The combination of OPB and Channel Thrust technology make the Volo Race the perfect fin for divers who want to increase their efficiency with minimum effort. OPB for controlling and optimizing the thrust angle. Channel Thrust technology for perfect routing of the water flow. Rubber covered stabilizers provide improved performance. Divers and snorkelers alike will enjoy this easy kicking fin
CHANNEL THRUSTMares design is inspired by marine mammals. Channel Thrust technology maximizes the channeling of water and moves a much greater amount of water compared to other fins of the same size. The result is greater thrusting power with the same amount of effort.
SUPERCHANNEL Latest development in Channel Thrust is the Superchannel. The blade is designed with a large flexible central Superchannel propelling water-flow more effi ciently down the fin blade instead of letting it spill over the sides for optimal performance and minimal diver effort.
MAX COMFORTComfort is always one of the primary design elements in Mares equipment. Mares through superior technology continues to research, innovate and upgrade your level of comfort before and during your dive. Equipment marked with Max Comfort bring this quality of comfort to the most up-to-date premier pinnacle.
FOR DEMANDING DIVERSThose who dive frequently and in difficult conditions need products featuring superior quality and consistent performance, time and time again. Mares has always focused on new technologies and innovative products that lead to concrete benefits: superior reliability and performance will be appreciated by the most experienced demanding divers.
OPB - OPTIMIZED PIVOTING BLADEA llows the blade to assume an optimal angle. Traditional fins produce lower levels of thrust at different points in the kicking cycle. OPB produces optimal thrust during every phase of the cycle, which minimizes fatigue and produces a fluid movement through the water.
IDEAL FOR TRAVELIn today’s world of travel we are strictly confined by airline weight restrictions, therefore the design of your equipment needs to encompass elements to be travel friendly. Lightweight, streamlined, easy to pack and hassle free are just some of the elements included in the gear marked for travel.
SHE DIVESThis gear line is designed specifi cally for women in style, cut, and ergonomics making your dives much more comfortable than in years past. Careful consideration to detail in functionality and aesthetic specifically for women make the She Dives collection the ideal choice for your Scuba and snorkeling needs.
Channel Trust Technology
When water spills over the sides of the blade, it reduces thrust, and decreases efficiency. Mares design was derived from observing marine mammals such as manatees in their natural environment. When swimming they bend their tail to form a channel, which optimizes thrust. When proper channelling occurs, all of the displaced water contributes to thrust. The "Channel Thrust" technology maximizes the channeling of water and moves a much greater amount of water compared to other fins of the same size. The result is greater thrusting power with the same amount of effort. Mares latest development in "Channel Thrust" technology is the new "Superchannel" design. "Superchannel" further increases the high performance level of Mares fins.
O.P.B. - optimized pivoting blade
During the kick cycle the structure of traditional fins creates a limit to the angle of which the blade can flex. This limit allows only a small part of the fin blade to push water in the direction of the kick, while the remaining part pushes the water in the opposite direction, reducing the diver's forward thrust. The O.P.B. system patented by Mares causes the blade to flex at an optimal angle during both the upward and downward strokes. This optimal angle allows the majority of the blade to push a larger volume of water in the proper direction and greatly increase efficiency. All of the diver's kicking effort translates into positive thrust. Traditional fins produce lower levels of thrust at different points in the kicking cycle with substantial differences between the maximum and minimum values. The O.P.B. system produces optimal thrust throughout every phase of the kicking cycle, which minimizes fatigue and produces a more fluid movement through the water.
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