Scuba Diving Fins Reaction EBS Cressi - XS/S ~ EU 36/39 ~ UK 2/4 - Yellow/Silver
Current price
€64,50
Original price
€86,00
Original price
€86,00
-
Original price
€86,00
Original price
€86,00
€64,50
-
€64,50
Current price
€64,50
In Stock
Buy now and we'll ship tomorrow
SKU BE091038
Scuba Diving Fins REACTION EBS XS/S Yellow/Silver CRESSI
Highlights:
- Foot pocket integrated in the upper profile of the blade
- Combine 3 materials in a single fusion
- High reactivity polypropylene blade
- Foot pocket reinforced in the upper area by means of additional thickness and laterally by two polypropylene extensions from the blade to prevent energy dispersion
- Stiffness proportioned to the height
- Medium stiffness
- Excellent compromise power-comfort of fluttering
- EBS buckle system with natural latex strip: maximum convenience, comfort and energy transmission.
Features:
- Open heel foot pocket fins with elastic bungee strap for scuba diving.
- The Reaction EBS uses the exclusive Cressi (patented) molding technology in three materials, ensuring unmatched performance.
- Polypropylene blade really reactive, flexible that start directly from the back of the foot pocket.
- The lightweight blade develop a remarkable propulsion with minimal muscular fatigue, enabling to safety face even in a critical underwater situation.
- The EBS elastic bungee system is easy to put on and ensure a comfortable fastening for the foot.
- Computer-designed foot pocket made with anti-slip material.
EBS strap
- Cressi has developed this special strap to meet the needs of the most demanding divers, who need a comfortable fastening for their foot but one that is still practical and manageable.
- Its special amply sized slot makes it very easy to put on, even when wearing thick gloves or three-fingered gloves for winter water.
- The wrapping section is highly flexible, making adjustments unnecessary, and as a result it’s much easier to get all your equipment right in the first few meters of your descent and the fin stays in place against your foot despite the increase in hydrostatic pressure.
