About Clint Chase



Boatbuilder, Designer, Oarmaker, Rower, Sparmaker, Sailor, Teacher...

Professionally, I'm really not sure what I am exactly. My ideal day perhaps best decribes my passion: in the morning I wake up and drink my favorite coffee (either French Press or Pourover method, since you are wondering). After a brisk row I'll get right to my computer and drafting table. I'll open up the latest project, usually a sail or rowboat in the 8-25' range, and begin where I left off, sketching, tweaking, calculating and laying out files for CNC cutting or a new 11x17 layout for a plans package. After lunch, I'll be in the shop building a boat, making oars or spars, or working out construction details on a new boat model. At night, I'm often back at it in the design studio or planning out the latest shop project. These days, I am working a day job, but still design kits on the side. I hope to be back at it full time in 2016.

Clint at The Landing School where he teaches boatbuilding, design, and develops curriculum. Christmas 2013.
Getting on the water is very important to me. Spiritually and physically, it keeps me connected to my body, to my boats, and to the ocean. My specialty is in fixed-seat rowing and I have found that the exercise it delivers is ideal for me, as someone with all sorts of slight hip-knee-back issues. A hard 4-6 mile row is truly a full body workout. And to do it in a highly refined, fast rowboat is a dream.

Rowing Drake in the 2011 Small Reach Regatta.

Rowing and sailing keeps me connected to my boats. In fact, using my boats on the water is an integral part of the design process that I employ to create, make, and refine the finest small boats around. When boats are being put into hard service in all sorts of conditions, things break, issues arise, and design flaws are discovered and fixed right away. (The same goes for the first construction of a model) On the water, a lot goes well, too. But often I find in the first season that the things you expected to be fine (or weren't even aware as a potential problem) are the things that become the issues. And the things you worried about turn out to be no problem! This experiential data -- from my own use or customers' use of the boats -- feeds the design process and tweaks are made to the models. Plans and kits are updated and the next builder benefits. Furthermore, this design spiral brings the boat design towards that elusive point of perfection.

Fixing a broken mast step in the Small Reach Regatta, after a squall blew through the previous day. This is one of those experiences in the Drake Rowboat that helped refine the design of the sail rig and mast. If I hadn't broken my boat, my customers wouldn't have benefited! Look, I'm pretty happy about it, too.

Rowing and sailing keeps me connected to the ocean. For me, that is the major driver: to design and build a boat that nails the design brief,  safely and efficiently carries me to where I want to go, and allows me to enjoy the voyage. My sailing and rowing grounds range the entire Northeast coast but focus on southern Maine. A good day is a quick 4 miles of sailing and rowing after work and the best days are 20+ mile days or rowing and sailing in places like Casco Bay.

A selfie during a 20+ mile rowing trip through Casco Bay. On these voyages I bring the downwind sail rig as auxiliary power. When the wind is fair and above 10 kts I'll fly the "squgsail".
My passions also extend not to just the boats, but the devices that connect boat to wind and water. Oarmaking is about as fine a nautical art form as one can explore. Here is a process of removing a chunk of wood and leaving just enough to create a light, balanced stick with a blade on it to propel the boat. I teach an oarmaking course at The WoodenBoat School called Traditional and Modern Oarmaking. You can learn a lot by reading the course description at the School's website. Oars are the medium that connects oarsman to boat; boat to water. When the oars are just right, rowing is a true joy.

Getting my first rowing race award at the Essex River Race.


Another area of mine is making hollow-birdsmouth spars. I've refined the technique and continue to do so to make the lightest, strongest hollow spars achievable for small boats. The process is fun to go through and the results are beautiful and durable. I've been been consulted with more than a couple well known boat designers looking to broaden their understanding of the hollow-birdsmouth sparmaking techniques and delivered workshops on the subject. It is an ongoing challenge and source of learning for me.

Applying the evil eye while sighting a 25' mast being glued up in a jig.


Teaching is an important outlet for me. I love to teach people to love the craft as much as I do. To see a student begin to understand how a tool works, or get their head around a process, or see why something works the way it does through direct experience is rewarding work. I teach regularly at The WoodenBoat School -- two classes in strip-composite construction and another in oarmaking. My work at The Landing School however is year round and full time. I've taught boatbuilding for several years at The Compass Project in Portland, Maine. And I've given workshops at boat shows a other boat shops. In all these settings, I find great reward in seeing students grapple with the skills, patience, and persistence it takes to craft boats, oars, spars, and new designs.


Giving demonstrations at the annual Lie-Nielsen Tools open house at their headquarters in Warren, Maine.


In summary, my passion truly lies in the complete design spiral: seeing a mental image of a new boat come to life on paper, go through the CAD process on the computer, leave the computer as prints, quarter scale models, and eventually as CNC cutting files. The parts get cut, assembled, finished and sea trials commence. We're only 3/4's of the way through the loop. It takes times to make all the decisions that lead to a revised boat model and a new start to another design loop. It really never ends, and therein lies the beauty of boatbuilding, design, and getting on the water: there is always something new to learn.

The best teaching of all is helping my kids learn to love boats and the water like I do....

Jia learning to row at 5...Dad has her...see that rope to the right!

Oliver, 8, taking his Dad out for a sail!

St. Lawrence River Skiffs

An Historical Skiff

The St. Lawrence River Skiff (SLRS) is a 

guide's boat indigenous 

to the Thousand Islands Region of NY, emerging on both sides of the river around Clayton and Alexandria Bay, NY in the late 1800s. Its hull form evolved and became the standard river boat of its time. Guides had to row, all day, paying clients who wanted to productively fish the River. A guide might row 20-30 miles in a single day! The boats had to be stable, easy to row, and able to take all the conditions thrown at it in a day on the river. They were

A guide with clients circa 1900 glass plate. Photo from 

ThousandIslandsLife.com

A typical St. Lawrence River Skiff at the boathouse/livery. Photo from 

ThousandIslandsLife.com

Today, families still row their Skiffs on the River for pleasure, picnics, and fitness. The easy-pulling nature of the Skiff even at maximum 

capacity

 makes them perfect for bringing the family out on a cruise or to an island picnic. The flat, plank keel make them easy to beach and sit up right at the boat house. 

Tad Clarke and family of Comfort Island still row their original

Bobby

built in Alex Bay by Hunt sometime before 1905.

Some Skiffs could be sailed and some of the boats specifically carried a centerboard, but the

Bobby

does not have a centerboard and shouldn't. Bobby will 

excel at sailing downwind much like the

Drake

Rowboat. The other models could also sail downwind with a small lug or spritsail. Resist the urge to use a leeboard or centerboard. These add slot drag and complication. Row upwind; sail down.

The Antique Boat Museum in Clayton houses a fleet of Skiffs and holds the plans for a half dozen Skiffs, several of which were drawn by fixed-seat rowing guru, Andrew Steever. The ABM exhibit documents the emergence of the craft and evolution from utility to pleasure boat to racing boat.

The SLRS collection at Antique Boat Museum in Clayton, NY. Photo ABM.

Some SLRS models were developed to race and were raced by expert helmsman. They were sailed rudderless, steered by shifting weight fore and aft to tack the boat. Photo ABM.

Modeling the Hulls

I collaborated with small craft guru and engineer David Cockey to model the hulls. We took the Steever plans from ABM input the offests into Rhino, a 3D CAD program. The hull surface is modeled to a high degree of fairness and accuracy. One of the intricacies of the Skiffs we "fussed" with is the hollow in the garboards in way of the keel and the notable hollow in the waterlines fore and aft. The Skiffs all feature a slightly finer waterline in the stern than in the bow. It is believed that this is feature that came from the Birch Bark Canoes which may have strongly influenced the Skiff form. At speed, a finer hull aft trims the boat down at the stern and helps the boat track straighter.

Then the hull is sliced and diced into horizontal and vertical slices called waterlines, buttocks, and station sections. The station sections become the shapes that are used to cut the molds. The shapes are flattened onto a 2D plane and then "dropped" into a 4x8' recatangle representing the sheet of 3/4" MDF or plywood. At the CNC machine shop, the operator programs the machine to cut to the geometry I give them in the form of a nesting file. Their cut file gives the machine the x-, y-, and z- coordinates for every point along the curve. The result is a mold cut to within 0.003" (three thousandths of an inch!) tolerance. These cut files are the keys for the mold kits to each Skiffs.

The

Annie

modeled in Rhino 3D. Photo C. Chase.

An example of a nesting file 

Frye

Skiff) used by CNC machinist to cut a kit. Photo C. Chase

The Skiff kits were cut at Hewes & Co. in Blue Hill and built at WoodenBoat School by my students in the Strip-Composite course that I teach. Over a single week, students set up the molds, strip planked the hull, and sheathed the hull in fiberglass. The kits are available for those who want to make their own strip-built boat. I hope to have plywood lapstrake kits also available.

The

Frye

Skiff being stripped. Photo C. Chase.

The

Bobby

at the end of a class. Photo C. Chase.

The Skiff Kits

Currently, lapstrake plywood kits are not available. These kits are specialized for strip-composite construction. But a builder can use the molds, avoid the lofting, and line off their hull for lapstrake planking.

Bobby

is the longest of the bunch and symmetrical fore and aft. For tandem rowing and camping along the Maine Island Trail, for example, this model would be the best because of the capacity (Bobby can safely carry up to 720 lbs) it has and waterline length it features. Yet, the boat is light enough and easy gliding for one rower. She is the one I kept for my fleet.

Annie

was built many times by Keith Quarrier in Alstead, NH. Keith ran for awhile, building a number of Annies. He grew up visiting the Thousand Islands Region and has built and fixed up many SLRS's. The Annie pictured is one of his own. Annie is stable and fast, having one the Blackburn Challenge and finished in the top places against Adirondack Guideboat rowers. Annie can safely take two other adults aboard with a maximum capacity of about 425 lbs.

The 

Frye

Skiff is the smallest and is offered as the ultralight, cartopper of the bunch. She is ideal as far as offering good performance in a shorter boat...any longer and cartopping is tough; any shorter and you really lose the glide in your rowing stroke. The Frye can safely carry another adult with a maximum capacity of about 325 lbs. She features a beautiful shape in the stern that will provide absolute pleasure when rowing.

The Bobby-Lynn (a.k.a 'Bobby')

The original 

Bobby 

on 

Comfort Island

 on the St. Lawrence R. Photo courtesy of Tad Clarke.

Bobby-Lynn Kit (CNC cut molds) $895

freight not included.

Bobby-Lynn Specs

LOA 20' 5"

Beam (max) 42"

Waterline length 19' 2" 

Waterline beam 33 1/2"

Draft (dwl) 4 1/2"

Depth amidships 13 7/8"

Dry hull weight 125lbs

Christmas 2013: Clint purchases boat from WoodenBoat School to finish for himself and two kids. Currently at The Landing School being finished for launching in 2014 before snow flies again. Photo CBChase

__________________________________

The Annie

Photo courtesy of Keith Quarrier, Quarrier Boats, Alstead, NH

Annie Kit (CNC cut molds) $825

freight not included.

Annie Specs

LOA 17' 6"

Beam (max) 39"

Waterline length 15'8"

Waterline beam 32"

Draft 4" at dwl

Depth amidships 13"

Dry hull weight 100lbs

___________________________________

The Megan (a.k.a. the Fry Skiff)

The 1st Fry built at WoodenBoat School. Photo C. Chase.

Kit for Megan (CNC cut molds) $750

freight not included.

Frye Specs

LOA 15'3"

Beam (max) 39"

Waterline length 13'4"

Waterline beam 27"

Draft 3 3/4" max

Depth amidships 13"

Dry hull weight 75 lbs

__________________________________

Learn More

St. Lawrence River Skiff goes beyond

, Thousand Islands.com

About the Skiff

, Thousand Islands.com

Native to the Thousand Islands

by Andrew Steever in WoodenBoat back issues:

Part 1 #20 Jan/Feb, 1978 pp 48-51

Part 2 #21 Mar/Apr, 1978 pp 26-29

Ordering Plans & Kits

Email me with your zip code and whether you are residential or business (indicate loading dock or not) so I can give you a kit quote with freight included. The Skiff kits to date are specifically for strip-composite hull. The kit is all the molds CNC cut. Strips, fiberglass, solid wood, and epoxy would need to be bought separately, but I can furnish lists to make this easy. The plans need to be ordered separately from Antique Boat Museum. A molds set up plan is included with my kit.

My Favorite little boat

The Echo Bay Dory Skiff

I recently built another quarter scale model of the EBDS as part of an eventual workshop. Unlike my first model of the boat, which was just hull panels stitched together to check the lines, this one is a full build; all parts are scaled down to one quarter size. Additionally, the rig was modeled. It was fun to build I have a nice addition to my living room space!

Echo Bay quarter scale model with sprit rig

Boothbay High School students are making progress on their second EBDS build from plans and full size patterns. These two boats they built were actually the first ones of the MkIV version of the boat. Their first boat was sold to a couple in Gardiner and the second one will also be auctioned off.

Boothbay Regional HS students' build as of April 2015

The

Echo Bay Dory Skiff

is about as much fun as I have ever had in a 12' boat. It sails and rows beautifully, weights just over 80lbs, and can be built within a week from a kit with two people, I miss my skiff but will build another!

EBDS at rest in Mystic, CT.

Planking the Deblois Street Dory

Deblois Street Dory Building

Bar Harbor, Maine

Planking the hull


I spent the last 24 hours in Bar Harbor helping a customer get the planking going on his DSD. He has been pining after his own D' Street Dory for a few years and is very excited about his project. We met at the Small Reach Regatta, where he and his wife row and sail their current stitch-and-glue dory. He wanted to build a real dory and one with more performance and capacity than the others available. He chose the DSD!

Hull #1 built in 2007, on the shores of the Maine Coast


He set up the strongback very accurately, scarphed planks, and got everything ready for my visit. I arrived at 11am and after the 10-cent tour of his new, beautiful, custom house perched on the edge of Acadia National Park, we got to work. By 8pm we had the garboards fit and glued and looking perfect. Pretty good time for 2 people going hard at it and taking a lunch and dinner break, too. Garboards are often a two-day project because they can be the trickiest to fit.

The latest mkII version of the DSD under construction on MDI

The DSD kit is available, just give a call at 207.602-9587 or email boatkits@gmail.com


Drake 19 hull #1 built on Cape Cod

I took a pleasant 3 1/2 hr trip down to Wellfleet, MA, way out on the arm of Cape Cod, to meet Walter Baron of Old Wharf Dory Co. and see the first ever Drake 19 "in the flesh".

Walt of Old Wharf, boatbuilder on Cape Cod


The boat looked great to me. I was so pleased. Even as the designer, I was struck by how much boat there is; it is 19'2" LOA afterall. Designed to be an open water, cruising rowboat for one, the boat would also make an excellent tandem rowboat for rows in the harbor or in more open water.
Drake 19 rightside up.
The interior has two side tanks on either side of the sliding seat system. The tanks will help the boat be self rescuable, with some additional flotation in the ends, The rails slide right into precut holes in the frames of the boat. Everything fits just so.
Sliding seat system integrates into the CNC cut structure of the boat
After this build, and with a few months to finish out the drafting and writing of the manual, the boat will be available as a kit.