Our
craftsmen, shown below, are the best in the business:
Don - 1981
Harold - 1958
Dave - 1983
Jim - 1987
Richard - 1990
Roger - 1996
Shown below are the steps we take to create a boat that will last a
lifetime:
1. MAIN PRODUCTION
BUILDING - FLYING SCOT, INC.
Located in Maryland's most western county, Garrett County, near Deep
Creek Lake. Scots have been built in the current facility since the
early 70's.
2. INSIDE
THE SHOP
Production area is approximately 8,000 sq. ft. with an additional
840 sq. ft. repair room and 1560 sq. ft. for storage.
3. THE MOLDS
Molds are the key to a quality finish. Frequent cleaning, polishing
and waxing are required to maintain a high gloss quality finish.
4. GELCOAT
The gelcoat is sprayed with an airless spray system designed to minimize
"fogging" and insure a uniform catalyst mix. We try to achieve
about 20 to 25 mils of gelcoat thickness throughout.
5. HAND LAID
FIBERGLASS
The fiberglass mat and roving are tailored to fit. A hand lay-up insures
uniform thickness and weight distribution. The combination of mat
and roving provides both stiffness and tensile strength.
6. RESIN
The resin is also applied by hand using a paint brush, squeegee and
roller to saturate the fiberglass.
7. CENTERBOARD
TRUNK
The centerboard trunk is set into the hull using jigs to insure correct
placement. The trunk is glassed in place so that it becomes a permanent
part of the hull. In addition to providing a well for the centerboard,
the trunk is an important structural stiffener for the hull.
8. BALSA
From the very beginning in 1957, balsa has been used as the core material
in the Flying Scot. The balsa sandwich construction provides stiffness
that is lightweight as well.
9. FINAL
LAYER
Having roving under and over the balsa is a large part of why the
Flying Scot has such an incredibly long product life. FS# 1 is 43
years old and still going.
10a. PULLING
THE HULL FROM THE MOLD
The hull is broken loose from the mold using a clamp at the bow.
10b. PULLING
THE HULL FROM THE MOLD
The hull is then lifted from the mold using an overhead hoist.
10c. PULLING
THE HULL FROM THE MOLD
The hull comes out of the mold with a smooth, glossy finish.
11a. PULLING
THE DECK FROM THE MOLD
The deck is broken loose at the bow by tightening screws into the
bow block.
11b. PULLING
THE DECK FROM THE MOLD
The deck is separated from the deck mold by getting wedges under the
deck edge and working them forward.
11c. PULLING
THE DECK FROM THE MOLD
The deck is manually lifted from the mold and carried to the grinding
room.
12a. SMALL
MOLDS
The centerboard is laid up in two halves and then assembled in a hydraulic
press with the 80 lb. lead weight molded into the bottom of the board.
12b. SMALL
MOLDS
The centerboard trunk is reinforced with marine plywood. The two halves
are pulled from their molds and then bolted and glassed together.
12c. SMALL
MOLDS
The rudder head is laid up in two halves and then clamped together.
A filler plate is used to create the space for the rudder blade.
13. GRINDING
The parts come from the mold with rough edges that need to be ground
smooth so that the parts can be assembled.
14. ASSEMBLY
The deck and hull are assembled first by bolting them together on
12 inch centers. The boat is then turned up-side-down and the joint
is glassed together and then sealed
15. GUNWALE
MOLDING
The aluminum gunwale molding is installed to protect the deck edge.
16. CENTERBOAD
OPENING
The centerboard opening is closed by the gelcoat layer when the boat
is pulled from the mold. The gelcoat is cut away and then glass layers
are applied to insure a good watertight joint. Layers of glass are
added to tighten the fit of the board in the trunk.
17. MASTS
AND BOOMS
The mast and boom tubes are milled and assembled at the factory.