Thursday, May 18, 2017

Autopilot!

The Spring Defender sale somehow kicked me into purchasing some items that I've been wanting for years. The Admiral approved these 'safety' features and prices were 50+% off retail with a $200 rebate from Raymarine so that was all I needed.

My last install this year is the Raymarine Evolution EV-100 Wheel Autopilot Pack w/ P70 Control Head. Hmmm, I might have to switch from my Garmin chart plotter, GPS, sounder unit to a newer Raymarine a Series, c Series, e Series or gS Series MFD Pilot Control... next year.



I've never used an autopilot so this year will require some experimentation. I didn't want to drill any new holes in fiberglass right off, as the end game would be to ultimately control the autopilot from the pedestal. But I need to know more about how the P-70 control unit might be adversely affected by the compass magnets, and the displays resistance to weather. More importantly, I need to answer the question, do I stay with my tried and true Garmin 178C GPS chart plotter, or make the switch to one of the new Raymarine systems above. Hmmm, time will tell.

For this season, I installed the unit aft of the starboard cubby. Next season, perhaps a new pedestal, with a nav pod that can accommodate all the navigation equipment for a trip around Vancouver Island, and beyond.



The ACU-100 Control Unit and EV-1 Sensor Core are located just below the in the starboard lazarette.

Wednesday, May 17, 2017

Solar Bimini!


This year I purchased 2-120 watt, 12v flexible monocrystaline solar panels that attach to my bimini, sewn by Liberty Bay Canvas in Poulsbo. These panels will provide up to 20Ahrs on good day. This system feeds my secondary battery bank (lights, propane, stereo, windless, and refrigeration (some day).

I will also be able to charge the house bank if needed. The Harbor Freight 500 watt charge controller is located in the starboard stern lazaret ensures the batteries don't overcharge. There's 'load' output which acts as a low voltage disconnect circuit that I may connect to some cockpit lights at some point.







The finishing touch was the connector panel which was added after the bimini is installed.



I have 14 gauge wiren running from the solar panels to the charge controller and 12 guage running to the batteries.



I've played with several other rigid solar panels over the years but always managed to break them. I riveted aluminum awning tracks to these new panels to so they can slide out in the winter months. The last few summers have been hot up in Seattle so this should really keep the sun down and the batteries up.

Iverson built my dodger, but I wanted to do something a little different with my bimini. I had scavanged some framework from King Canvas in Ballard, and altered my old dodger handrails to complete the design. Liberty Bay Canvas sewed the bimini and connectter panel.

A windlass after 45 years!



Not sure why we're finally adding a windlass. Maybe it was spraining my back clam digging in the Broken Islands? Whatever, we just installed a windlass (Lewmar V1) with the help of a marine electrician. He recommended I use my secondary battery bank which I only use when at anchor. This bank is located under the sink in the head. This is my older battery bank so I always run my engine when using the windlass, as it gets a nice trickle charge/amp boost from the alternator.

All I had to do was run 50' of #4 awg back and forth to my windlass. Both banks contain 2-80Ahr deep cells I purchased from Costco/Interstate. I charge my secondary battery bank with 2-120 watt solar cells and a separate charge controller when on shore power.



The windlass draws 80 amps, so it's best to run the engine and send a few extra amps to the backup battery bank which then provides plenty of power.

We also installed foot switches on the bow. Last piece was to run 14/3 wire to high up inside the companionway where I installed a helm switch. This way I can run the windlass solo from the cockpit for a quick drop in a crowded harbor.


I spray painted the chain at 30 foot intervals all the way up to 120ft. This wears off every year and requires repainting.

The anchor roller was destroyed in 2019 in a anchoring mishap in Deer Harbor when I hooked a derelict vessel. Long story but I'm happy and far better off with the repairs which included a new anchor roller, 1/2" stainless plate under the roller and headstay, navigation lights and pulpit.

   
We now have three sets of ground tackle in the anchor locker. The primary tackle now has 150ft of 5/16in G4 chain and 200ft spliced to 5/8" 3-strand rope with a 35# Delta anchor.

I can't overstate that the chain and windlass has required a completely different anchoring technique. It's taken me a fair bit of time to master. The main difference is the time it takes to drop the anchor. Mine drops about a foot per second. So if you're in 20 feet off water, that's 80 seconds to drop to a 4:1. I finally learned that I need patience, so adopted this technique.

I didn't like the original rode system, which came with 60 feet of chain spliced to 200 feet of nylon rode. The splice would continually get hung up no matter what I tried, and pushing the splice down the gypsy even with gloved hands was a recipe for disaster. After a couple less than pleasant experiences, I replaced the chain with a longer 150 ft length. I've not had to drop more that that (yet) so I'm happy now.

Previous to the windlass, I used 10 feet of chain and 3 strand anchor rode running through a hawsepipe. This in addition to a kellet which is incredibly effective and entails running a 20# lead ball on a line down the rope to the chain. This really holds the chain to the bottom and severely limits swinging in tight anchorages. Worked great for 20 years... but now I'm lazy! Other benefits of the short chain/kellet approach:
  • They can contain and minimize swing radii in light conditions
  • They can help dampen "sailing" at anchor
  • They can keep a boat stationary when using bow and stern anchors
  • They can help ensure that rode is kept down and away from the boat’s keel, rudder, and propeller.
Tonnes of room in the anchor locker (below).



Saturday, September 17, 2016

Sucia!

Shallow Bay on Sucia always delivers. Celebrated Sister Ali's birthday with an incredible meal and sunset.  Lou and I both have similar Islander 36's. We had rafted in Victoria a few days prior for the Wooden Boat Festival and Blues Bash. We then met up at Sucia Island for some stand up paddle boarding, fossil hunting and hiking. So sweet we had to spend a third night in Ewing Cove.





This drone shot by Michael Dyrland Productions https://www.instagram.com/dyrlandproductions/ ...thanks Michael. Great to meet you and get some bird's eye views of the islands.

New dodger!

This years big investment was a new Iverson dodger.

The experience was excellent. The customer care professional. We love the workmanship. and went with Macrolon windows for their excellent visibility and minimal distortion. So far following all the cleaning guidelines and after several adventurous trips suffered nary a scratch. It helps immensely to to have also ordered the custom window coverings.

We're building our own solar bimini with matching fabric. This may turn into a winter project.

More info:

Wednesday, July 27, 2016

Specifications



The Islander 36 (I36) is a true classic and depending on whose numbers you believe, there were somewhere between 700 and 800 hulls built between 1973 and 1986 making it an extremely successful design.

Islander production was located in Southern California along with other classic builders like Columbia and Jensen Marine that built Cals. In fact, it is rumored that for a while, Ericsons, Pearsons and Islanders were built in the same locale. Hundreds of hulls were produced and shipped all over the US and Canada with about 25% of them selling into the Northern California Bay Area.

Alan Gurney's objective in the design of the I36 was to create a "36-foot yacht that would be a competitive machine but also could cruise a family comfortably." Since Gurney was also responsible for go fast classics like Windward Passage, Guinevere and Great Britain II, the I36 racing pedigree was guaranteed. These are fast and stiff boats with a 40% ballast to displacement ratio and even 30 years later, they still hold their own on the race course. The I36 will do 8 knots and practically steer herself in 20-30 knot winds without being overpowered, however it can feel a little sluggish in light air.

The Islander 36 was built in 4 pieces with the two hull halves, the deck and the liner - a process similar to the port and starboard construction of a Swan. It took about 700 hours to manufacture one of these modified fin keel, full skeg rudder boats. The hulls are solid glass with a through-bolted plywood cored deck topped with an alloy toe rail. Most of the models had lead ballast but some of the early boats are said to have iron in the keel. Also, a few of the mid-70s models reported blistering problems but some of that had to do with whether the boat was kept in cold or warm waters and if it was a year-round vessel or if it was decommissioned for the winter as in the Great Lakes area. Since the hulls stayed mostly the same, the models differed throughout the years by the options and conveniences that were offered. For example, folding props and shoal draft keels were optional as were interior details such as refrigeration and battery chargers.

Cockpit, Deck & Rigging

The sail area is about 600 square feet on a double spreader, high aspect ratio rig. Those who have raced an I36 describe it as "going fast on a stiff boat with small sails" since the design really pushes the maximum power from its rig.

The I36 cockpit is large and comfortable for six and features lockers under the seats. A swim ladder on the reverse transom was an added feature on the later 1970s models. The decks are wide and clear and there is good access to the anchor locker that also appeared on the late 70s versions.

Builder: Islander Yachts, Irvine CA
Designer: Islander Yachts


Layout & Accommodations

The layout below begins with a sizeable V-berth and a head/shower combination to port. In the salon, there are two straight settees on port and starboard separated with a table that folds up to the bulkhead to create a feeling of spaciousness. An L-shaped galley on starboard has a double sink and a three burner LPG stove. On port, there is a nav station that is outboard facing and the quarter berth behind it forms a seat.

Dimensions
LOA: 36ft 1in
Beam: 11ft 2in
Minimum Draft: 6ft 0in
Maximum Draft: 6ft 0in Lead Keel
Headroom: 6 ft 4 in


Peregrine Specifications

Engine
Yanmar 3Gm30 1200 hours
Year Built: 1972
Engine Type: Inboard
Engine/Fuel Type: Diesel
Propeller: 13" fixed pitch
Drive Type: Direct Drive
Cruising Speed: 6.5 knots
2800 RPM Fuel burn 0.6 gal per hr

Tanks
Fresh Water Tanks: 2 Aluminum (30 Gallons)
Fuel Tanks: 1 Aluminum (30 Gallons)
Holding Tanks: 1 (15 Gallons)

Accommodations
Number of single berths: 3
Number of double berths: 2
Number of cabins: 1
Number of heads: 1

Electronics
Raymarine Evolution EV-100 Wheel Autopilot Pack w/ P70 Control Head
Radar JRC
Garmin GPS / Sounder / Plotter
Radio/CD player - with cabin speakers
Compass ob pedastal
Solar: 2 - 120w, 6Ahr panels w/charge controller
110v Battery chargers x2
Primary deep cell battery bank (2 - 80Ahr) new 6/2016
Backup deep cell battery bank (2 - 80Ahr) new 6/2011
Shore power inlet

Sails
Mainsail, 3 reef points, heavy fabric (new 2014)
Profurl, roller furling (new 2013)
Genoa - 110, 150
Spinnaker

Rigging
Steering wheel - with emergency tiller

Ground Tackle
Lewmar V1 windless
35 Delta anchor
Fortress (backup)

Inside Equipment
Ice box
Marine head (manual)
Electric bilge pump with backup


Outside Equipment/Extras
Cockpit cushions
Cockpit table
Swimming ladder

Covers
Iverson Dodger (new 2016)
Bimini
Canopy
Mainsail cover
Cockpit cover
Lazyjacks
Genoa cover
Bimini Top

Islander 36: Alan Gurney, NA. Presently living on the Isle of Islay off Scotland's west coast. Still l designs an occasional cruiser. Now an author, currently finished writing a book "Below the Convergence". Sailing magazine says it's a "cracker to read". Alan Gurney designed the hull and rig. Joe Artese designed from the sheerline up and the interior. There are approximately 120 on the SFO bay and delta area. There were approximately 720 built. One of the most successful runs of a production boat. Hull #13 is still on the SFO bay owned by a member of the Golden Gate Yacht Club. Molds were sold to Newport Offshore yachts. Mold location unknown. The San Francisco I36 association is now 23 years old. Races one-design and cruises to many locations in and around the bay area including the near coastal waters. Cost: 1975 at $29,932, 1978 at $47,400. Years of production were 1971 thru 1986 with a gap of three years from 1980 to 1983. Last updated: February 12, 2006

Alan Gurney was one of the hottest names in the business when he was commissioned by Southern California’s Islander Yachts to draw a new 36-footer. The Islander 36 is emblematic of an era when boatbuilding thrived in California, and also represents one of the earliest and best dual-purpose “racer/cruisers.”

Sunday, August 7, 2011

How many more daze?