Neoprene boots Ease 5mm round toe black size 49 Mystic 35014_260430_900_49
In stock
Estimated delivery: December 24, 2025 - December 31, 2025
Neoprene boots Ease 5mm round toe black size 49 Mystic 35014_260430_900_49
Description:
The Ease neoprene boots from Mystic offer ultimate protection and comfort for all water sports enthusiasts. Made from high-quality 5mm neoprene, they provide not only warmth but also flexibility and freedom of movement in the water. The rounded toe and thoughtful construction ensure an optimal fit, while the robust materials guarantee durability and resilience. Specialized drag-reducing technology enhances efficiency during activities like diving or snorkeling. These boots offer additional benefits such as improved propulsion when using fins, making the diving experience even more enjoyable. Combined with other Mystic accessories, such as neoprene booties or specialized fins, performance can be maximized.
Key features:
- Made from high-quality, flexible 5mm neoprene for warmth and freedom of movement
- Round toe shape for optimal fit and comfort
- Robust and durable, perfect for use in various water conditions
- Reduces water resistance for efficient performance
- Improved propulsion when using diving fins
- Unisex design, ideal for adults of all genders
- Adaptable to different activities and user needs
- Secure grip thanks to non-slip soles
- Easy to put on and take off for effortless comfort
Specifications:
Manufacturer: Mystic
SKU: 35014_260430_900_49
Material: 5mm neoprene
Size/Dimensions: 49
Weight: light (exact weight not available)
Color: Black
Size: 49
Category: Boots
Age group: Adults
Gender: Unisex
Recommended use:
These neoprene boots are ideal for recreational athletes as well as advanced users who value comfort and functionality. They are excellent for activities such as deep-sea diving, snorkeling, and fishing in both fresh and saltwater. The boots truly shine in calm waters or gentle currents. For optimal performance, the boots are recommended in combination with fins to increase efficiency and propulsion during water activities.