Blastshield B2 MILSPEC Cerakote Ballistic Glasses - Gatorz

The Blastshield B2 MILSPEC Cerakote ballistic glasses from Gatorz are designed to provide protection, comfort, and a wide field of view. Their wraparound lens expands coverage without compromising peripheral vision, while the ventilation system and anti-fog treatment help maintain clear vision in any situation.

The lower lens cutout makes them easier to use with rifles. In addition, the ICM interchangeable lens system (Innovative Clamp Mechanism) allows lenses to be changed quickly and easily to adapt to different light conditions and operational needs.

The lenses feature ballistic protection, passing tests in accordance with ANSI/ISEA Z87.1-2015 and MIL-PRF-32432A. The lenses also feature a hydrophobic and oleophobic treatment that repels water, oils, and grease.

The frame is made from aerospace-grade aluminum with CNC machining that provides strength while keeping weight very low, and a Cerakote finish that adds greater paint protection. The Ghost-style temples are ultra-thin and adjustable, allowing us to use them with helmets or hearing protection without issue.

• Ventilated wraparound lens: greater coverage and ventilation to reduce fogging.
• Quick-change ICM system: makes lens replacement easy depending on the environment.
• Center lens mount: designed to minimize visual interference caused by adjustments or impacts.
• Made in the United States and subjected to quality control with more than 100 measurement points.
• UV400 protection: blocks 100% of UVA and UVB radiation.
• Scratch-resistant coating.
• ANSI/ISEA Z87.1-2015, Z87+ rating: impact test with a 6.35 mm steel ball at approximately 45.7 m/s, with no cracking, fragmentation, or detachment of the lenses.
• MIL-PRF-32432A, clause 4.8.4: protection against ballistic fragmentation, with a test of two impacts from a .15 caliber projectile at a speed between 700 and 725 feet per second.

After a significant impact, GATORZ recommends replacing the glasses, even if there is no visible damage, as their protective capability may have been reduced.