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Winsurfing
Terms
you might want to know about!
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A | B | C | D
| E | F | G
| H | I | J | K | L
| M | N | O |
| P | Q | R | S
| T | U | V | W
| X | Y | Z |
B
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Batten
Carbon or epoxy "stays" running across the sail
giving it support.
- Camber
A preformed V shaped design attaching battens to the mast,
gives the sail more stable draft.
Clew
Outer corner of the sail.
- Downhaul
Amount of pull (via line & pulley) down on a sail creating
bend in the mast.
- Epoxy
board
Fiberglass over foam core using epoxy resin.
- Foot
Bottom section of the sail
- Glass
(polyester) board
Fiberglass wrap over foam core using polyester resin.
- High
End
Ability of a sail to perform in high winds.
Head
Top section of the sail.
- Jibe
Down wind turn passing through the eye of the wind.
- Leach
Trailing (loose) edge of the sail
Length
Size of the board tip to tail
Low End
Ability of a sail to perform in low wind.
Luff Panel
Panel next to the luff sleeve - transition to monofilm
Luff Sleeve (sock)
Sleeve the mast runs up.
- Monofilm
Clear panels on sails, a type of plastic.
- Outhaul
Amount of pull (via a line & pulley) outward toward the
clew.
- Plastic
board
Shell over foam core.
Polyester (glass) board
Fiberglass wrap over foam core using polyester resin.
- Rail
Side of the board.
Rail tuck
Shape of the rail in relation to the bottom of the board.
Rig
Complete sail, mast, and boom.
Rocker line
Amount of lift from tail to tip.
- Spin
out
Fin slides to the side in the water, caused by too small of
fin with toot big of sail.
- Tack
Up wind turn passing through the eye of the wind.
Triax
A sandwich material - clear plastic with carbon stringers
running between the layers.
Twist
Amount a sail can bend/flex (laterally) when under wind load.
- Universal
Joint
The piece that connects the rig & board.
- Vinyl
Window material in wave sails
Volume
Amount of floatation
- Width
How wide the board is, measured at the "beam" (mast
track).
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