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Rebuilding FELICITY ANN: January-March, 2015 Blog Post by Tatyana Faleolo-Nolan

Tatyana Faleolo-Nolan

January-March Blog Post
by Tatyana Faleolo-Nolan

From the beginning of January to the middle of March, we made a lot of progress on the Felicity Ann. To start off the project we had to take apart a few things. It was small and easy things at first but gradually it got more intense as the quarter went by.

One of the first things we had to do was remove all the bungs from two lower planks, the bullworks, and the deck. We used a scratch awl and a mallet to remove the bungs so we could access the screws. The two lower planks were riveted and not fastened with screws. Although, the deck and bullworks were held and were fastened with screws. Once we revealed all the screw heads, the next step was to take them out. We had to clear away the entire gunk from the head of the screw first, so the bit could fit in it without stripping it. We used our screw drivers or a brace to remove the screws without breaking them in half or stripping the heads. It might have been a tad difficult but we managed to remove all the screws from the deck and the bullworks. After that we pulled off the bullworks from Felecity Ann.

The next big part that we had to take off was the cabin. We had to take measurements of the cabin first so we would know the dimensions for when we make the new one. We started with removing the deck to reveal the deck beams. We took out more screws that we missed and used a sawzall to cut through the deck. After the deck was taken out from the bow we started in on removing the cabin. Jo went along starboard side with a sawzall, and I went along port side with a sawzall and we cut through the length of the cabin. The whole class was brought together once we were finished and together we lifted the cabin off Felecity. She was very bare after the cabin was gone and there was more room to move around.

We were finally able to start building and stopped destroying things for a while. Three brand new planks were made, two on starboard side and one on port side. The existing planks were all kinds of wonky so it made it difficult to make new ones. We had to make a spiling pattern for each one so we knew how the next one would be shaped. Jo and I made a spiling block just for our planks. On our first plank we spiled to the inside, on our second we spilied to the outside. When our spiling patterns were made, we took it off the boat and placed it on a piece of larch. All the planks on Felicity Ann are made of larch.

From there we transferred our information from the spiling to the larch. We put down the heights, spiling marks, bevels, and frame numbers. We placed a baton on each side and tried to fair our lines as best we could. After the lines were drawn we cut out our plank on the band saw. It takes about three people to cut out the plank on the huge band saw. One to lead the cut, one person to tail, and another person to swing the bevels. I usually try to cut as close as I can to the line so we have very little to clean up. When our plank is cut out, we take our planes and shave off the extra and add a caulking bevel. The final step to preparing a plank is using a backing out plane to shave off a certain amount on the inside of the plank for the frames to fit nicely. Once this is done we put the plank in the steam box.

After it comes out of the steam box, we have to clamp the plank in its rightful spot from bow to stern. Trying to get it as tight as we can and to close up all the gaps. From her we start to rivet the plank to the frames. At the rabbet we drill two pilot holes and put in two screws with a brace to hold it in place. On every frame we have to put two rivets in the plank and frame, there are 42 frames. We have one drill that has a forsner bit and a second drill that has a normal bit. The forsner is used first then the second one is used for a pilot hole. There’s one person on the outside that hammers in the nail, and the person on the inside attaches the rove. This process is repeated until we get to the stern and add two more screws to that rabbet.

Not long after adding all three planks, we went back to taking things apart. We started with taking off the knees, although we weren’t able to get off all the knees. On each side we had to mark where the frames were located on the clamp. I took an angle grinder and grinded off all the rivets and bolts that held the clamp to the frames. As I grinded, Jo went behind me and tapped out all the grinded nails. Jo took a sawzall and cut the Sampson post and whatever else connected the deck to the boat. The class got together again and we lifted the remaining deck off Felicity Ann and placed it on the ground.

Ever since then we’ve been building new parts for Felicity. The first thing we started to build was the new clamp. Making the clamp was similar to making a plank. We spiled both starboard and port, took bevels and heights, and laid out our information on a piece of fir. We transferred all our information and cut out the two pieces. We faired and cleaned it up and off to the steam box it goes! The clamp was also riveted to Felicity Ann, except one nail per frame.     The shelf was the next thing we constructed, and we also had to spial it. The shelf had scarves so we had to plan it more carefully than a plank of clamp. We ended up with three pieces for each side and two scarves per side. While Jo and I worked on the shelf, John made all the deck beams. There’s six deck beams on the felicity Ann, all of which are sapele.

While I finished making the port shelf, John and Jo made the spur beams. When the shelf was finished we had to place the deck beams and plan where and how they would fit. We cut notches on each end and cleaned it up nicely so they fit perfectly on the shelf. For the last week of school before spring break, we fastened in the shelf and got four of the deck beams drilled and bolted into place. That is how our quarter ended, with exciting more work to do next quarter.

The Northwest School of Wooden Boatbuilding is everyone’s wooden boat school!

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Hear our instructors on video!

leigh-oconnor1As a team our instructors share a devotion to the highest levels of craftsmanship. They are inspiring professionals with years of wooden boat building experience before becoming teachers. This experience helps them successfully guide students in their personal career goals and aspirations.

You can see and hear our boat building instructors on video by clicking on the following Youtube link!

https://www.youtube.com/user/NWBOATSCHOOL/videos

Our instructors value the art of teaching and supporting the success of all their students. These positive traits are distinguishing features of the School. Each of our instructors has established an international reputation both as a master boat builder and as a master teacher.
Instructor Bios.

 

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Russell Bates takes the Grandy on its sea trials!

Student Russell Bates is shown in this video taking the 2014 Grandy out on its sea trials. Russell said he was pulling as hard as he could to test the oars and the boat’s performance. You can see the energy he was putting into it!

This is a beautiful boat that was completed in Instructor Jeff Hammond’s 2014 Traditional Small Craft Program. Nice work, students!

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Planking the Batela!


The Batela is a traditional Venetian boat, that is, developed in the Italian city of Venice. It is a flat-bottomed boat with a slight degree of rocker (meaning, the bottom is curved from bow to stern) to make it easier to row and control. Rowed standing up, it is essentially a cargo carrier or ferry.

The Traditional Small Craft class of 2014 under the direction of Master Instructor Jeff Hammond will build the boat.

The batela is approximately 30 feet long, and will be built largely of western red cedar over sawn frames.

This is an extremely interesting commission in that the boat was developed using design input provided by the owner in the form of sketches and commentary accompanied by video of Venetian batelae. Jeff drew the boat using that data, and refined it based on additional commentary and guidance to meet the owner’s direction.

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Stand out from the crowd! Enroll in Boat School today!

pig and  cowsEnrollment at the Northwest School of Wooden Boatbuilding is now open for the 2014-2015 school year. The new Enrollment Forms and School Catalog are published and posted online at the following link:

http://nwswb.edu/programs/enroll/

The Boat School has capacity for a new cohort of 55 students each year, the 12-month Associates Degree programs starting on or around the date of October 1 and ending the following mid-September.

Enrollment is managed on a “first come first serve” basis so don’t wait too long to send in your enrollment forms. They must be accompanied by a $300 payment to cover the $100 registration fee and a $200 tuition deposit. (The tuition deposit is refundable if you happen to cancel your enrollment before school starts.)

The Boat School keeps an extensive Housing List for enrolled students with over 9 pages of rental properties listed by owners who want to rent to students. Rents in our area go for about $400 for a studio apartment, $600 for a one bedroom apartment. If you wish to share housing, we will facilitate communication between you and the other students to consider arrangements such as renting houses together.

We welcome everyone to attend the School – retirees, recent high school graduates, second career explorers, veterans, vocational rehabilitation participants, women, and international students! Contact our Director of Education, Pamela Roberts, if you have any questions or if you need assistance. You can reach her at [email protected] or 360-385-4948 ext. 307.

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Scraping after lifting off the mold

Students Jessiah Worley, Chris Lindstam, and Alan Fenwick scrape epoxy off the interior seams of a boat that has recently been lifted off its mold.

The Lake Oswego boat is a wherry developed in Oregon by a Finnish boatbuilder for use on Lake Oswego. Two original boats are known, both maintained by The Center For Wooden Boats in Seattle WA. www.cwb.org

The Northwest School of Wooden Boatbuilding will build the boat during the 2014 Contemporary class of cold-molded construction. Instructor Jesse Long will lead students in building the boat using plans developed by CWB in the early 1908’s.

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Lake Oswego Boat off the mold

This Lake Oswego boat was built onto a mold constructed of thin “bead and cove” wood strips. The mold looks like an actual hull, but it really is just the form the actual boat is built onto. Strips of wood veneer are carefully measured and placed onto the mold and edge glued to each other to create the hull. The mold is waxed before the veneers are placed so that once the edge glue dries the hull can be easily removed from the mold. Shown are Instructor Jesse Long with students Chris Lindstam, Galen Brake, Jessiah Worley, Drew Larson, Lafayette Duvall. Nice work!

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CHAMBERLIN-36 Keel completed!

Chamberlin 36
Congratulations on completing the keel of the CHAMBERLIN 36! Shown left to right are: Students Korey Ruben, Corey Rodgers, Cyrus Dworsky, Penelope Partridge, Ryan Wilmsmeier, Mussa Ulenga, Alden Rohrer, Instructor Ben Kahn, Reuben Ewan, Adrian Candaux, Jeff Lydston, Mike Lee and Alex Cox.

This big 36-foot long motor sailor was designed by designer Carl Chamberlin of Port Townsend, WA and modified for an owner in southern California. Construction began in January, 2014. It is being built at the School 2014-1016 by the Traditional Large Craft classes under the direction of Instructor Ben Kahn.

SEA BEAST, named after the owner’s favorite dog, is the second of these big motor sailors to be built, and was expanded six inches in beam to accommodate a Gardner 3L diesel engine.

Instructor Ben Kahn is leading construction.

The boat will be planked with port orford cedar planking over white oak frames on a purpleheart keel. The deck house will be built of fiberglassed marine plywood, and the masts and spars constructed of sitka spruce.

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Caulking the seams


Student Noah Sturdy demonstrates how to caulk a boat seam.

Wikipedia: “Traditional caulking (also spelled calking) on wooden vessels uses fibers of cotton and oakum (hemp fiber soaked in pine tar). These fibers are driven into the wedge-shaped seam between planks, with a caulking mallet and a broad chisel-like tool called a caulking iron.The caulking is then covered over with a putty, in the case of hull seams, or else in deck seams with melted pine pitch, in a process referred to as paying.”

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Turning the Drascombe Longboat


Instructor Bruce Blatchley’s class turns their Drascombe Longboat. Students are Rw Barrett, Eric Kay, John Sandoval and Chuck Garrett. Nice work guys!

This boat is being built for a youth boating program led by the National Outdoor Leadership School (NOLS) in Baja, Mexico. They currently have a fiberglass fleet of Drascombes. This wooden one should be lighter, stiffer and more durable.

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Cutting the stem rabbet on 36-foot Chamberlin


Construction of the 36-foot motor sailor SEA BEAST under the direction of Instructor Ben Kahn is moving right along.

Here, the stem rabbet is being cut by student Jeff Lydston.

The wood is purple heart – here are excerpts from Wikipedia about the wood:

“Peltogyne, commonly known as purpleheart, amendoim or amaranth, is a genus of 23 species of flowering plants in the family Fabaceae, native to tropical regions of Central and South America, where they occur in tropical rainforests. Purpleheart comes from the rain forests of Brazil, Guyana, and Suriname.

Purpleheart is an extremely dense and water resistant wood. It is ranked one of the hardest and most stiff of the woods in the world. Some people claim it is so durable that it can be used as truck decking.[2] The trees are prized for their beautiful heartwood which, when cut, quickly turns from a light brown to a rich purple color. Exposure to ultraviolet (UV) light darkens the wood to a brown color with a slight hue of the original purple. The longer the wood is exposed to UV lights (sunlight), the colour of purple slowly changes from a light purple to a substantially chocolate-purple colour.[3] This effect can be minimized with a finish containing a UV inhibitor. The dry wood is very hard and dense with a specific gravity of 0.86 (54 lb/ft^3 or 860 kg/m^3). Carbide blades are recommended when working with purpleheart wood. The wood is also known as amaranth and violet wood.”

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Ann Davison Memorial Scholarship for Women

Press Release
April 15, 2014

Ann DavisonPort Hadlock — The Northwest School of Wooden Boatbuilding announces the Ann Davison Memorial Scholarship, developed specifically to support women pursuing a career in the maritime trades. Ann Davison was the first woman to solo sail across the Atlantic Ocean. Her boat, the Felicity Ann, is owned and being repaired by the Northwest School of Wooden Boatbuilding. In honor of Davison’s courage and tenacity this $1000 need-based scholarship is awarded annually to women enrolled in one of the School’s 12-month associate degree boat building programs.

Pamela Roberts, Director of Education explained that, “Female students often face financial challenges that can create unnecessary barriers to school enrollment. These challenges include care-taking responsibilities not only for small children, but also for elders within the students’ families. By targeting specific scholarships for women, we believe that more female students will be able to attend the School.”

The School’s mission is to teach and preserve traditional and contemporary wooden boatbuilding skills while developing the individual as a craftsman.

Pete Leenhouts, Executive Director, shared, “The craftsmanship taught here at the School is directly applicable not only in the boatyard, but in skilled trades across the US. Graduates have gone on to become boatbuilders, fine woodworkers, teachers, musical instrument builders, museum specialists – alumni are limited only by their imaginations!”

The Northwest School of Wooden Boatbuilding is located in Port Hadlock, Washington and is an accredited, non-profit vocational school. You can find us on the web at boatschoolstore.com.

Applications are found on the School’s website at: http://nwswb.edu/programs/scholarships/. For further details contact Pamela Roberts, Director of Education, at [email protected] or 360-385-4948 ext. 307.

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Planking a Grandy Skiff!

The Grandy Boat Company was formerly located on Lake Union in Seattle, and made many hundreds of boats both large and small during a long tenure there from the early 1920’s to 1967.

Here’s a good web page about the company and it’s boats: home.comcast.net/~btse1/grandy/grandymainpage.htm

Our students build these boats to lines and documentation taken by former instructor Tim Lee, from an original boat owned by The Center For Wooden Boats www.cwb.org in Seattle WA.

Grandy skiffs built by our students are usually between 9 (like this one) and 14.5 feet long. They’re lapstrake planked in western red cedar, with sapele stems, keels and transoms. Frames are White Oak or Black Locust. We build one to two boats like this each year. These small craft are some of our most popular boats.

The Northwest School of Wooden Boatbuilding is located in Port Hadlock WA and is a private, accredited non-profit vocational school. You can find us on the web at boatschoolstore.com .

Our mission is to teach and preserve the skills and crafts of fine wooden boatbuilding and other traditional maritime crafts.

You can reach us via e-mail at [email protected] or by calling us at 360-385-4948.

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Sea Trials for the Light McKenzie River Boat!

The Light McKenzie River Boat, as it is traditionally known, is described in detail in Roger Fletcher’s book “Drift Boats and River Dories”, published by Stackpole Books in 2007. The book’s ISBN is 0-8117-0234-0 . Roger Flectcher’s website is www.riverstouch.com .

The McKenzie river flows west out of the Cascades Mountains in central Oregon and terminates north of Eugene Oregon when it joins the Willamette River.

The Light McKenzie River boat is thought to have been first developed in the 1920’s by Veltie Pruitt for use on the McKenzie River.

This boat was built at the Northwest School of Wooden Boatbuilding by students in the Class of 2014 working under the direction of instructor Ben Kahn. It was built largely of Alaska Yellow Cedar. The oars are spruce.

It’s seen here on sea trials March 5th, 2014, demonstrating its manueverability during sea trials.

The Northwest School of Wooden Boatbuilding is located in Port Hadlock WA and is an accredited, non-profit vocational school. You can find us on the web at boatschoolstore.com .

Our mission is to teach and preserve the fine art of wooden boatbuilding and traditional maritime crafts.

We build both commissioned and speculative boats while teaching adult students the traditional wood and wood composite boatbuilding skills they will need to work in the marine trades. We sell our boats to help support the School. Please feel free to give us a call should you like to discuss our building a boat for you.

You can reach us via e-mail at [email protected] or by calling us at 360-385-4948.

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Caulking a Davis boat!

Andrew McGilvra caulks a Davis boat.

boatschoolstore.com

Davis Boats were developed as inshore fishing boats for use in Southeast Alaska by John Davis, a Tsimshian Indian, in the late 1800’s. He observed the boats used by American and Canadian vessels transiting through the area, and believed he could build better boats more suited to his area. He made his stake working in Seattle as carpenter helping to rebuild the city after a disastrous fire, ran a successful boatshop in Ketchikan, then set up shop on Metlakatla Island and began turning out boats.

His first boats were flat-bottomed skiffs with transoms. Later, he began building double enders, graceful boats that could carry a heavy load of fish or other cargo under sail or oars, the type seen here. Finally, he developed and began building a more rugged, carvel-built transom boat designed to carry the heavy outboard motors of the day.

The Center For Wooden Boats has an excellent information page packed with data and pictures about Davis Boats here: www.cwb.org/south-lake-union/online-museum/boat-catalog/d…

The School has built Davis double enders as well as the transom version. Here’s an article about their construction:

lumberjocks.com/Scotach/blog/5102 (part 1)
lumberjocks.com/Scotach/blog/5141 (part 2)

And more articles, here:

www.duckworksmagazine.com/08/columns/pete/index1.htm
www.duckworksmagazine.com/11/gatherings/union/index.htm

And another picture of a double-ender, here, at The Center for Wooden Boats (www.cwb.org)

Alumni Jason Bledsoe (Traditional Small Craft 2007) discovered the original boat, from which this one is being built, in the weeds in Port Ludlow WA. After several years of trying, he persuaded the owner to let him have the boat so that he could document it for the publically-accessible Historic American Engineering Record (HAER), maintained in the Library of Congress by the National Park Service. He took the lines of the little boat, and donated them to the School so that we could build this boat.

The Northwest School of Wooden Boatbuilding is located in Port Hadlock WA and is a private, accredited non-profit vocational school.

Our mission is to teach and preserve the fine art of wooden boatbuilding and traditional maritime crafts.

We build both commissioned and speculative boats for sale while teaching students boatbuilding the skills they need to work in the marine trades.

If you are interested in us building a boat for you, please feel free to give us a call.

You can find us on the web at boatschoolstore.com .

You can reach us via e-mail at [email protected] or by calling us at 360-385-4948.

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Point of View: Planking

Video by Zachary Simonson-Bond.

Lignin

From Wikipedia, the free encyclopedia
This article is about the wood polymer.

Lignin or lignen is a complex polymer of aromatic alcohols known as monolignols. It is most commonly derived from wood, and is an integral part of the secondary cell walls of plants[1] and some algae.[2] The term was introduced in 1819 by de Candolle and is derived from the Latin word lignum,[3] meaning wood. It is one of the most abundant organic polymers on Earth, exceeded only by cellulose. Lignin constitutes 30% of non-fossil organic carbon[4] and a quarter to a third of the dry mass of wood.[citation needed]

As a biopolymer, lignin is unusual because of its heterogeneity and lack of a defined primary structure. Its most commonly noted function is the support through strengthening of wood (xylem cells) in trees.[5][6][7]

Global production of lignin is around 1.1 million metric tons per year and is used in a wide range of low volume, niche applications where the form but not the quality is important. (END)

Note regarding lignin and wooden boatbuilding: When steam heated up to about 200 degrees, lignin releases it hold on wood thus allowing the boat builder greater flexibility to bend the wood until it cools off once again. Boat builders have to move fast when dealing with steamed wood so that it doesn’t freeze up on them during the process of bending.

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Working on the BBC Whitehall (Chopping off bungs)

The British Broadcasting Corporation (BBC) asked the Boat School to build three traditionally-built Whitehalls as replicas of the boats used by John Wesley Powell and his group of explorers during their first-ever descent of the Colorado River in 1869. The BBC will film a reenactment of the voyage later in 2013.

The School is building one 16-foot Whitehall, the “Scout Boat”, and two 21-foot Whitehalls. Though Powell launched four Whitehalls onto the river in 1869, one, the 21-foot “No Name”, was lost to the river shortly after the descent began.

The white oak from which the boats are constructed was supplied by Newport Nautical Timbers www.newportnauticaltimbers.com/ . The 16-foot boat will be planked in larch from eastern Washington, which is as close as it is possible to come to the original white pine planking used on that boat.

Whitehalls are the iconic American pulling boat.

They emerged in New York City and, possibly, shortly thereafter in Boston in the 1830’s. It is thought the name derives from Whitehall Street in New York City, though no one is sure. By the mid-19th century, they could be found anywhere there was a sizeable body of water – the East Coast, the Great Lakes, and the Pacific Coast at San Francisco all boasted boatbuilders turning out Whitehalls.

The boats were usually used under oars and occasionally sail as fast harbor ferries and the boat used to take harbor pilots out to meet inbound sailing ships. They have a fine reputation as fast, easy-rowing vessels that are capable of carrying a great deal of weight.

Nearly all Whitehalls were carvel-built with white cedar planking on an oak backbone with oak frames. (Carvel planking means that the planks butted up against each other, edge to edge, which results in a smooth hull). The finer boats were highlighted with a bright sheer plank (the top plank) varnished to catch one’s eye.

There is surprisingly little known about the boats used by the 1869 Powell Expedition, the first to descend the Grand Canyon of the Colorado River. We do know that the Powell Expedition boats were built in Chicago IL to Powell’s specifications.

It’s known that the “Scout Boat” as Powell called it was 16 feet long and planked in white pine, that the remaining boats were 21 feet long and planked in white oak with twice the number of frames and doubled stems and stern posts.

There are no complete descriptions of the boats themselves, no pictures, and only a few scattered references made to the boats in the surviving journals and records of the Expedition.

The three boats we are building for the BBC are being constructed to the best information available, using the general scantlings provided by John Gardner’s historical work, extent plans, our significant experience in building Whitehalls over our 32 years, and the historical data available to us.

The boats will be completed by mid-July, 2013.

The Northwest School of Wooden Boatbuilding is located in Port Hadlock WA and is an accredited, non-profit vocational school. You can find us on the web at boatschoolstore.com .

Our mission is to teach and preserve the fine art of wooden boatbuilding and traditional maritime crafts.

We build both commissioned and speculative boats for sale while teaching students boatbuilding the skills they need to work in the marine trades. If you’re interested in our building a boat for you, please feel free to give us a call.

You can reach us via e-mail at [email protected] or by calling us at 360-385-4948.

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Cliff Defying Conventional Laws of Nature

Incredible bending of white oak ribs at Northwest School of Wooden Boatbuilding in Port Hadlock, Washington. Video by Luane Hanson.

Lignin

From Wikipedia, the free encyclopedia
This article is about the wood polymer.
Lignin or lignen is a complex polymer of aromatic alcohols known as monolignols. It is most commonly derived from wood, and is an integral part of the secondary cell walls of plants[1] and some algae.[2] The term was introduced in 1819 by de Candolle and is derived from the Latin word lignum,[3] meaning wood. It is one of the most abundant organic polymers on Earth, exceeded only by cellulose. Lignin constitutes 30% of non-fossil organic carbon[4] and a quarter to a third of the dry mass of wood.[citation needed]

As a biopolymer, lignin is unusual because of its heterogeneity and lack of a defined primary structure. Its most commonly noted function is the support through strengthening of wood (xylem cells) in trees.[5][6][7]

Global production of lignin is around 1.1 million metric tons per year and is used in a wide range of low volume, niche applications where the form but not the quality is important. (END)

Note regarding lignin and wooden boatbuilding: When steam heated up to about 200 degrees, lignin releases it hold on wood thus allowing the boat builder greater flexibility to bend the wood until it cools off once again. Boat builders have to move fast when dealing with steamed wood so that it doesn’t freeze up on them during the process of bending.

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Students of NW School of Wooden Boatbuilding – a slideshow


Enjoy this short slideshow featuring students at the Northwest School of Wooden Boatbuilding!

It’s always gratifying to feature the students at the Boat School as they are a lively, positive bunch of people who share an exciting passion for wooden boats.

In this slideshow you will see things that are the common mark of inspiring schools everywhere – smiling faces, inclusive participation, humor, diversity, engagement, teamwork, respect, challenges, complexity, fun and focus.

Thinking of joining us? Contact the School at 360-385-4948 or [email protected] today!

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Bringing a plank out of the steambox!

Rogue River Driver – planking in progress – 3 min video

Students in the 2014 Traditional Small Craft Program led by Senior Instructor Jeff Hammond bring a plank from the steambox to lay on a Rogue River Driver boat.

Students featured are Bobby Bowen, Russell Bates, Jacob Simmering, Mark Paxton, Andrew McGilvra and Bradley Suedekum. Nice work students!

Lignin

From Wikipedia, the free encyclopedia
This article is about the wood polymer.

Lignin or lignen is a complex polymer of aromatic alcohols known as monolignols. It is most commonly derived from wood, and is an integral part of the secondary cell walls of plants[1] and some algae.[2] The term was introduced in 1819 by de Candolle and is derived from the Latin word lignum,[3] meaning wood. It is one of the most abundant organic polymers on Earth, exceeded only by cellulose. Lignin constitutes 30% of non-fossil organic carbon[4] and a quarter to a third of the dry mass of wood.[citation needed]

As a biopolymer, lignin is unusual because of its heterogeneity and lack of a defined primary structure. Its most commonly noted function is the support through strengthening of wood (xylem cells) in trees.[5][6][7]

Global production of lignin is around 1.1 million metric tons per year and is used in a wide range of low volume, niche applications where the form but not the quality is important. (END)

Note regarding lignin and wooden boatbuilding: When steam heated up to about 200 degrees, lignin releases it hold on wood thus allowing the boat builder greater flexibility to bend the wood until it cools off once again. Boat builders have to move fast when dealing with steamed wood so that it doesn’t freeze up on them during the process of bending.

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Instructor Peter Bailey – caulking a plank seam


This video shows Instructor Peter Bailey caulking a plank seam. Peter is a master shipwright who is an inspiration to students at the Northwest School of Wooden Boatbuilding! He is working on a Hanson-designed Forest Service scaler boat, a vessel historically used to navigate around log jams and shorelines in the Pacific Northwest. This boat has given the Traditional Large Craft Program ample opportunity to practice their skills in planking and caulking! Thanks, Peter, for modeling the caulking process!

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Sid Skiff on the water!

This 13′ Sid Skiff was built by the 2011-12 and 2012-13 Traditional Small Craft students. A dream to sail and row, this boat is extremely fun and maneuverable – perfect boat for beginners and expert sailors. Built of cedar on oak frames, she is light and strong. (This particular boat has sold.)

“I’ll Calm the Ocean” by Morgan O’Kane. www.morganokanemusic.com

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2013 Wooden Boat Projects

Every year at the Northwest School of Wooden Boatbuilding we build an exciting lineup of boats for either commission or for spec. This year our students have been building the:

Hanson Forest Service Boat
H.C. Hanson-designed Forest Service Boat

Hanson Forest Service Scaler Boat

Instructor: Ben Kahn

Photo Gallery

Commission Posting

This boat was designed by the American designer H.C. Hanson in 1957 for the US Forest Service as a Scaler’s Boat. Scalers determine the amount of board feet of lumber in each log cut by a timber crew. Three of these vessels were built commercially in the mid-1950’s to this design for the Forest Service for use in the western United States.

Under the direction of Instructor Ben Kahn, students at the School will continue construction on this boat during 2014.

The boat is 28 feet long with a beam of about 8 feet. It has a draft of four feet, and displaces about 4.5 tons.

Our boat is being built as a cruising vessel. It will be planked in aromatic port orford cedar from southern Oregon, over white oak frames. The house sides will be mahogany. The boat is driven by a 54 hp Yanmar diesel engine, and will be customized to the owner’s desire’s before delivery.

Sentinel 24
Sentinel 24

Stephens/Waring Yacht Designed “Sentinel 24”

Instructor: Sean Koomen

Photo Gallery

Commission Posting

This is the first boat in the Sentinel-24 class of designed by Stephens/Waring Yacht Design of Belfast, Maine (SWYD) www.stephenswaring.com .

The Sentinel-24 class is designed to be a comfortable and stylish sloop with the beautiful lines of yesterday’s classics paired with modern underbody design and state-of-the art rigging.

This vessel represents Stephens Waring Yacht Design’s signature approach to distinctive, fun and high performance sailing with more than a touch of historic grace.

Historical Whitehalls Replication
Historical Whitehalls Replication

Classic American Whitehalls

Instructors: Ben Kahn and Jeff Hammond

Photo Gallery

Commission Posting

The British Broadcasting Corporation (BBC) is contracting with the School for the construction of three traditionally-built Whitehalls to be built as replicas of the boats used by John Wesley Powell and his group during their first-ever descent of the Colorado River in 1869. The BBC will film a reenactment of the voyage later in 2013.

The School is building one 16-foot Whitehall, the “Scout Boat”, and two 21-foot Whitehalls. Though Powell launched four Whitehalls onto the river in 1869, one was lost in rapids shortly after the descent began.

Whitehalls are the iconic American pulling boat.

 

Bob Perry Double Ended Day Sailor
Bob Perry Double Ended Day Sailor

Robert Perry 62′ Wood Composite Yacht “Sliver”

Instructor: Bruce Blatchley

Photo Gallery

Commission Posting

This 62-foot strip-planked day sailor was designed by the renowned designer Robert Perry for a client here in the Pacific Northwest. www.perryboat.com/

www.perryboat.com/page/bio

Bob Perry has been very pleased with the School’s progress on the boat, and has remarked more than once that he feels we are doing a superlative job on the construction.

The boat was built on molds cut by Turn Point Design in Port Townsend.turnpointdesign.com/

The hull is western red cedar sheathed in 24-ounce fiberglass. WEST System products have been used throughout the project. www.westsystem.com/ss/

Sid Skiff
Sid Skiff

Lapstrake Sid Skiff (for sale)

Instructor: Jeff Hammond

Photo Gallery

Video of Sea Trials

Commission Posting

Master Boatbuilder Ray Speck drew the lines for this classic Puget Sound small craft while working as a boatbuilder in Sausalito CA. Ray saw that the harbormaster, Sid Foster, was using a particularly sweet little 12′ 5″ lapstrake skiff to row around Richardson Bay.

Ray took the little skiff’s lines with Sid’s permission, and over time, developed them into a range of skiffs from 13 to 18 feet long. Ray estimates he’s built just about one hundred of these beautiful boats so far in his nearly 45 year career as a boatbuilder, many of them while teaching at the Northwest School of Wooden Boatbuilding. The Sid is an excellent sailor as well as a very nice boat to row. A rare combination.

Planked in red cedar, framed with white oak and trimmed with a combination of Honduras mahogany and Sapele this is the most recent of many built at the school.

Davis Pulling Boat
Davis Pulling Boat

Davis Pulling Row Boat

Instructor: Jeff Hammond

Photo Gallery

Commission Posting

The Davis Pulling Row Boat is carvel planked. The Davis boats were built by a native family in Southeast Alaska. It is believed that they were modeled on the Pelagic Sealing Skiffs and ship’s boats. They were very popular and used in the hand trolling fishing industry of the early to mid part of the 20th century. The lines were taken from an orginial boat that is in the Center for Wooden Boat’s permanent collection in Seattle.

grandyLapstrake Planked Grandy Skiff

Instructor: Jeff Hammond

Photo Gallery

Commission Posting

Grandy Skiff, lapstrake planked in western red cedar and framed in white oak.

The cross bars (called “cross spalls”) keep the boats shape against the press of the white oak frames until the interior is constructed. — at Northwest School of Wooden Boatbuilding.

bartenderPlywood Bartender Work Boat

Instructor: Bruce Blatchley

Photo Gallery

During WWII George Calkins built boats for the war effort. After the war he began focusing on smaller plywood boats. Prams, rowboats, dories, runabouts, race boats, and cabin cruisers emerged from the CalkinsCraft shop at Delake, OR (now Lincoln City).

Over a ten year period George built over 1,000 plywood boats. Besides being successfully built and used by recreational boaters all over the world, BARTENDERS have been used extensively in Australia by harbor patrols, state police, and Australia’s famous surf rescue teams. Several oil companies have utilized the BARTENDER in the offshore oil industry to get them through rough sea conditions that most other small craft would not handle.

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The Two Loves of Francis Lee

nwyachting

by Kurt Hoehne
January 31, 2014

Francis_Lee16asm-300x200The Francis Lee story is part love of craft and part love of sailing. The combination is simply the best of sailing and a showcase for the Pacific Northwest’s boatbuilding skills. (see complete list at end of article of those who contributed)
Love of Craft

It’s hard to find someone with greater love of craft that naval architect Bob Perry. At age 67 he continues to come up with elegant solutions for wide ranging clients. These particular clients, Kim and Susan Bottles, were already long time friends, which made the experience that much richer.

Perry and the Bottles shared an affinity for Bill Garden’s Oceanus design, which led to a close study of L. Francis Herreshoff’s drawings of the “Ultimate Sailing Machine.” The path started becoming clear, though Perry said “You want long waterline, I can do long waterline. But it will be mine, not his.” And so started the 4-year process that ended in January’s launch of the Francis Lee.FLrhp2

This was, from nearly the outset, to be a Pacific Northwest project to showcase the region’s boatbuilding expertise and give a shot in the arm to the local marine industry.

But it became much more than that when the Northwest School of Wooden Boat Building was chosen for the construction. The School’s enthusiasm for the project spread and soon just about every skill and talent necessary to create this vessel came together around the boat.

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Basic Boatbuilding Skills Fall Quarter 2013 comes to an end!

The Fall quarter has come to an end and students at the Northwest School of Wooden Boatbuilding have gained knowledge in Basic Woodworking, Drafting, Lofting and Skiff Construction. We are proud of the discipline that these students have shown in their studies. Many of our students begin their studies with almost no experience in tools and woodworking and now they are ready to build boats next quarter. Here are a few photos from the quarter!

mike leepenelope partridgejacob simmering and gary ragsdale