WINEGLASS WHERRY ROW BOAT KIT: Precision pre-cut BS-1088 Okoume plywood panels(4mm), 3 gallons System Three epoxy, dispensing pumps, 70 feet of 6 oz. 38" wide fiberglass cloth, 10 yards of 1.5" fiberglass tape, precut breast hook, thwarts, knees, oarlock blocks, transom, temporary cross-sectional frames, gunnels, construction manual, System Three Epoxy Book. Small building supplies include: 4 pair vinyl gloves, 3 rolls 20-gauge wire, plastic squeegee, 2 bags wood flour, and stirring sticks.

TAIGA WILDERNESS TRIPPER CANOE KIT: Precision pre-cut BS-1088 Okoume plywood panels(4mm),3 gallons System Three epoxy, dispensing pumps, 70 feet of 6 oz. 38" wide fiberglass cloth, 20 feet of 1.5" fiberglass tape, precut breast hook, ash thwarts, yolk, wicker seats, temporary cross-sectional frames, gunnels, construction manual, System Three Epoxy Book. Small building supplies include: 4 pair vinyl gloves, 3 rolls 20-gauge wire, plastic squeegee, 1 bag wood flour, and stirring sticks.

*The transverse Metacenter, in inches, is a measure of a kayak's initial stability. A higher number is more stable. All single kayaks computed with same weight person.

**Efficient cruising is a function of low frictional drag and low wetted surface (WS). Lower WS means a faster (less effort) cruising speed, here expressed in sq. ft. For example, the shorter Arctic Tern 14 cruises with less effort than the longer AT-17 until the AT-14 reaches 4.91mph.

***Top Cruising Speed (TCS) is determined by loaded waterline length (LWL). A longer LWL gives a faster TCS. At approximately 90% of its hull speed (when a kayak starts to produce a bow wake longer than its LWL) the effort required to continue accelerating radically increases. In general longer kayaks have higher top speeds and short kayaks have more efficient cruising speeds.