We had some really great days for travel returning from downeast Maine. We were able to get in some good sailing on clear sunny days. The only unusual day was going from Biddeford Pool to our intended destination of Salem. It was clear and sunny with a light wind. As soon as we left the protection of the harbor we encountered very large steep waves which given our direction of travel were on the beam. The problem was an Atlantic storm well out to sea that was generating very large seas. It was the roughest ride we have ever experienced on Ariel. We decided to stop in Gloucester and hope for improved seas the next day. The seas improved and we moved onto Plymouth to stage for a favorable current through the Cape Cod Canal.
We really enjoyed the fast trip through the canal. The canal has bike and walking paths on both sides. We used to take our bikes there and ride along the canal even though it was 50 miles from our home. We went through on a beautiful Sunday afternoon so there were so many people out enjoying the day.
We knew we would be in Onset through Thursday for a doctor appointment that day that Linda had scheduled. We decided to use the opportunity to do a major re-provisioning so we rented a car for a couple days. This was the largest food provisioning we have done since our initial provisioning over a year ago. We have started getting ready for the Bahamas.
We are now hunkered down, still at Onset, for heavy rain and occasional high winds in the northeast including the passing of Kyle well offshore with the highest winds on the east side of the storm.
Our plan when the weather improves is to then push hard until we get to the Chesapeake.
Sunday, September 28, 2008
Friday, September 19, 2008
Hats Off To Blue Sky Energy
The output from solar panels (photovoltaic) or PV panels, like any other electrical energy source needs to be regulated to protect the batteries and the electrical systems. For our charge controller we selected a product (2512i) made by Blue Sky Energy. We were impressed by their technology to obtains more charge current (amps) when stepping down from PV voltage output of 17 volts to the battery input 12 volts. They also use multi-step charging which basically provides a higher charge current when the batteries are more depleted, which is tapered off as the batteries come up toward fully charged.
Soon after we installed the PV panels and the charge controller, and while the systems performed as promised, we noticed radio interference on some of our marine channels including channel 16 which is the hailing and distress channel. I took several corrective steps, including grounding the PV panels and the controller, moving the controller deeper in the hull away from the radios and antennas, and adding ferrites to the electrical cables. I was able to reduce but not totally eliminate the RFI.
I sent an email to Blue Sky Energy to report my problem and to ask their advice. To my surprise Rick Cullen at Blue Sky, admitted they had a problem with RFI, that they did not yet have a solution but were working on it and would keep me informed. We exchanged some emails as they were interested in the steps I had taken, many of which they were recommending.
Several months passed and then Rick Cullen contacted me with an offer. He would send me a new controller with a correction for the RFI issue if I would agree to report the test results. We received our new controller, which was custom modified by their engineering department and our testing is complete. They completely corrected the RFI issue. A job well done and a great way to take care of a customer.
Soon after we installed the PV panels and the charge controller, and while the systems performed as promised, we noticed radio interference on some of our marine channels including channel 16 which is the hailing and distress channel. I took several corrective steps, including grounding the PV panels and the controller, moving the controller deeper in the hull away from the radios and antennas, and adding ferrites to the electrical cables. I was able to reduce but not totally eliminate the RFI.
I sent an email to Blue Sky Energy to report my problem and to ask their advice. To my surprise Rick Cullen at Blue Sky, admitted they had a problem with RFI, that they did not yet have a solution but were working on it and would keep me informed. We exchanged some emails as they were interested in the steps I had taken, many of which they were recommending.
Several months passed and then Rick Cullen contacted me with an offer. He would send me a new controller with a correction for the RFI issue if I would agree to report the test results. We received our new controller, which was custom modified by their engineering department and our testing is complete. They completely corrected the RFI issue. A job well done and a great way to take care of a customer.
Sunday, September 14, 2008
Rockland Breakwater And Light
As you approach Rockland from the sea, you are immediately struck by the impressive breakwater with a lighthouse at the end of it. Impressive indeed as we have passed the breakwater on both sides and the water is around 50 feet MLW for most of the the breakwater.
I was very curious as to how they were able to move these massive stones into place. The lighthouse is open on weekends and they were able to explain that sailing sloops were used to transport and then lower the stones into place.
In the 1850s several severe nor'easters caused considerable damage to many Rockland waterfront installations, businesses and to shipping in the harbor. Lack of a protective breakwater clearly prevented the harbor from realizing its potential as a commercial port and as a harbor of refuge for coastal shipping. However, in spite of citizen petitions and the intervention by a local Senator, Congress did not approve construction of a breakwater until 1880. Construction began almost immediately.
Construction of the single-breakwater design was completed on November 24, 1899, but severe winter storms during the winter of 1899-1900 proved that the height needed to be increased. The four-foot-high cap was completed on October 15, 1901 including the base at the end for the lighthouse. A total of 768,774 tons of stone were used for the project and the total expenditures up to that point was $880,093.
On September 19, 1902 the W.H. Glover Company completed work on the lighthouse and on October 20, 1902 it was equipped with a fourth-order flashing white light. On October 30, 1902 the Rockland Breakwater Light was officially operational
Friday, September 12, 2008
Castine
We added a day at Castine to allow time to visit the town after the weather settled. It is a small town but very interesting. It is home to the Maine Maritime Academy and the campus occupies a large portion of the town. On the waterfront is the State of Maine, a training ship used by the MMA. We also found the Wilson Museum, which has an incredible collection of artifacts to show the antiquity of man and his cultural stages from the earliest geologic times. On leaving Castine we encountered a tug boat with barge in tow which kept changing direction. We always give wide berth to working boats so we were a little confused. They called us on the radio to explain. It was the tug Pentagoet, also part of MMA doing figure eight training exercises around some markers. Once we knew that we were able to set our course accordingly. Thursday evening we took a free mooring at Warren Island State Park. Anyone that likes tent camping in more isolated locations would love this place. Touring the park we met a couple from Marthas Vineyard that comes back to camp there each year. They showed us their campsite and the interesting aspect is that the firewood is provided, and also provided is a large bags of fine wood chips to put under the tent. Some sites were set up with lean to shelters for those that prefer that. Getting to the island is a challenge, requiring a ferry ride to Islesboro Island and then finding a boat ride to Warren Island, which is what the couple we met did.
Thursday, September 11, 2008
Safe Harbor
The forecast for Tuesday was for another cold front to pass, this one with thunderstorms and higher wind gust. We decided on Smith Cove near Castine as a good safe place to anchor and planned to stay there until Wednesday after the bad weather passed. Monday evening was beautiful and we had the place to ourselves. As promised, on Tuesday around noon it began to darken and we could hear the rumble of the thunder. Just before and as the first of the rain hit we were joined in our anchorage by three windjammers. The fact they decided on the same location gave us confidence we are getting pretty good at selecting anchorages. We were joined by Victory Chimes. Built in 1900 in Bethel, Delaware to carry lumber up and down the shallow bays and rivers of the Chesapeake, the 132' schooner Victory Chimes is the last three masted schooner on the East coast, and the largest passenger sailing vessel under U.S. flag.
Victory Chimes can accommodate 40 guest. When they raised anchor Wednesday morning to leave we could hear the engine powering the windlass. The original anchor windlass is mounted behind the bowsprit heel forward and is powered by an ancient engine in the forward part of the deckhouse. The original four horsepower donkey engine soon proved inadequate, it was replaced with a six horsepower Sea Gear engine made in 1906 by Olds in Lansing, Michigan. This is still in use. Donkey engines were a prominent feature of schooners from the end of commercial sail when crews were kept to a minimum through the use of such mechanical aids.
Also joining us was the 92' schooner American Eagle which was built in Gloucester, Massachusetts in 1930. For 53 years she was a working member of the famed Gloucester fishing fleet. She's also a National Historic Landmark. American Eagle left early Wednesday morning before I could get a picture.
Another schooner J. & E. Riggin, was built on the Maurice River in Dorchester, New Jersey in 1927. Charles Riggin had her built for his oyster dredging fleet and named her after his sons, Jacob and Edward. They all captained her at one time or another on the Delaware Bay. She was always known as a quick, light air vessel and her speed was proven in 1929 when she handily won the only official Oyster Dredging Race in the Delaware Bay. She was used for oyster-dredging until the 1940's, when the fishing regulations changed. The Riggin family sold her and she was converted to power to begin fishing for groundfish and mackerel in Cape Cod and Long Island Sound. In the early 1970s she was bought by Dave and Sue Allen and converted from a fishing vessel to a passenger carrying vessel which is what she remains. Her engine was removed and cabins added down below to create space for guests. The current owners bought her from the Allens in 1998. We watched the guest pitch in to operate the manual windlass.
Since both Victory Chimes and J. & E. Riggin are engineless, they are aided by powered launches which attach to the stern. To leave the anchorage they had to go directly into the wind, which is not possible under sail.
Victory Chimes |
J. & E. Riggin |
Saturday, September 06, 2008
Tidal Change
We are in the inner harbor in Blue Bay, Maine. Pictured is the town dock where we land our dinghy. The actual dinghy float in lying on the mud bottom at low tide. We can only go to town a couple hours before and after high tide. The entrance to this inner harbor has these same shallow areas which have to be navigated making this an excellent hurricane hole and with Hanna on the way this is working out well. We are on a mooring. We were anchored between the mooring area and the rocks pictured but Linda met a couple of women that were out in their kayaks and as it happens they both owned vacant moorings which they offered to us. One also offered their car and the use of their laundry in the guest house. We were happy just to take the mooring as the laundromat was close by and we really didn't need a car. We sure do appreciate the kindness of people like this that we meet along the way.
Wednesday, September 03, 2008
Mount Desert Island
Seals (in Somes Sound) |
Loon |
Eagle |
South Bubble Rock
Jordon Pond House at far end
|
Taken from North Bubble Rock (near summit) |
Near Summit North Bubble Rock |
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