Cressi Big Eyes HD Mirrored
The Cressi HD Mirrored Glass is today’s highest-grade tempered glass available in a dive mask. Using technology developed for the production of 8K TVs, the glass allows for the transition of 99% of available light through the lens, improving colour, field depth, and the overall diving experience. The added benefit for spearfishing with the mirrored lens is Pelagic fish have their interest increased by the flicking reflection, and they can not see your eyes.
It will be challenging to overcome the new EVO by Cressi, a design that improves the already excellent visibility in all directions of the Matrix mask and reduces weight to 160 g and internal volume to 115 cm3, parameters typical of much smaller masks.
Evo skirt with two silicone of different densities to obtain an exceptionally dynamic perfect stability over the face with great comfort and adaptation capacity.
The internal part of rigid silicone gives solidity and stability to the mask.
The exterior profiles of a soft reinforced silicone increase thicknesses in crucial areas, especially the sides (critical area using very flexible compositions) and the contact area with the frame, provide unparalleled comfort.
The exterior part of the skirt in contact with the face and the part that covers the nose has a decreasing thickness that improves adaptation and maintains comfort during prolonged usage.
Buckles, completely pivoting in all directions and connected to the frame utilizing a flexible and unbreakable elastomer. The tension of the strip acts directly on the mount, maintaining the stability of the mask and bringing the glass closer to the eyes.
An exceptionally reduced frame structure that allows a great approach to the glasses without contact problems with the frame. So, the intern volume is reduced to the minimum, and all frame vision is eliminated from the inside.
15º inclined and extended glasses over the cheeks (“Big Eyes” system) increase the inferior visibility more than 30% regarding the one of a traditional mask. At the same time, the superior side visibility is increased to the limit that allows the frame’s thickness: total vision + 3% in excellent clarity and overall vision + 5% inside visibility.
Mainly studied structural rigidity of the central bridge to avoid losing the plane of the glasses due to an excess of the tension of the strap that could cause optical distortions.