Mares X-Stream Open Heel Fins Regular White

Description

Opb produces a constant thrust, which minimizes fatigue and produces fluid movement through the water while diving. It only takes one quick movement to easily open or close these buckles, even when wearing thick neoprene gloves. The blade uses tri-material construction of techno-polymers and thermoplastic rubber for extended durability. The new blade design has a large central super-channel and two traditional lateral channels that provide excellent thrust while maintaining hi-efficiency and minimizing leg fatigue. Perforations in the foot pocket allow water to move freely in the space between the foot pocket and the booty, eliminating any drag caused by the parachuting effect. The optimized pivoting blade system (opb) allows the blade to maintain an optimal angle throughout the kicking cycle. The blade uses tri-material construction of techno-polymers and thermoplastic rubber for extended durability. The foot pocket interior features internal ribbing that improves fit, eliminates foot suction and prevents foot pocket flexing while transmitting more power to the blade. The mares x-streambine mares patented technology to offer a riddled foot pocketfort, super-channel blade design, and adjustable binding buckle system for a unique fin that is as powerful as itfortable. More than 2 years of resources, experiments, testing and four mares patents all contributed to the creation of this unique open heel scuba fin.

Key Features

• The optimized pivoting blade system (opb) allows the blade to maintain an optimal angle throughout the kicking cycle.
• The foot pocket interior features internal ribbing that improves fit, eliminates foot suction and prevents foot pocket flexing while transmitting more power to the blade.
• The mares x-stream uses mares patented design abs plus buckles (adjustable binding system).
• Perforations in the foot pocket allow water to move freely in the space between the foot pocket and the booty, eliminating any drag caused by the parachuting effect.
• The blade uses tri-material construction of techno-polymers and thermoplastic rubber for extended durability.
• The ergonomically designed foot pocket delivers maximum power and evenly distributes pressure over the foot to minimize fatigue.