Force Wings are made of springy and durable polyurethane. Each is designed to offer a perfect balance between functional control and responsiveness to the flow of water.
All screws and nuts are stainless steel.
Water accelerated
through Whiskers
Also
check out the newest
member of the
Force Wing Family...
Bat Wings!
Force Wings can be added on to a fin blade.
They allow you to take control and optimize the
way you want the water to work for you.
Force Wings and the Force Fins to which they
attach have a geared surface. They lock into selected
place, but can be turned with a twist of the wrist while
you're underwater and underway.
Launch Pad Kit
With our Launch Pad kit,
you can add Force Wings to increase the speed,
efficiency or resistance
of just about any fin.
© Bob Evans Designs, Inc.,
2000, 2001
All Rights Reserved.
|
Whiskers
are
recommended for MAXIMUM POWER. |
Sharks'
Teeth are
recommended for MAXIMUM CONTROL. |
Speed
Pods are
recommended for MAXIMUM EFFICIENCY. |
| Whiskers
are designed to give you control of the volume and speed of the water
that passes over your fins. For maximum thrust, adjust Whiskers inward to channel the water from around your body and over the surface of the blade. Water accelerates as it travels between the Whiskers into a focused jetstream, to propel you forward. For easy kicking over long distances, set Whiskers parallel to one another. This limits the spread of rapidly moving water. Water is guided directly behind you, the blade is stabilized, and efficiency is increased. |
Sharks' Teeth are used to cut through the water and channel it in the opposite direction of travel before it meets the fin blade. Sharks' Teeth rely on the natural cohesiveness of water to retain focus after it passes between these relatively small ForceWings. This improves thrust, lowers drag and softens the downward kick. Sharks' Teeth stabilize, and eliminate twisting of the fin blade. Great for tracking in a wave or heavy surge. |
Speed
Pods are shaped like half raindrops.
Raindrops are Nature's shape of least resistance. Water speeds up
as it flows over the curved, hydrofoil shape. Pre-accelerated water
passes over the surface of the blade, reducing drag and turbulence
to increase efficiency. |
