Dan Mann "Sweet Potato" 5'8" Futures - Volcanic

Futures Fins

5’8” x 22 5/16” x 2 11/16” - 41.4L

The Sweet Potato converts waves that would normally require a longboard (or even just be a non-surf day) into loads and loads of fun because of the insane amount of volume packed into a very short board that is loose and packs tons of drive.

The trademark deep double barrel concave essentially splits the board in half when tipped over and driving through turns, making the board feel way more narrow than it actually is. The new tail outline, combined with some tweaks on the bottom contours through the fins, has increased the maneuverability for tighter pocket turns without taking away the projection and grovel speed in gutless surf.

DIMS

• 5’2” x 21 7/16” x 2 5/16” - 31.0L
• 5’4” x 21 11/16” x 2 7/16” - 34.6L
• 5’6” x 22” x 2 9/16” - 38.3L
• 5’8” x 22 5/16” x 2 11/16” - 41.4L
• 5’10” x 22 1/2” x 2 13/16” - 45.2L
• 6’0” x 22 3/4” x 3” - 49.0L
• 6’2” x 23” x 3 1/16” - 52.2L
• 6’4” x 23 1/8” x 3 1/4” - 57.1L

Ability: Suitable for everyone from the beginner right up to expert
Rails: Full and forgiving rails
Ideal Wave Size: 1-5ft

Volcanic Technology
Volcanic Tech is made from Basalt Fibers Extruded from Volcanic Rocks that are crushed, melted and extruded into woven fibers that make up the cloth. The manufacture of basalt fiber requires the melting of the crushed and washed basalt rock at about 1,500 °C (2,730 °F). The molten rock is then extruded through small nozzles to produce continuous filaments of basalt fiber. Those filaments are then chopped into long stem fibers and woven into lamination cloth fiber. The cloth has similar characteristics to carbon as it relates to strength and weight however because the fibers are derived from Organic Raw materials, when combined with Bio Resins it serves as better degradable ECO alternative than using traditional carbon fiber cloth.

Basalt fiber is a relative newcomer to fiber reinforced polymers (FRPs) and structural composites. It has a similar chemical composition as glass fiber but has better strength characteristics, and unlike most glass fibers is highly resistant to alkaline, acidic and salt attack making it a good candidate for surfboard manufacturing.

Compared to carbon and aramid fiber, it has the features of wider application temperature range -452° F to 1,200° F (-269° C to +650° C), higher oxidation resistance, higher radiation resistance, higher compression strength, and higher shear strength.

The cloth can withstand high temperatures unlike carbon fiber and as a result is heavily used the Aerospace industry in the creation of rockets and and jet engines. The elasticity characteristics of this fiber is higher than that of traditional Carbon fiber allowing the board to have more flex for a natural feel under foot.

Fins not included