4X32 Tactical Scope Fiber Optics Red Dual Illuminated Chevron Glass Etched Reticle

Specifications

Item No.: MZJ-RSP-711

Color: Black

Material: Aerospace Aluminum

Coating: Hard Anodized

Dimensions: 15.2x6x7.3cm/5.98x2.36x2.87"

Magnification: 4X

Objective Diameter: 32mm

Illumination source: Fiber Optics/Tritium

Reticle Pattern: Chevron Glass Etched

Day Reticle Color: Red

Night Reticle Color: Red

Bindon Aiming Concept: Yes

Eye Relief: 1.5"(38mm)

Exit Pupil: 8mm

Field of View: 7°

Field of View: 36.8ft@100yards

Item Weight: 418g

Package Weight: 530g

Package Size: 19x11x8cm/7.48x4.33x3.15"

Fogproof/Shockproof/Weather Resistant: Yes

Fits on: Any 20mm Standard Picatinny Rails

Package Content

1x 4X32 Tactical Scope

Features

Made From High-strength Aerospace Aluminum.

Mil-Spec Hard Anodized For Exceptional Durability.

Completely Sealed and Nitrogen Filled for Fog/Weather Proof.

Broadband Multi-coated Lens to Provide Crystal Clear Image.

Fiber Optic illumination for daytime/tritium illuminates reticle at night.

fiber/tritium optic illuminated reticle automatically adjusts brightness.

Totally Battery-Free - without the use of failure-prone batteries.

Attaches to any Weaver/ Picatinny/ MIL-STD 1913 type rails.

Benefits

Multi-Layer Anti-Reflection Coatings reduce glare and increase light transmission.

Filled with nitrogen gas and sealed with O-rings to minimize the effect of temperature changes.

Totally Battery-Free feature delivers increased hit potential in all lighting conditions.

Allows you to keep both eyes open and still engage targets as the aiming reticle superimposed on the target.

Dual-illumination technology using a combination of fiber optics and self-luminous tritium.

The 4 x32 Tactical Scope includes tritium that illuminates the aiming point in low light or at night.

Fiber-optic self-adjusts reticle brightness during daylight according to ambient light conditions.

Unique reticle provides a fast target acquisition at close ranges while providing enhanced target identification.