem resolved, the chase boat waved its final goodbyes and we were on our own. 

We spent the balance of the afternoon and evening beating into a Southeast breeze and the mouth of the Chesapeake Bay.  At 9:15pm, with Willie at the helm, Obelisk passed the line between Capes Henry and Charles and stuck her nose into the Atlantic.  Because someone always needs to be the crew member responsible for the boat and sailing continues through the night, we set up our watch schedule beginning at 7pm and rotating every three hours afterwards.  Split between four crew members, the three hour watch system is flawed because it ensures that each person stands watch at the same time each night.  On future passages, we will devise a better system which will ensure that everyone gets a different watch each night.

The first night passed without significant excitement, save the thrill of finally being on our way!  On the 4-7am watch, we dropped off the continental shelf, going from roughly 300 feet to over two-thousand feet of water in the span of ten minutes.  Behind us, our wake caught fire with the glow of millions of tiny phosphorescent creatures disturbed by our hull.

During the day Thursday, the wind diminished and began to fill to the West.  To take advantage of the light air and new direction, we bent our new Sperry Sails spinnaker for the first time.  While it was great for us to finally see our new chute and marvel at how large it is compared to our old one, the wind completely died forcing us to douse it.

Early Friday morning, the clicker on our fishing reel screamed fish-on!  The strike occurred at 8 knots, so the first concern was slacking the sheets to take power out of the sails and slow the boat.  We had had one strike the previous day, but the fish had broken out 100lb leader!  The fish fought for twenty minutes before Rob used the gaff to bring it on board.   We set to cleaning the 15lb mahi mahi, our mouth watering at the prospect of fresh fish for the next three days.

As dead calms following fresh breezes often portend, the wind piped up from a different direction.  Within the hour, it had freshened to 25 knots with gusts well over thirty from the Northwest--the forecasted shift had finally materialized.  We made 7.5 knots under double reefed main and genny.  After a meal of seared mahi mahi steaks, we furled the genny and were able to continue making 6.5 knots under double-reefed main alone.  However, the imbalance in the sail configuration created significant weather helm, a condition achieved when the boat is out of balance due to too much power in one of the sails.  The weather helm was sufficient to overpower our autopilot.  We needed to balance the boat, but the wind had freshened too much to fly our staysail, a sail flown from the innerstay.  Luckily, we had another option.  Peter Winfield, Jesse�s godfather, had given the Obelisk the Stormfok, a tiny storm headsail off his own sailboat.  The sturdy, hanked-on sail fits into a backpack and would provide just the right amount of sail.  Handling the small sail proved to be a snap and soon we were flying the Stormfok.  Not only did the sail balance the boat and remove the weather helm, it gave us an extra knot-and-a-half.  We spent the rest of the night on a broad reach, in fifteen-foot swells, doing 8 knots over the water!

Subsiding breezes, just after dawn, caused us to trade the small Stormfok for larger staysail and shake one reef out of the main.  The wind gradually filled to the Northeast and East, with no appreciable drop in force, and we passed another windy, rainy and cold night without much excitement. 

Rain continued Sunday and visibility dropped to under three miles.  The wind had shifted to due East, which made it impossible for us to sail around the extensive reefs off the North tip of the island.  Some 50 nautical miles off Bermuda, we made the decision to fall off and sail under the South end of the island, instead of throwing in an uncomfortable tack to weather in order to give proper berth to the formidable reefs.  The adjustment meant that we would not be able to make landfall at St. George Harbour before nightfall.  We had no intention of shooting the unfamiliar and treacherous cut in high winds and at night!  To kill time we planned to lay-to to the Southeast of Gibb�s Hill light and wait for daylight.  The wind diminished overnight and we were able to make around 2.5 knots towards our destination. 

Bright and early, at 7am, Bermuda Harbour Radio hailed the Obelisk on VHF 16 and relayed instructions for entering the Harbour.  Since the cut is so narrow, BHR requires their permission to enter the cut  dafter they have ensured it is clear of large boat traffic.   BHR directed us to the customs dock on the NE end of Ordnance Island.  Customs required that we declare and surrender our spear and flare guns, but was otherwise quick and accommodating.  By 12:15pm, we were anchored in the harbor and set to the formidable task of drying out after the wet passage. 

Now, we�re looking forward to a week of working on a small list of concerns and enjoying Bermuda.

Note:  Due to the huge number of pictures and space limitations on the website, we will move our Photo Galleries to a Photobucket page.  Please click the following link to view our "Bermuda" Album.

Bermuda Album: http://s374.photobucket.com/albums/oo184/svobelisk/Bermuda/ You can click the option in the upper right-hand corner and view all photos as a slideshow.

Let's Go Solar!

We're mounting a last minute push to install solar power on Obelisk and we're asking for your help!  A single Kyocera 130W panel would provided sufficient power to replenish our house batteries under normal daily drain, including GPS, SSB radio, radar, etc.  The system we've designed is simple and would include:

1 x Kyocera 130W solar panel  $710
1 x Morningstar PS-30 voltage controller $186.75
60' x 4AWG tinned wire (30' Red, 30' Black) $100
Mounting hardware and accessories $150
Total: $1146.75

The system is really straight forward and easy to install.  Over the course of a single year, it will save 547 gallons of diesel and 6.5 tons of CO2 emissions--multiply that out over our projected 5 years and the impact is staggering!  These panels are incredibly durable and come with a 20-year warranty, so there is no question that they will last the duration of the adventure and continue providing clean power for years to come.

Please help us realize our goal of a greener adventure!

Shakedown

Over the past year, we have thoroughly refit and upgraded Obelisk to meet the demands of long-term bluewater cruising.  With only a couple of small items remaining on the list of projects, it was time to put our equipment through the paces--so, we packed up as much warm clothing as we owned and set off on a trip around the Delmarva Peninsula.  This type of sailing is known as 'frostbite' sailing because of the freezing cold temperatures and screeming winds on the Chesapeake Bay in January! 

The first leg of our trip took us south to Hampton Creek.  The creek has a very narrow channel and is heavy with commercial fishing trawlers, but we were there to have our rigging tuned by the crew at North Sails.  We arrived late in the afternoon January 7 and spent a cold, windy night on anchor. The next morning, we ferried the North Sails team out to the boat to attack our rigging.  Early in the outfitting process, we had contracted a rigging survey and were given a good report, with the exception of our turnbuckles.  The turnbuckles link the 1x19 stainless steel shrouds to their chainplates in the deck and are used to adjust the tension of individual shrouds which are heavily loaded.  We replaced all the turnbuckles with Navtec C600 series but were not able to achieve the correct tension on each shroud to endure that the rigging was balanced. 

Tuning took the better part of two hours and, after a short pause to purchase a new block for our mainsail clew, we headed out into Hampton Roads to bend our sails.  The howled at 15-20kt, which made raising sails designed for furling systems extremely difficult.  Just after the mainsail went up, there was a loud crash, the sail shifted position and pieces of derlin and aluminum rained down into the cockpit.  A quick survey revealed that a cheek block--one mounted flush to the deck to guide the mainsail outhaul--had exploded and was now chafing against the dorade and seahood.  We employed a snatch block and genoa lead from the toerail track to winch the line off of the chafe points and continued sailing.  The block was as old as the boat and failed due to prolonged exposure to saltwater.  After a bumpy start, we sailed east across the Chesapeake to the Concrete Ships and anchored for the night. 

The Rudder is Done!

In mid-November, we left Severn River Marina and moved Obelisk to York River Yacht Haven.  Our rudder needed to be rebuilt and we had chosen Zimmerman Marine in Mathews County to complete the work.  YRYH hauled the boat out of the water and assisted us in removing the massive rudder.  Water had filled the rudder and had the potential to cause damage to the rudder by delaminating the layers of fiberglass.  Aside from the water saturating the interior, the rudder has a 4.5" solid stainless steel shaft and measures 107" inches so the yard brought in a forklift to assist us in dropping the unit.  We slung lines around the forks and around the rudder blade to steady it while we moved it to the bed of our pickup truck.  That same day, we drove it up to Zimmerman's and dropped it off.  The work was slated to take about one month to complete.

With the rudder at Zimmerman's, we turned our attention to repairing the skeg.  The Obelisk has a skeg-hung rudder--the skeg is a fiberglass fin that sticks down from the hull to provide protection and a bottom pivot point for the rudder.  At some point in the past, the bottom of the skeg had been damaged by hitting floating debris and the fiberglass had become waterlogged and peeled back.  We ground the damaged area away with an angle grinder and let it dry for a week before resuming the repair.  Significant material was removed when grinding, so the repair had to be completed in stages.  Cold weather dominated the forecast which hampered our glassing efforts.  All in all, we layed glass mat two inches thick on both sides of the skeg and faired the skeg to the correct shape in several stages.  West System 422 barrier coating covered the entire skeg to seal out water and preven osmotic blistering. 

The space between the skeg and rudder is shielded from drag-causing turbulence by two stainless steel fairing strips.  Our strips had disintegrated, were sticking out to the sides and catching crab pots.  We ordered a sheet of 16 guage stainless steel and cut replacement strips using a RotoZip tool.  Once the strips fit the mounting location perfectly, we used 28 #8 screws and a lot of 5200 compound to mount the strips.  They fit percectly and will provide a much smoother flow around the rudder foil which will result in faster speeds and better steering. 

Zimmerman's cut the "skin" or fiberglass shell off the port side of the rudder to expose the core and frame.  The frame is a a substantial stainless steel grid and was in great shape despite the saturation.  The foam filling the voids between frame members was soaked and deterioration, so it was removed and the entire unit was allowed to dry for just over two weeks.  The fiberglass skin was in good shape so it was saved and, after the interior was refilled with foam, the shin was replaced and glassed back into place.  The port side was sanded fair and a coat of gelcoat was applied.  When we picked up the rudder, we discovered that the work had not been done to our specifications.  The starboard side had not been touched and the fresh gelcoat covered our boot stripe.  We brought the rudder back and went over how we wanted it rectified.  Our rudder was bumped to the front of the project list and was completed to our specifications in just over two days.  Special thanks to Steve Wallace for recognizing the problem and doing evrything in his power to make it right.  We were disappointed with the original work, but the manner in which Steve and Zimmerman's rectified the mistake couldn't have pleased us more:  we know that the work is top notch and we ultimately had a great experience with their yard. 

Our budget is tight, so we decided to reinstall the rudder without help from the YRYH yard (or their forklift)!  The rudder was significantly lighter after the repairs, but still presented a great challenge.  Four of us lifted it out of the pickup and laid it on the ground next to the skeg.  Four people raised it and my dad steadied the assembly once it was vertical.  We then slung two lines underneath the foil and, with one person on each end of line, lifted the rudder into the air.  A large wooden block was slipped under the bottom and then we repeated the same process six times.  We had lifted the rudder as high as we could with the lines so we used an hydraulic floor jack to lift it the rest of the way. Once it was at the desired height, the two huge shaft nuts threaded on with no hassle.  Now that the rudder was hanging from the boat, we were able to remove the jack and wooden blocks.  With the blocks out of the way, we attached the 40lb bronze gudgeon to the bottom of the skeg.  The rudder foil has a hole in its bottom that fits over a pin on the gudgeon to create the bottom pivot point for our rudder.  Next, the huge primary steering quadrant and the smaller self-steering quadrant were assembled and steering cables attached.  The autopilot drive unit and chain were reinstalled, along with the rudder angle indicator and we were done.  The result is a completely functional, rebuilt unit that is ready to go! 

We attempted to put the Obelisk back in the water this morning, but the high tide was too low to acomodate our deep draft.  Hopefully, the tide will cooperate on Monday, December 29 and we can finally get back in the water.  Once back in, we will take her to Hampton Creek so that North Sails can tune the rigging.  From Hampton Creek, we plan to leave on a shakedown cruise around the Delmarva Peninsula, complete final provisioning and head South! 

The Deck - Part 3

                  

The Deck - Part 2


Since the last update, prepping the deck for paint and Treadmaster monopolized our time.   Twenty-six years ago, the outfitters laid the teak boards overtop the fiberglass deck with a sticky, black bedding compound between the two in order to seal water out.   The harsh saltwater environment coupled with prolonged exposure to UV rays degraded the bedding compound so that it allowed water to seep under the teak and into the deck core via various through-deck fittings.  When water penetrates the outer fiberglass laminate and enters the Airex foam core, it can separate the core from its fiberglass sandwich and weaken the deck significantly.  We are not taking any shortcuts: since the deck is completely exposed, we removed all through-deck fittings and rebedded them. 

Smaller holes, such as bolt holes for stanchion bases, blocks and cleats were easiest to seal.   We drilled out each hole with a drill bit that was larger than the original hole.  We checked the core for moisture and, once we were convinced that there was no internal damage, we taped the holes from beneath.  Once the holes were sealed from beneath, we filled them with West System epoxy thickened to ketchup consistency with West System 404 filler.   When we redrill the holes to mount the hardware, the bit will travel through the epoxy plug which will effectively seal the deck core from intruding moisture.

Dorade vents, windlass foot switches and the inner forestay mount all require larger through deck holes with more core material exposed.  The larger surface area makes them much harder to seal.  In order to create a durable and reliable seal, we routed out �" of core material from between the fiberglass sandwich.  We then thickened epoxy with West System 404 filler to peanut butter consistency and smeared it into the space we had routed out.  The epoxy bonded to the top and bottom fiberglass laminate and sealed any water out of the core. 

We discovered a single, small area where the core had separated from the fiberglass.   We drilled �" holes, in a grid pattern, through the top laminate and the core, but NOT through the bottom fiberglass laminate.  The area dried for nearly a week, then we sealed the holes by injecting them with ketchup consistency epoxy which seeped into the voids, creating a fresh bond between the foam and fiberglass. 

Our new Treadmaster non-skid will be epoxied to the deck--not fastened with screws--which eliminates all the  tiny screw holes used to secure the old teak planks.  However, before painting the deck and installing the non-skid, we needed to repair the, literally thousands, of existing screw holes.  To do so, we drilled out each hole with a larger drill bit, vacuumed out the dust and used a syringe to inject each hole with unthickened epoxy.   Just this process took several days and weeks later we are still finding new holes!

Deck prisms are thick pieces of shaped glass designed to allow light below decks--unfortunately, ours leaked continuously and we decided to eliminate them.  Two of teh prisms were located in high traffic areas so our patches needed to be as strong as the surrounding deck, which meant fiberglassing was our only option.  In order to achieve maximum strength, fiberglassing requires a 12:1 bevel at the edge of the area to be patched, so we began by grinding the existing holes out with an angle grinder.  Once the hole was ground enough, we vacuumed and cleaned all surfaces with MEK and covered the hole from beneath with styrofoam and duct tape.  We fashioned blocks to serve as core material out of wood blocks and fit set them into the hole, then ketchup consistency epoxy was poured around the edges and was allowed to cure overnight.  The next day, we sanded the hardened epoxy to create the smooth surface necessary for proper adhesion of the fiberglass fabric.  In the spirit of over-engineering, we laid 12 layers of fiberglass over the former prisms, allowing them to cure overnight.  Finally, we smeared West System 407 fairing compound over the entire area to create an even surface that we could sand down to deck level.  The prisims took three days and the only minor hiccup occurred when a photographer stepped in the wet fiberglass mat we had just applied!








The original teak decking was 3/8" thick and the toerail and deck hatches were fitted directly on top of this surface, therefore, when we removed the teak, a 3/8" gap remained under the toerail and hatches.  We knew that we had to fill the gap for practical and aesthetic reasons, but how?  After kicking the idea around for several days, we decided to create epoxy fillets in the gaps that we could feather seamlessly into the deck.  First, we used a Dremel tool to grind out any remaining bedding compound and wood splinters.  We then sanded the lips of the toerail and hatches to a 45 degree angle creating a better bonding surface.  A quick vacuuming and MEK wipe and we were ready to fill the gap.  Our plan called for a mixture of West System 404 and 410 fillers thickened to peanut butter consistency.  We trowelled this mixture into the gap, making sure to eliminate bubbles or voids that could compromise structural integrity.  We shaped the epoxy with an ordinary plastic scraper shaped to create a seamless feather into the deck.  After the epoxy cured overnight, we returned to inspect the results and we could not be happier!

The seahood is a removable, raised fiberglass shell that covers the companion way hatch while it is in the open position.  Time and saltwater had taken their toll on this piece and the companion way hatch it houses so we removed the hood and took it home for refurbishing.  Work began by removing the paint, which was peeling badly, using a heavy grit sandpaper to cut through the nonskid grit.  Underneath, we found the culprit--the paint was applied directly on top of the fiberglass matting, a rough surface poorly suited to painting.  to remedy the problem, we sanded the entire piece down to the fiberglass.  After cleaning the dust, we used traditional paintbrushes to coat the entire unit with two layers of unthickened epoxy.  The epoxy settles into the low areas and, after sanding smooth with 220 grit sandpaper, leaves a smooth surface that is perfect for painting.  We chose white AwlGrip two part paint for this job--and the entire deck--because of its incredible durability and life expectancy.  Two parts paint are mixed with one part converter to create a coating that resists harsh saltwater conditions and UV rays (the blue topsides of the hull were painted with the same product 26 years ago and still look great!).  We applied two coats of AwlGrip with a light sanding in between which gave us a tough, brilliant white seahood. 

With the seahood removed, we had a great opportunity to rebuild the companion way hatch, which had been leaking for some time.  We could see that the slides the hatch moved on were badly UV damaged, so we replaced them with strips of HDPE (high-density polyethylene), but that did not explain the leak.  Careful examination during removal of the hatch and its hardware revealed that the seals around the bracket that holds the vertical part of the hatch had separated.  We found that the bracket was not mounted flush with the surrounding fiberglass and that bedding compound had been used to fill the gap.  The gap was too wide to be sealed successfully with any compound so we set about rebuilding the area around the bracket with thickened epoxy.  To enable us to shape the epoxy to the exact shape of the bracket, we purposely applied too much to the area then shaped the mounting area with chisels and sandpaper.  It took several dry-fits before the area was fit exactly to the hatch bracket but we finally reached the perfect fit and bonded the bracket with Life Seal bedding compound.  We haven't been able to put the hatch through any storms on the water, but the repaired unit made it through tropical storm Hannah and a brutal mid-September nor'easter without a drop seeping through.  

Lifelines are the two cables that run the length of the deck one each side, designed as a safety measure to keep crew from going overboard.   The stresses on these cables can be substantial so it is recomended that they be changed every ten years--ours had never been swapped, so we removed the wire and associated stanchions for replacement.  The stanchions, which are vertical poles that guide the lifelines fore and aft, sat on bases made of teak and needed to be replaced.  We chose phenolic, a high-density laminate which we could shape ourselves using a table sander.  We began by cutting the 5/8" phenolic sheet into squares roughly the same size as the stanchion bases.  We cut drains, or limber holes, 3/16" deep across the blocks, then used a drill press to punch the four mounting holes.  We attached the stanchion base to the square base with short bolts and moved the entire unit to the table sander.  Gradually, with the stanchion base attached, we rounded the corners and shaped the phenolic to the exact shape of the base (of course, none of the bases are exactly the same size so we had to repeat this process with every individual base!)

The Deck - Part 1

Last week, we made huge progress by installing out new Garmin 4008 Chartplotter/GPS, Garmin GSD22 Sounder, Garmin 18" Radome and taking delivery of our Forespar LC13'-24' whisker pole. 

 We chose the Garmin 4008 model over its more common twin, the Garmin 4212, because the 4008 comes preloaded with global charts and satellite photos and the 4212 is programmed with only the U.S. and Canada.  We'll be spending less than 5% of our time in these countries and would rather sacrifice the incredibly detailed North American charts for coverage the world over--the Garmin 4008 preprogrammed charts will be supplemented with chart cards purchased on an as-needed basis to cover, more comprehensively, our actual route.  Of course, we will not rely solely on electronic charts--we will carry a number of paper charts, both Mercator and geonomic projections, to back up the chartplotter.

Along with basic speed, depth and wind readings, the unit's 8.4" color LCD screen will display our navigational charts, sonar soundings and radar images.  We can manipulate the display to combine multiple inputs into one screen.  For instance, we can overlay radar images onto a nav chart to follow an approaching squall line or take a 3-D look at the bottom of an unfamiliar or unmarked channel. 

We began the install by removing our old Loran and Raymarine chartplotter from the nav station.  The panel they were mounted in was useless to us because it was designed with mounting holes specific to the individual instruments, so we fashioned a replacement out of 1/2" birch plywood laminated with black formica and finished with a varnished trim to clean it up and give a professional look.  Once the blank panel was complete, we cut holes for our chartplotter, VHF radio and Raymarine ST60Multi.  

With more than a little frustration, we mounted and ran wires from a new GPS antenna and 18" radome.  The GPS antenna was mounted on an antenna mast astern but the wire was not long enough to reach the chartplotter so we spliced in and an extension.  The radome is mounted above the first spreaders on the mast do it proved a bit more challenging during the install.  It required mounting a bracket to the mast by drilling twelve holes and riveting them, all while hanging 27 feet in the air in a bosun's seat!  Even more challenging than mounting the hardware was fishing the power and network cables from the radome, inside the mast and out the bottom where they are connected to the chartplotter.

All of our new navigational instruments are now installed, leaving only a new stereo to come.        

 

Up on the Hard


We opened Chapter Three of outfitting on Thursday, June 19th when we hauled Obelisk out of the water at Severn River Marina.  She weighs 44,000lbs so putting her "on the hard" presents a greater challenge than backing a trailer down a boat ramp.  A 60-ton marine TravelLift lifted her out of the water--it was the first time that Rob, Willie and Matt had seen the process and their the first time seeing first-hand Obelisk's below-waterline configuration.  Everything went smoothly from start to finish but, as is always the case, we all had butterflies in our stomachs watching the boat come out of the water supported by only two lift straps!

The first glimpse of the bottom was encouraging--there were no immediately evident signs of major flaws or damage.  However, a small piece of metal fairing, or trim, on the rudder skeg had become detached and was sticking out to port which might explain why we keep snagging crab pot buoys while sailing! (Note the left side of the rudder) 

After she cleared dock level, the TravelLift reversed and stopped so that a yardworker could pressure wash the bottom to remove and algae and moss that had grown.  The dark patches on the bottom result from old bottom paint flaking off during the pressure washing.   We actually welcomed the flaking because, in the coming weeks, we will strip the bottom paint down to bare fiberglass, sand and repaint--the pressure washing gives us a head start.  

Pressure spraying took about twenty minutes and then the TravelLift cranked up and began the slow trip to our new home in the back of the yard.  When the TravelLift stopped, the yard placed large wooden blocks on the ground for the keel to rest on and assembled and secured five pairs of stands to support the dry weight of the Obelisk.  A pair of stands are placed with one on each side of the boat and are connected under the hull by a substantial chain to keep them from being driven apart by the weight of the boat.  It doesn't look like much support for such a large boat but the majority of the boat's weight rests on the blocks under the keel. 

We jumped into scraping the bottom immediately and it promises to be a frustrating and tedious project.  On the first day, we removed 35lbs of copper-based anti-fouling paint from only 5% of the hull.  At that pace, we will remove an excess 700lbs of dead weight from the gross tonnage! which will be incredibly valuable when provisioning for our final departure.    

Four Days Up the Bay

 

Sanford and Son

 

We're making every penny count.  We accumulated this load of recyclable scrap metal by helping our next door neighbor clean out her garage and from the marina's boat yard--it netted us a huge $203.20, but the budget remains extremely tight!  If you'd like to help, please check out our Wishlist.

 

New Winch Bases!

They're finally here and they are stout!  We picked up the new bases for our Barient 36 primary winches two days ago, which means that we can get back out and do some more sailing soon.  There's not much to say about them except that they are awesome!--much stronger than the original bases. 

Gainful Employment . . . Finally

Working on the Obelisk has been our main focus over the past two months but we have completed many of the larger projects, which left us with more free time on our hands.  We realized that we needed part-time jobs to cover our day-to-day expenses.  The job market in Gloucester County is not exactly booming and some of the places we applied are quite different than the jobs we are accostomed to performing.  Willie applied for over twenty positions before getting the server/bartender position at Juan's, a local Mexican resturant.  Rob has no experience as a cook but somehow managed to get hired as the head cook at Cruisers, a locals-only sports bar up the county.  Jesse returned as a server to Nick's Riverwalk Resturant in Yorktown, where he had worked in the past. 

Progress

The second full month working on the Obelisk is drawing to an end and we could not be more pleased with our progress.  We took two overnight sails up the Chesapeake Bay in late February, then tackled several of the larger tasks: installing our new generator and rebuilding each of our eleven winches. 

In order to charge our house battery banks, operate the refrigeration and anything requiring AC power, we decided to install an auxillary power generator.  One had been removed from the Obelisk over a decaed ago because it was too large and not needed--unfortunately, it was ruined when Hurricane Isabel flooded our house in September 2003.  The search for an affordable replacement was on.  We purchased our new-to-us Northern Lights generator from Bay Shore Marine Co. of Annapolis, MD and installed it ourselves.  The unit is bulky and weighs over 360 pounds which made getting it onto the deck, down below and into place a formidable task.  The cockpit hatch that accesses the engine room was just barely too narrow to allow the genset through so we were forced to lower it through the companion way hatch.  Using the preventer, a block-and-tackle system, we gained a mechanical advantage and lowered the unit into the galley.  Once below, we created a slide through the aft cabin and into the engine room.  With four people pushing, pulling and cursing, we shoehorned the genset through the cabin and into place on the starboard side of the engine room.  We hooked up the raw water and exhaust hoses; we added a Racor water-separating fuel filter to complete the fuel system. 

Next, we attacked each of the eleven Barient winches that control sail sheets, halyards and furling.  Each winch is two-speed--they can be cranked in either direction depending on the amount of strain being exerted on the drum.  Force is transfered from the winch handle to the drum through a complex system of gears, pawls and shafts which all need to be disassembled, cleaned, greased and reassembled periodically to ensure proper operation and these were last serviced in 1997.  Luckily, the winches showed no signs of wear and only a couple parts needed to be replaced, however, the Barient winch company was bought out by Lewmar in the mid-1990s so parts are hard to find.  

The Barient 36 primary winches needed two new bases, cylindrical pieces of extruded and annodized aluminum which attach the winch to the deck.  We found the stock replacement part through the Australian Winch Company but they quoted us at $800 per base!  The price was sky-high but we needed the bases to use the winches, so we contracted Mars Machine Shop in Gloucester, VA to mill us two new bases out of solid aluminum--they only charged $500 per base--what a deal.

Hopefully, the bases will be finished on April 2 and we can take our first sail out of the Chesapeake Bay, through the C&D Canal and back down the Bay back to the Severn River.       

It's a start...

Thanks to everyone for taking the time to check out this website devoted to s/v Obelisk's circumnavigation of globe.  What started out as a seemingly absurd proposition by a group of friends has realized itself quite quickly.  This website is in its fledgling stages now, but it will grow and offer anyone interested a picture of life aboard the Obelisk.  I will update the site as often as possible with current position, current weather reports, pictures and a ship's log.  It will also serve as a communications link between ship and shore with email links and an open discussion forum.     

Since this site is in the construction phase, I encourage everyone to bookmark this link and check back regularly to find out the latest news, which I will post as fast as I can.  Thanks to everyone for your interest in this project and please check back soon!

Do you think we can really sail around the world?

Three friends posed this question to me nearly one year ago.  My first reaction was to shrug off such an absurd idea without a second thought, but as I rolled the proposition over in my mind, it began to seem more and more plausible.  The big idea:  Four college friends circumnavigating the globe with nothing but an agreement that this trip would be done right and in no less than three years.  Sold. 

 

We needed a boat.  We considered many different boats, but throughout the process I could not shake the feeling that there was only one boat that I trusted to get the job done�the Obelisk.  She is a gorgeous Skye 51� sloop with a dark blue hull, teak decks and a tall rig.  I grew up on the Obelisk and logged many thousand nautical miles on passages while other kids were suffering through school.  This was the boat we would use�and luckily for us, her owner, my dad, was very receptive to the idea.

 

With the boat issue settled, we decided we will move to Virginia in January, 2008 to begin the process of outfitting the Obelisk for our voyage.  Planned improvements are numerous and we expect the process to take roughly six months of concerted effort.  I will provide more details of this part of the process as we nail down more plans and make progress outfitting the boat.     

 

Between January and our departure we will use the Chesapeake Bay as both training and shakedown grounds.  Only once every detail is in order and the crew is on the same page will we head through the Capes and begin our adventure.  Look for departure sometime in early summer 2008!