Wiley X Climb tactical glasses - Grey/OD Green
- description
- technical data
- features and technologies
- Reviews
- Goes Well With
Wiley X Climb tactical glasses - Grey/OD Green
Ergonomically designed protective eyewear ensures both comfort and a secure fit. Offering enhanced mechanical strength, the lenses effectively shield the eyes from debris, ricochets, and various oncoming hazards, adhering to the stringent standards of Class F (safeguarding against projectiles weighing 0.86 g traveling at velocities up to 45 m/s).
contoured frame, non-slip temples
Anatomically shaped frames and lenses are crafted with HVP technology (High Velocity Protection), delivering superior defense against impacts from high-speed particles.
Frames are constructed from robust Triloid nylon. Their design ensures an optimal fit while maintaining comfort even when worn with headphones or hearing protection. Rubberized, non-slip temples and nose pads guarantee the glasses remain firmly in place.
Selenite polycarbonate lenses
Constructed from tough Selenite polycarbonate, the lenses deliver a light transmission rate of 15%. Outfitted with a T-Shell Scratch coating, the lenses are shielded against surface scratches. Engineered for optimal performance during outdoor activities in intense sunlight and bright environments, these glasses also deliver reliable protection against harmful UVA and UVB rays.
Standards
Engineered to comply with MIL-PRF-32432A, ANSI Z.87.1+, and EN166F standards.
Set includes
- Eyewear
- Polishing cloth
- Microfiber storage bag
Main features
- Selenite polycarbonate lenses
- Provides protection against hazardous UVA and UVB rays
- T-Shell protective coating
- Frame constructed from Triloid nylon
- Non-slip temples and nose pads for secure fit
Militaria.pl is a distributor of Wiley X.
Wiley X is an American brand founded in 1987 by a US Army veteran, specializing in the production of advanced protective eyewear. Its products meet the rigorous ANSI Z87.1+ safety standards and MIL-PRF-32432 military standards, making them suitable for use by special forces around the world, including the FBI, SWAT, and Poland's GROM. Wiley X glasses are designed for high-risk situations typical of combat operations and extreme terrain conditions. Their durability and reliability have also made them appear in Hollywood productions such as American Sniper and the TV series S.W.A.T. The company is expanding globally, and its European branch in Denmark is run by veterans of missions in Iraq, Afghanistan, and the Balkans.
| Lens material | Polycarbonate |
|---|---|
| Frame material | Plastic |
| Frame color | Green |
| Lens color | Gray |
| Mechanical resistance class | F |
| Polarized | No |
| UV filter | Yes |
| Dimness | Yes |
| Case included in set | No |
| Gender | Men's |
| EAN | 712316023573 |
| Manufacturer code | ACCLM02 |
| Brand | Wiley X |
| EAN |
Selenite visors are made of unbreakable polycarbonate, which provides high visual clarity and UV protection.
T-Shell is a coating on Wiley X glasses that resists scratches, protects lenses from damage and extends their life.
Frames made of Triloid nylon provide lightweight and highly comfortable glasses. Triloid features optimal hardness and is highly resistant to impacts and falls.
MIL-PRF-32432 is an American military standard for glasses and goggles, including corrective glasses. According to this standard, a set of glasses should include spare lenses, a case, an instruction manual, a cleaning cloth and a strap, depending on the type of set. Goggles must also have a protective case in the set. Glasses and goggles must be compatible with a corrective insert. The standard specifies the goggles' ability to withstand impact from a .15-inch (3.8 mm) steel bullet weighing 0.376 grams at 200 m/s. In the case of goggles, the impact resistance of a .22-caliber bullet fired at a velocity of approximately 170 m/s.
Z87.1 standard developed by the American National Standards Institute (ANSI) for the durability of eye protectors. The standard includes two types of tests (3 tests) for the impact resistance of the lens and the stability of its seating in the frame: resistance to High Mass and High Velocity objects.
