SHERWOOD SCUBA Spectrum Adult Diving Mask with Mirrored and Colored Lenses for Every Type of Diving

We’d like to say that the Spectrum mask from Sherwood Scuba is one of a kind. But with four completely different lenses, it’s simply not true. The Spectrum was Sherwood Scuba’s first Mirrored and Colored Lens mask. Each unique color provides a different perspective above and below the surface. Mirrored and colored lenses not only provide a new and refreshing look to a standard tempered lens, they also enhance the lens functionality. Tangine lenses are designed to offer optical contrast while diving. The Tangine lens drastically reduces light wavelength from 400-600 nanometers. This minimizes the UV light entering the mask which reduces glare and improves optical clarity. Sunscape lenses are designed for diving where colors are vibrant. This unique lens will filter out blue wavelengths which allow more reds, yellows, oranges, and greens to your eyes while diving. Rubicon lenses are designed to add more optical contrast and make things easier to spot while diving. This lens is ideal for low light levels or even night diving. Platinum lenses is designed to reduce glare from the sun while at the surface, without compromising visual acuity, while below the surface.

• Four different mirrored and colored lenses for provide different diving experience
• Tangine lenses are designed to offer optical contrast while diving. The Tangine lens drastically reduces light wavelength from 400-600 nanometers. This minimizes the UV light entering the mask which reduces glare and improves optical clarity.
• Sunscape lenses are designed for diving where colors are vibrant. This unique lens will filter out blue wavelengths which allow more reds, yellows, oranges, and greens to your eyes while diving.
• Rubicon lenses are designed to add more optical contrast and make things easier to spot while diving. This lens is ideal for low light levels or even night diving.
• Platinum lenses is designed to reduce glare from the sun while at the surface, without compromising visual acuity, while below the surface.