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Lead Image for the Faering Cruiser Prokit, Matthew M. of WoodenBoat magazine at the helm.
Sale
A fairing cruiser moored at WoodenBoat school in Maine.
Sale
Faering Coastal Cruiser sailing just off the WoodenBoat campus in 2013.
Sale
Faering Cruiser
Sale
Faering Cruiser
Sale
Faering Cruiser
Sale
Faering Cruiser
Sale
Faering Cruiser
Lead Image for the Faering Cruiser Prokit, Matthew M. of WoodenBoat magazine at the helm. Thumbnail
A fairing cruiser moored at WoodenBoat school in Maine. Thumbnail
Faering Coastal Cruiser sailing just off the WoodenBoat campus in 2013. Thumbnail
Faering Cruiser Thumbnail
Faering Cruiser Thumbnail
Faering Cruiser Thumbnail
Faering Cruiser Thumbnail
Faering Cruiser Thumbnail

Faering Cruiser

Builder Testimonials

A unique combination of sailing and rowing propulsion, with interior accommodation. Ready for serious expeditons.

  • Skill Level Advanced
  • Estimated Build Time 600 Hours

Build this boat if...

  • You want a compact and efficient camp cruiser
  • You want a light and sleek hull that will give you speed under sail.
  • You want speed under oars as well, so a sliding seat is a must.
  • For Woodcrafters

    Boatbuilders, sharpen your block planes! 

  • Sophisticated Design

    Nothing else like it to buy or build

  • Need for Speed

    For racers seeking escape velocity

Build Your Kit

Take One of our Boatbuilding Classes

We offer classes for many of the boats we sell. For boats, such as this one, we can offer private classes upon request. Some customers also ask us to build the boat for them.

Specifications

Length
22' 6"
Beam
58"
Rowing Draft
8"
Sailing Draft
36"
Sail Area
125 sq. ft.
Hull Weight
650 lbs.
Max Payload
550 lbs.

Performance

Stability

2 out of 5
Very Tippy
Very Stable

Speed

3 out of 5
Cruiser
Racer

Cockpit Room

2 out of 5
Close Fit
Huge Cockpit

Payload

4 out of 5
Day Tripper
Freight Hauler

Ease of Construction

1 out of 5
Requires Patience
Very Easy
Faering Coastal Cruiser sailing just off the WoodenBoat campus in 2013.
Faering Coastal Cruiser sailing just off the WoodenBoat campus in 2013.

Overview

 Pro-Kit     THIS IS A PRO-KIT

Faerings are the indigenous small craft of Scandinavia, direct descendants of the Viking ships that raided and traded throughout Europe starting more than a thousand years ago.  Lightly but strongly built, the distinctive double-ended hulls feature a sweeping sheerline, lapstrake planking, and a narrow waterline for speed under oars and sail.

The old faerings---and the Viking ships, too---were built in the opposite order from the "plank-on-frame" methods that persisted in the Western World until recently. Plank-on-frame constructions meant you build the network of frames, then cover those frames with planking, lapstrake or otherwise.  

The Nordic boatbuilders understood that the planking itself could provide much of the strength.  They planked their hulls first, then added frames as needed.  This was a lighter form of construction because fewer frames could be used. 

Tens of thousands of modern stitch-and-glue boats have been built the same way: pre-fabricated planks (of plywood, in this case) are joined at their edges with minimal framing to create a light, stiff, monocoque hull.

Putting two and two together, designer John C. Harris realized that the elegant shape of the Norwegian faering would be a great fit for stitch-and-glue methods, and he built a prototype 19’8” faering as a test.

Around that time a small-boat enthusiast appeared who wanted a serious rowing and sailing boat for coastal work.  Would CLC design and build such a boat for him?  

Besides requirements that the boat have a sliding seat for rowing and a sailing rig, the owner also specified that camping accommodations be available under a hard deck.  This was a bit of a puzzle, as it was difficult to work the geometry of a sliding seat into a boat with a cabin in the customary amidships location.  Harris realized that the answer was at hand:  a larger version of the Norwegian faering (known as a fembøring), often had a cabin located right aft.  A stretch of the 19'8" stitch-and-glue CLC Faering to 22'6" would provide space for a sliding seat amidships, a small cuddy aft, and a sailing rig forward.  

We were pretty excited by the early sketches, which suggested a boat that was both functional and stylish.  We built the Faering Cruiser in about seven months of part-time work at CLC's Annapolis factory.

Hull, cockpit, and interior framing are made of 9mm okoume for the most part. Decks are 6mm okoume.  With parts machined on our CNC cutter, assembly was very quick---one day to glue up the puzzle joints in the hull panels, and one day to stitch everything together in the usual stitch-and-glue fashion.  CLC's LapStitch™ process yields a hull that is stiff, light, beautiful, and quick to build.

While 22'6" of overall length sounds big, this is actually a fairly compact camp-cruiser, weighing only about 650 lbs on the trailer.  It tows effortlessly behind small cars.

Many curious people have eased into the "cabin" and the universal reaction is that it's comfortable, if cozy, similar to sleeping in a good one-man tent.  The advantages over an open boat are that your gear and bedding stay dry no matter what the weather is doing, that the sealed compartment provides a great deal more safety in a capsize, and that you have lockable stowage.  

Several rig options were considered before settling on a single balanced lug sail.  On paper the sail area is modest, but the hull is very easily driven.  The boat is fast, jumping up to 6 knots in 12 knots of wind.  The 270 lbs of water ballast beneath the self-bailing cockpit floor settles the boat right down, though a reef will be needed once whitecaps appear unless you're trying to win a race.  The pivoting centerboard allows nice balance and excellent upwind ability.  The rudder is connected to the tiller with stainless steel cables that run through baffled vents in the cabin (no leaks to worry about). Flipping up the tiller locks the rudder on the centerline for rowing.

With a sliding seat and long sculls, a rower of modest strength and middling ability can move the boat upwind easily enough, although you're likely to be sailing if there's a long way to go to windward.  In a flat calm, it's easy to imagine a 25-mile day under oars alone. We might consider eliminating the sliding-seat option and using shorter oars with a fixed seat.  Speed would suffer a little, but there would be no need to stow a sliding seat and oar storage would be improved. Lazyjacks lift the furled boom and yard to clear the cockpit for rowing.  A tabernacle scheme for lowering the mast is suggested, but it's fairly complex and will add weight.

As a coastal cruiser, this design offers many advantages---a dry berth, lots of storage, and excellent speed under sail and oars.  We suspect that many builders would be moving up to this design from kayaks or small rowing boats, seeking more comfort and stowage while maintaining a small footprint on the coastal trail.


The Faering Cruiser design has been featured in featured in several maritime publications, including WoodenBoat's Small Boats annual, Small Craft Advisor, Boat Design Quarterly, Classic Boat, and Watercraft.

Cover of Small Boats magazine 2014 issue

  Boat Design Quarterly cover issue 42   

 

Buying Options

Choose Your Boatbuilding Experience

Building a Pro Kit? We’ve got kits of varying degrees of complexity, as well as plans
for scratch-builders.

  1. Select Your Configuration

    Build From a Kit:
    Most Pro Kits include, at minimum, the CNC-cut marine plywood parts. Many include epoxy, fiberglass, and timber as well.
    Build From Scratch:

    Source your own materials and hardware, and work from traditional plans.
    Order Study Plans or Assembly Guides:
    Like to study up a bit first? Where available, download study plans or a copy of the assembly guide.

  2. Choose Options and Add-Ons

    Additional Components:
    If this is a sailboat, you’ll need the Sailing Component Kit. Depending on the model, you can choose different sail colors, order a Line & Cordage Package, add nonskid decking, storage covers, and more.

  3. Get Building!

    Computer-cut kits feature all of the latest tweaks to ease assembly, including slot-together frames, pre-drilled holes for stitching-and-gluing, puzzle joints, and precision in the fitting of parts.

Standard Configuration

Sale
$5,650.00 $4,990.00

This kit gets you all of the computer-cut marine okoume plywo...

$299.00

This package includes 19 pages of architectural drawings, an...

Alternative Configurations

$2.99

8 pages emailed in the form of PDFs at 11" x 17".  Please all...

Frequently Asked Questions

What is LapStitch Construction?

CLC'S LapStitch™ Construction

Patent No. 6,142,093 

Our system combines the unquestioned grace of lapstrake hulls with the proven ease of stitch-and-glue construction. The strength of the LapStitch™ joint is such that the designs require comparatively little fiberglass or fillet work, making them especially easy to build.

Lapstrake hull shapes evolved over millennia. Many would suggest that the type reached a high-water mark with the Viking longboats, but the actual building method was little changed right up into the 20th century. Planks were riveted together, and the technique required prodigious skill on the part of boatbuilders.

Over the last few decades, the advent of modern adhesives and high-quality marine plywood brought about the first major innovation in lapstrake building methods: "glued plywood" lapstrake hulls. This method of planking produces very strong, stiff, and beautiful hulls that never leak. This is progress, to be sure, but glued lapstrake boats still require molds and arcane joinery skills. It isn't a process suited to amateurs.

In 1997, Chesapeake Light Craft developed a way to build lapstrake boats without molds or complex "rolling bevels" on the lapstrake planking. Using sophisticated computer design software, we are now able to devise hull shapes that will assume a round-bottomed shape without a jig or "torturing" of the wood. A special "rabbet," or groove, is machined into each strake so that they are self-aligning. They are wired together just like a stitch-and-glue kayak. When these joints are filled with epoxy, the result is a remarkably stiff and strong hull that is visually indistinguishable from traditional lapstrake planking.

LapStitch construction is featured in these CLC boats:

After more than 15 years of development, the evolution of LapStitch™ has reached the stage where we can render complex lapstrake hull shapes in complete confidence without "strongback" molds.  Chesapeake Light Craft can design and build for you LapStitch™ hulls of any shape or size.  

How do I order this kit?

Click on the Buying Options tab the top left of this page and follow the directions.

How much does this boat weigh and how much can it carry?

The weight and payload of this boat, along with other statistics such length and beam, can be found under Specs in the Specifications section, which is just below the lead image seen at the top of this page.

Can you send me the plans digitally?

Sorry, but until digital rights management technology for marine architectural work catches up to that used for books and music, we are unable to transmit digital plans. Currently, only study plans and manuals can be sent digitally.

Classes

Take One of our Boatbuilding Classes

We offer classes for many of the boats we sell. For boats, such as this one, we can offer private classes upon request. Some customers also ask us to build the boat for them.

View Classes

Need Help Building it?

We’re here to help with any questions you might have during the build process.

Phone

Available Mon – Fri, 9am–5pm EST

410.267.0137

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