TUSA Splendive diving set black/red UC-7519P (UC-7519P BKBK)

The TUSA Splendive diving set in black/black offers a precise fit and high functionality while exploring the underwater world. Its design, based on advanced technologies and materials, guarantees user comfort and safety in challenging water conditions.

Advanced Underwater Technologies

The TUSA Splendive model features ClearVu tempered lenses, providing a wide field of view and increased resistance to mechanical damage. The EZ Strap and Buckle system allows for comfortable and quick adjustments of the strap, enabling a personalised fit of the mask to the shape of the face. The snorkel employs Hyperdry Semi-Dry Top technology and an advanced one-way valve, which effectively reduces water ingress, enhancing user comfort and safety.

User Comfort and Adjustment

The presence of a double lens in the mask improves visibility and increases the construction's durability against pressure changes during diving. The adjustable strap allows for instant fitting of the set even while wearing thick gloves or during dives in cold waters. The combination of ergonomic design and thoughtful construction solutions translates into the highest level of comfort and stability of the mask and snorkel during underwater activities.

TUSA Splendive diving set in black/black - features:

• The set includes a mask and a snorkel for recreational diving;
• The mask is equipped with a double lens for better visibility;
• The lenses are made of ClearVu tempered glass with increased durability;
• The EZ Strap and Buckle system for quick strap adjustment has been implemented;
• The snorkel features Hyperdry Semi-Dry Top technology to limit water ingress;
• The advanced one-way valve enhances breathing safety;
• Sealing made from 100% pure medical-grade silicone;
• The silicone material is hypoallergenic and gentle on the skin;
• Ergonomic design provides high user comfort;
• Durable materials resistant to saltwater and UV rays;
• Ease of adjustment even while wearing thick gloves;
• Mask fitting stability during pressure changes underwater.