Low-Volume Freediving & Snorkeling Mask
Tempered Glass Lens
$38.25
✨ Product Highlights
🫧 Low-Volume Design for Easier Equalization
Engineered with a low internal volume structure, this mask significantly reduces the amount of air inside the mask. It makes equalization easier during freediving, reduces air consumption, and improves overall diving efficiency and comfort.
🔍 Tempered Glass Lens – Safe & Durable
Equipped with high-strength tempered glass lenses, offering excellent impact resistance, pressure durability, and long-lasting clarity. The lens ensures a stable, distortion-free underwater view while being highly scratch-resistant for extended use.
👁️ Wide Field of View
Optimized lens angle and frame design provide a wider underwater field of vision while maintaining a low-volume structure. This allows divers to better observe marine life, surroundings, and dive buddies, enhancing both safety and experience.
🤿 Dual Purpose: Freediving & Snorkeling
Perfectly suitable for freediving training, recreational snorkeling, and underwater photography. One mask designed for multiple ocean activities, making it a versatile choice for all water lovers.
💨 Comfortable Fit for Long Wear
Made with soft silicone skirt technology that adapts to different face shapes, ensuring a secure seal and reducing pressure on the face. Comfortable even during long underwater sessions.
📌 Specifications
Type: Low-volume dual-lens diving mask
Lens Material: Tempered glass
Usage: Freediving / Snorkeling / Underwater photography
Frame Material: High-strength PC / ABS
Skirt Material: Food-grade soft silicone
Gender: Unisex (adult)
Suitable Water Environments: Saltwater / Freshwater
🌴 Ideal For
Freediving training & deep diving practice
Island snorkeling trips
Underwater photography & filming
Diving courses & beginner experiences
💙 Brand Philosophy
This is not just a diving mask—it is your first layer of connection with the ocean.
Clearer vision, lower resistance, and a more natural underwater experience bring you closer to true freedom beneath the surface.