Vortex Optics // New Razor AMG UH-1 Holographic Sight

Vortex Optics Introduces new Razor AMG UH-1 Holographic Weapon Sight.

The Razor AMG UH-1 represents a new paradigm in holographic weapon sight technology. Uses Vortex Optics’ revolutionary Fusion Hologram with Quantum Well Light Control (FHQ) technology. The result—the first holographic sight to marry the durability, reliability, and energy efficiency of a red dot, with the impressive sight picture, zero-distortion, and comprehensive reticle pattern of a holographic sight.

FHQ™ technology virtually eliminates stray light emissions for stealth-shooter-signature in low light, prevents eye-piece glare, as well as increases energy efficiency for impressive battery life. The single-fused holographic element is completely inert, has no moving parts and delivers unmatched images, reticle sharpness, definition, and clarity.

Absolute zero distortion and an impressive sight picture with unobstructed view ensure rapid, instinctual, target acquisition. The purpose-built dynamic-targeting EBR-CQB reticle is clean, yet highly versatile, for optimal target engagement in a wide range of scenarios. All sensitive components are protected in the base of the sight, substantially increasing durability, while eliminating the need for an obstructive secondary shroud.

Precise windage and elevation adjustments track reliably and accurately. The UH-1 boasts premium, hard-anodized aerospace aluminum and stainless steel construction for lasting durability in the harshest environments. Integrated weaver/picatinny-style quick release mount attaches and detaches with ease. Utilitarian, snag-free ultra-sleek design promotes fluid movement through interior structures and exterior environments. Runs on a Micro USB rechargeable LFP 123A battery or CR123A battery.

Shatterproof, XR-plus fully multi-coated windows and holographic elements are incredibly durable and promote optimal light transmission. ArmorTek coating protects exterior lenses. Waterproof and Argon purged for reliability in wet, high-humidity conditions.