We have three Lenovo ThinkVison L1900ps for navigation monitors. They have a low-profile bezel and controls in the front, so can readily be flush-mounted into the pilot-house dash. The display is crisp and clear, and we're very happy with them. But we found they were a little bright for night running, even with the screen brightness turned down and the chart plotter in night mode. So we needed some kind of dimming cover.

We wanted something that would be simple to use, and in particular wouldn't require dimming the monitor itself. We couldn't find a commercially-available product, so we asked Tap Plastics for a quote on building custom covers. The price turned out to be quite reasonable: ~$25 for two 1/8" pieces of transparent solar grey acrylic bonded together to form a corner.

We had one built as a test and it fit perfectly. The monitors were still a little bright, however, so we added AT-5 (Limo) auto tint film to the covers and that solved the problem. With the covers in place, the monitors are acceptably dim, even with the chart plotter in day mode. And should we want additional light-reduction, we can change to dusk or night mode. The screens fit snuggly over the display and stay in place without attachment, although we do plan to add velcro attachments to secure them in rougher water.

We've found the covers handy when moored as well. We usually have a couple of monitors on to display weather and other data, but they are a little bright for sitting in the pilot house in the evening with the lights dimmed. Instead of turning off the monitors and losing the information display, we can just drop the covers in place.

Below is a shot taken before and after the cover is in place, with no adjustment made to the display brightness.

The seminar schedule for Trawler Fest in Anacortes, WA has been posted. This year we’ll be presenting on Thursday May 20^th at 10:30am on our experience in purchasing, configuring and building a Nordhavn 52.

We attended our first Trawler Fest back in 2001, and began a trawler shopping process that culminated earlier this year in the delivery of a Nordhavn 52. It’s the first fully-configured Nordhavn 52, and hull #1’s always bring lessons. We have heavily customized the boat based upon our experiences cruising year-round in the Pacific Northwest for the past decade, with plans for world cruising. In this talk, we’ll describe lessons learned in going through the selection, configuration and build process, and provide advice for those considering a purchase.

For those interested in a more detailed view, PAE will be displaying 5263 throughout the show.

Lynwood Center, tucked into the corner at the west end of Rich Passage, has become one of our close-to-home favorites. It's nearness to the ferry routes and other traffic in Rich Passage make it an unusual anchorage. When we first stopped there, we expected that ferry wakes in particular would toss the boat a fair bit, but the anchorage is surprisingly calm (we surmise through a combination of the ferries slowing to take the corner and their east-west wake cancelling out the north-south wake.)

Diving birds provide constant entertainment, and on clear days the anchorage has a great view to Mount Rainier, but we especially enjoy watching the traffic through Rich Passage. Most memorable was a navy submarine that passed through from Bremerton with an impressive escort of two Coast Guard cutters, three high-speed Coast Guard RIBs and two large Navy tugs.

Public shore access is close by at the Schel-chelb Estuary, owned by the Bainbridge Island Parks and Recreation District. You can land there and walk a short distance to Lynwood Center. We stopped once at the bright and airy Treehouse Café for an excellent thin-crust pizza with a microbrew on tap. Lynwood Center also has a small grocery store, a movie theatre and a couple of other restaurants. Returning, we discovered that the tide comes in a long way. James had to wade out in his jeans, in cold winter weather, to rescue our stranded dinghy.

Last weekend we anchored there in the new boat for the first time. We had expected the 52 to roll significantly more than the hard-chined 4087 when a wake did come through, but so far we've been pleasantly surprised.

Anchoring notes: Anchor in 3-4 fathoms in the bight along the north shore at the west end of Rich Passage. North and southeast wind protection is good, but southwest winds blowing across Port Orchard can force substantial waves into Rich Passage. The Schel-chelb Estuary (see http://www.ci.bainbridge-isl.wa.us/shoreline_access_guidebook.aspx) is at the north corner where the road passes over a culvert.

We spent the final two nights of our mid-March shakedown cruise in Hammersley Inlet. Shelton and the Oakland Bay Marina are at the elbow of Hammersley Inlet, where it bends into Oakland Bay. We've anchored in the area many nights, and spent hours exploring the area by dinghy and on foot. We enjoy the industry: the timber mill off Shelton, Taylor Shellfish Farms, and a complex gravel mine conveyer and barge-loading system that moves the barge back and forth rather than the conveyor. We even enjoy seeing the trucks full of logs pass on nearby State Route 3 on their way to the mill. And at night, the sky glows in the distance from the mill lights. There's also plenty of nature to enjoy, particularly at high tide when a dinghy can reach into deep into the drying heads.

We rarely see other boats at anchor in the area. A major reason is navigating Hammersley Inlet. The waterway looks difficult on Chart 18547 (and even harder on a smaller-scale chart), but is generally wide and reasonably deep. Only a few tight spots require careful course selection. The main navigation challenge is oncoming traffic, particularly tugboats with barges. In that case, the tugboat operator selects their course, and you take what is left. We didn't encounter any tug traffic this trip, and visibility was much better than on some of our previous visits, when the fog was so thick we could hardly see the shore on either side.

We travelled to Hammersley Inlet from Stretch Island Marine Park at the north end of Case Inlet  (route details). The most direct route there is through Pickering Passage along the west side of Harstene Island. Halfway along is the Harstene Island bridge, with a clearance of 31 feet at mean high water. The tide level was 13 feet and mean high water there is 24 feet. With our estimated air draft of 30 feet (we'd not yet measured it) there should be ten feet between the bridge and the top of our the stack. We approached slowly, judged we had sufficient room, then carefully worked our way through. We had plenty of room, although the clearance seemed more like five feet than ten.

Given the clearance appeared closer than documented, we wanted a way to precisely check the close ones. So we measured our air draft with a Fluke 411D laser distance meter and got 30.5' feet from the waterline to the top of the stack. We then measured the distance from a fixed point on the bow to the waterline and got 7.1'. That means we would need 23.4' (30.5'-7.1') above the bow in order to clear a bridge.

Now when we approached a bridge, we can put just poke the bow under, and measure the distance to the bridge with the laser meter. If we have at least 23.4 feet, then we can clear.

A major spring storm was forecast to hit the Puget Sound on Friday. A 972-mb low over southern Vancouver Island would generate storm-force winds along the  Washington state coast. A gale warning was in effect for the more-protected Puget Sound, and winds there were forecast to reach 30-40 knots, with wind waves of 5-7 feet. Perfect. We'd get a chance to test the new boat in rough waters.

The storm was at its worst when we left Bell Harbor Marina Friday afternoon. Winds at nearby West Point were southerly 37 knots, gusting to 41. The main fairway out of the Bell Harbor Marina runs alongside a sloping rock wall--the lower the tide, the smaller the fairway. We left on a zero-foot low tide, with the wall to port and a boat on the end of the dock to starboard. This gave us about 30 feet of usable fairway, or only about 8 feet on either side of our 16' beam. This sounds like plenty, but with a new boat and a strong wind, it actually was tighter than it sounds . The east-west channel from the marina into Elliott Bay also is narrow, and waves were breaking across the entrance. But we had no trouble navigating the fairway or exiting the marina. The boat felt solid and stable.

Outside, large waves swept across Elliott Bay and broke high up on the bow of the 650-foot freighter Westwood Columbia as it approached Seattle from the northwest.

Conditions were rough but tolerable. We ran at 8 knots about halfway across Elliott Bay, on a southwesterly course for Yukon Harbor. This put the waves pretty much on our nose. After burying the bow a few times, we pulled off some speed to reduce the motion. We ran most of the way without the stabilizers, to see how the boat felt, and found it pretty comfortable.

According to Cliff Mass' Storm Review, the maximum gusts at West Point reached 53 knots that afternoon. Conditions probably were in the top ten for worse that we've experienced on the previous boat. We normally would have been worn-out after arriving, but the 52 handled the conditions with ease. Everything stayed put and we arrived at Yukon Harbor fairly relaxed and comfortable. One thing we've done to prepare for rough water in both boats is to have a way to secure everything, inside and out. Even with no safety risk, having things moving is distracting and disconcerting. Offshore sailors reported that loose items shifting and falling reduces a crew’s confidence in their vessel’s safety. On the 52, we've installed D-rings in the cockpit and boat deck and use ratchet straps to secure everything on deck.

Yukon Harbor is another one of our unusual anchorages. The bay is exposed to the north, but has good holding and excellent southwest protection. We overnight there a lot, particularly in the winter when prevailing winds are from the south. Safely at anchor, we fired up the barbecue and had a relaxing steak dinner.