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| Cumberland Island |
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| Cumberland Island |
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| Jan, Iain, Ted, Alice |
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| Cumberland Island |
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| Cumberland Island |
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| Burned Out Mansion |
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| Cumberland Island |
This is a place to share with family and friends our adventures aboard Ariel as we cruise along the east coast of the United States and the Caribbean.
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| Cumberland Island |
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| Cumberland Island |
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| Jan, Iain, Ted, Alice |
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| Cumberland Island |
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| Cumberland Island |
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| Burned Out Mansion |
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| Cumberland Island |
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| Passing the Norfolk Fleet |
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| Great Bridge Lock |
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| Cousteau Society from Ariel |
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| Ariel from the Cousteau Society |
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| Darkness is falling as we travel down the coast. |
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| Sharing space with the big boys on Delaware Bay |
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| Entering the C&D canal |

He will be three in October, and he is very curious, bright, and, of course, energetic. On Saturday, we were on our way back to Ohio early for a planned lunch with our friends John and Linda Piper. John and Linda just finished almost two years of cruising. Over the years, we all exchanged ideas as we planned the live-aboard cruising life. They just bought a condominium back in Ohio, where they started. It is hard to believe they are moving back on land, and we haven’t even left yet. They made two trips south, spending much of the first winter in Charleston, SC, and the second in Florida, most of it in Fort Myers. Later in the day, we stopped to visit Kim, Jason, Michael, and Evelyn in Avon Lake. We couldn’t stay long because we were supposed to be dog-sitting for Scott and Pamela, and we were running late. We will be back in Ohio in two weeks, so we didn’t feel too bad. Sunday morning, we visited briefly with Scott and Pamela, but they were exhausted after returning late from a wedding reception the night before. A little before lunch, we were off to the airport, and arrived back on Ariel at about 8:00 pm after checking on the house on the way. While we enjoyed the week, we were also glad to be home again, although only for three nights this time before we are off again.
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Our goal has been to keep the freezer side of the split box at about 0 degrees and the refrigerator side at about 40 degrees. The evaporator plate is mounted in the freezer compartment. The refrigerator side is cooled entirely by spillover from the freezer side. We concluded after operating for a couple of seasons that the box insulation was insufficient, requiring the compressor to run more often. Many other Island Packet owners have experienced the same in many different models. It is my understanding that the manufacturing process on newer models has been changed to minimize the incidence of voids in the insulation. We found a site that sells components for refrigeration systems, including box construction materials. Since the box was oversized, we decided we could add insulation to the interior without a significant loss of space. We also did not want to remove or alter the countertop in any way. This meant working within the box, which would prove very challenging. We ordered 1-inch-thick vacuum panels, which were custom-made to our specifications. The box is an irregular shape, so all panels have some angles. They also had to be sized to fit through the access opening. The vacuum panels must be handled carefully and well-protected, as any puncture will greatly reduce their effectiveness. The panels have
an R-value = 28. To protect the panels and provide a new interior surface, we ordered sheets of protruded fiberglass. We then cut pieces to form a new interior. Construction then involved gluing the vacuum panels in place using insulation foam, and then gluing the fiberglass sheet over the panels, and finally using an epoxy putty to seal all joints. The insulated divider between the freezer and refrigerator compartments was removed, cut down on each side to the new dimensions, and then refitted. While it was out, we added an electric spillover fan, which is controlled by its own thermostat.
One last upgrade was to add an electronic module to control the compressor. The objective is to run the compressor at the slowest possible speed. It is more efficient to run it slower for longer periods of time. Depending on the demands, this module adjusts the compressor speed to achieve this objective as much as possible. It also has a manual override that can be used to cool faster, such as when restocking.
There are a couple of ways to stow a life raft. Some are stowed in a canister mounted on the deck or the stern rail. We seriously considered mounting a canister on the cabin roof, but in the end rejected the idea. The canister benefits from not consuming valuable storage space, but it must be securely attached to reduce the risk of being washed overboard, and it subjects the raft to more of the weather, such as the hot sun. We decided on the other available option: stowing it in a protected space, which in our case is a cockpit locker. This has the advantage of protecting the raft from the elements and also being readily available from the cockpit. The major disadvantage is giving up prime storage space. As a compromise, we constructed a shelf for the life raft, which is hinged to fold up out of the way when working in the locker and also is on a slide so the life raft can be moved directly under the locker lid, ready to be lifted and deployed.