Revision Stingerhawk Lazrbloc FT-2 & Vital (ITAR) Essential Kit / Size Regular (4-0152-0304)

FEATURES:

OCU-MAX ANTI-FOG COATING

Revision's OcuMax Plus, tested according to EN 166 standards, outlasts competing anti-fog solutions by a remarkable factor of 10. It boasts chemical resistance and effectively prevents scratches, streaks, and smudges.

LAZRBLOC TECHNOLOGY

Employing cutting-edge single and dual-band laser protective lenses, Revision's technology absorbs laser energy across the entire visible spectrum and beyond.

COMMS-COMPATIBLE ARMS

These streamlined arms not only guarantee a comfortable and stable fit but also ensure seamless equipment compatibility.

HIGH-IMPACT PROTECTION

Designed to surpass stringent U.S. and international ballistic impact requirements, these goggles are ideal for military and tactical operations.

FLAWLESS OPTICS

Interchangeable optical-grade polycarbonate lenses shield your eyes from unexpected fragments, offer full protection against harmful UV-A, B, and C rays, and provide distortion-free vision for peak performance.

ADJUSTABLE NOSEPIECE

Customize the nosepiece by extending or retracting it to achieve your preferred fit and positioning.

KIT INCLUDES:

• Ultra-Lightweight Frame
• Vital (ITAR) Lens - ITAR version available on request 
• FT-2 Laser Protective Lens with Adjustable Nosepiece (Protects against Violet, Blue, and Green lasers – 405nm OD4, 445nm OD4, 532nm OD4)
• Microfiber Pouch
• Case

SPECS:

Size: Regular

Dimensions (Size Regular): Width: 134 mm; Lens Height: 51 mm; Temple Arm Length: 118 mm

Frame Color: Black

Lens Options: Vital (ITAR) Lens - ITAR version available on request, FT-2 Laser Protective Lens

Compatibility: StingerHawk interchangeable lenses, Rx Carrier

Meets MIL-PRF-32432A clause 3.8.4.1 for Ballistic fragmentation characteristics (Class 1 spectacles)

Complies with ANSI Z87.1-2015 clause 6 for Impact-Rated Protector Requirements (Z87+)

Meets STANAG 2920 (Edition 2) with V50 = 807 ft/s (246 m/s)

Conforms to EN 166 clause 7.3.4 for Protection against high-speed particles at extremes of temperature (FT)