Name: NANEND High-definition anti-fog magnetic NanFlip flip-top ski goggles NG21
Brand: NANEND
Price: 89.99 USD
Availability: InStock

PRODUCT DETAILS

TPU Frame & PC Lens: Durable TPU frame paired with impact-resistant PC lenses
Dual Anti-Fog Lenses: Italian Mazzucchelli inner lens and flip-up outer lens for instant ventilation and fog prevention.
Flip-Up Design: 90° flip-lock for instant ventilation and ease of access
HD Lenses: Bionic cornea technology enhances visual accuracy and reduces eye strain while skiing
OTG Compatible: Fits comfortably over prescription glasses
Secure & Stable Fit: Magnetic clip and buckle combo for easy, stable lens replacement

Features

The outer high-definition lens allows you to see every detail of the ski slope.

REVO coating is non-repellent to snow and water, providing a more natural visual experience closer to that of the naked eye.

High-Definition Optics enhance terrain clarity and contrast, making every detail on the slope sharply defined. This enables you to read and adapt to terrain changes rapidly and with confidence.

Featuring a design that tapers from the center to the edges, this high-definition lens is engineered to optimize the light transmission path and minimize unwanted refraction. The result is exceptionally true-to-life color reproduction and a crystal-clear view that reveals even the subtlest variations in the snow's surface.

Bio-Optic HD Lenses

Natural Sight vs. NanWave Vision

Theflip-up lens systemfeatures a secure 90° lock position. Adual-lock mechanism combining a clasp and magnets ensures exceptional stability while maintaining effortless, one-handed operation.

Triple-layer, heightened foam provides an enhanced seal and superior comfort.

OTG (Over-The-Glass) Design
Specifically engineered to fit comfortably over prescription eyewear.

Combines a positive mechanical clasp with magnetic assist, ensuring a secure and stable lock.

The inner side of the goggle strap features an anti-slip silicone print that significantly enhances stability and prevents slipping during active movement.