Snorkeling Fins Azzurra White 46-47 Seac 71-54W-46-47
In Stock
Estimated delivery: June 16, 2026 - June 19, 2026
Snorkeling Fins Azzurra White 46-47 Seac 71-54W-46-47
Description:
The Seac Azzurra snorkeling fins are designed for comfortable and efficient use during recreational water activities. Their full foot pocket construction offers a secure, barefoot fit that helps keep the fin comfortable over longer sessions. The soft rubber foot pocket is made to provide a snug and pleasant feel while maintaining ease of wear. The blade is finished with rubber edges at the tips, supporting stability and durability in the water. With their decisive thrust, these fins deliver reliable propulsion for snorkeling and for fin swimming training in the sea. They are a practical choice for users who want a comfortable fin with strong performance during open-water sessions. The white finish gives the fins a clean, classic look. Built for adults in a unisex fit, they are suited to a wide range of recreational swimmers and snorkelers.
Key Features:
- Full foot pocket design for a secure and comfortable fit
- Soft rubber construction in the foot pocket for added comfort
- Suitable for barefoot use
- Rubber finish on the blade tips for improved durability
- Designed for decisive thrust and efficient propulsion
- Ideal for snorkeling and recreational water use
- Also suitable for fin swimming training in the sea
- Comfortable for extended sessions
- Reliable performance in open-water conditions
- Unisex design for adult users
Specifications:
Manufacturer: Seac
SKU: 71-54W-46-47
Color: White
Size: 46-47
Category: Fins
Age Group: Adults
Gender: Unisex
Recommended Use:
These fins are best suited for adults looking for comfortable and reliable snorkeling equipment. They work especially well for recreational snorkeling sessions and fin swimming training in the sea. Thanks to the full foot pocket design, they are a good choice for barefoot use during warm-weather water activities. Their strong thrust makes them suitable for open-water conditions where efficient propulsion matters.