Traditional Norwegian Clinker Boat Build | Handmade Wooden Rowboat Using Ancient Viking Techniques
In this video, we look at how a team in Norway builds a traditional clinker rowboat using the same methods that carried the Norse across the North Atlantic, no modern adhesives, no fiberglass, just copper rivets hammered cold and peened over by hand.
Stay tuned to see how they use clinker construction with overlapping strakes fastened by copper nails and roves, press each plank into place with traditional wooden clamps that won't bruise the timber, apply pine tar to every lap joint to keep it flexible and rot-resistant through every season, lift the completed hull off the building mold as a self-supporting shell, carve tholepins from hardwood to replace metal oarlocks, fit a protective stem band at the bow where the hull meets rock and dock, and bring thousand-year-old boatbuilding knowledge back to life through hands-on craft. If you enjoy traditional woodworking, Viking boat building, clinker construction, handmade wooden boats, maritime heritage, and ancient craftsmanship, this is a complete build using techniques unchanged for a millennium.
Sollerud Båtbyggeri & Slipp
YouTube: @sollerudbatbyggeri.
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Video Summary
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A team in Norway is reviving the ancient art of clinker boat building. Using solid wood, copper rivets, and pine tar, they construct a lightweight yet strong hull based on techniques used by the Norse. The process emphasizes traditional craftsmanship and tactile knowledge over modern materials, ensuring the survival of a thousand-year-old maritime legacy.
In a workshop in Norway, a team is building a rowboat the way it has been built here for a thousand years.
Not with modern adhesives or fiberglass, but with solid wood.
This method carried the Norse across the North Atlantic.
The question is whether anyone still knows exactly how.
This is clinker construction.
Each strake, a single plank running the length of the hull, overlaps the one below by roughly 25 millimeters.
A copper nail is driven through both layers.
A small copper disc slipped over the protruding point, and the tip hammered back over the disc until it locks.
Dozens of wooden clamps are placed all around the hull.
Their job is to press the fresh strake against the one below while the rivets are set, holding the curve without crushing the wood.
A modern metal clamp would leave a bruise.
Before each strake is fastened, the lap receives pine tar.
The tar stays flexible after it cures, moves with the wood through every season,
and kills the fungi that would otherwise enter the joint and rot it from the inside.
The hull is off the building mold.
What was a skeleton of molds and a centerline is now a self-supporting form.
This is why clinker hulls are so light for their strength.
The shell itself is the structure.
Each supporting beam is planed by hand to guarantee accuracy along the curved interior.
A stem band is fitted at the bow.
It's the one place the hull makes first contact with anything hard.
A dock, a rock, or the bottom of a beach landing.
Everything the builders spent weeks making perfect, the stem band protects in the single moment that matters.
You can read every book about clinker construction ever written and still not know the right pressure on the plane,
the exact sound a well-peened rivet makes,
the way a plank that wants to spring back tells you it needs another 10 minutes of steaming.
That knowledge dates back thousands of years, and they brought it back to life today.
These are thole pins.
Two round wooden pegs set in a block on the gunwale replace the metal oarlocks most people know.
When one breaks, you carve a new one from any scrap of hardwood in 10 minutes.
The Norse rode thousands of miles with thole pins.
The fine art was not forgotten.
We saw proof that men still trust the craft of the past today.
