Atomic Aquatics Full Foot Fin

FULL FOOT SPLITFIN

KICKING EASE & EFFICIENCY

Aerodynamic, Hydrodynamic, Simply Dynamic

Not all SplitFins are the same. Atomic SplitFins have a flexible blade designed with Propeller-Fin™ technology so kicks feel very easy and slice through the water with very little drag. Even fish envy SplitFins when divers efficiently swim with more propulsion and less effort. And that means less air consumption.

Even with the slightest kick, the split blade deflects to form a pair of wings that slice through the water with reduced drag, creating lift in the forward direction to propel you ahead. Compared to conventional fins, the Atomic SplitFin® swims with less effort, stress and strain resulting in greater sustained speed, power and com-fort. Independent testing has shown that this design can significantly reduce air consumption

The backbone of the SplitFin, the highly resilient power rails, store and release energy with every kick. Proprietary and exclusive to Atomic Aquatics, this material will not deteriorate or lose its resiliency. FLEX BATTENS Semi-rigid battens set in the soft elastomeric blade controls the precise wing shape to optimize thrust and reduce drag.

The split blade deflects with the slightest kick to form a pair of wings that slice through the water with reduced drag, propelling you forward.

Large surface area blade improves pivoting, turning and alternate kicking styles.

Thin, yet strong and highly flexible hinge points between the semi-rigid battens cause the blade to react quickly and efficiently to the slightest kick.

Contoured to fit your foot without stress points, with semi-open toe for added comfort.

Internal sole plate creates rigid platform beneath the foot for greater power transfer to the blade yet allows for a soft, comfortable foot pocket.

Atomic Aquatics fins are warranted against defects for a period of one year. Keep out of direct sunlight when possible to avoid color fading. Store your fins with the foot pocket inserts in place and in a manner that prevents deforming.