Diamondback tactical 4-16×44 FFP 30mm Tube Rifle Scope Replica

Objective Lens Diameter: 44 mm

Magnification: 4 – 16 x

Tube Diameter: 30 mm

Reticle Focal Plane: First Focal Plane (FFP)

Exit Pupil: 2.75 – 11 mm

Illumination Color: None

Finish: Hard Anodized

Field of View, Linear: 6.7 – 26.9 ft at 100 yds

Eye Relief: 3.8 in

Color: Black

Weight: 23.1 oz

Length: 14 in

Parallax: 20 yds to infinity

Illumination Type: Non-Illuminated

Width: 4 in

Fabric/Material: Aircraft Grade Aluminum

Height: 2.01 in

Focus Range: 20 yds to infinity

Lens Material: Glass

Optical Coating: Fully Multi-Coated

Water Resistance Level: Waterproo

Shockproof: Yes

Fogproof: Yes

Package Type: Box

Magnification Type: Variable

Condition: New

Attachment/Mount Type: Ring

The Diamondback tactical 4-16×44 FFP riflescope is engineered for shooters who demand precision and performance. This versatile optic is designed to excel in a variety of shooting scenarios, from long-range target shooting to tactical applications. Its combination of advanced features and rugged construction makes it an ideal choice for both professional and recreational shooters.

With a magnification range of 4-16x, The Diamondback tactical 4-16×44 FFP riflescope is engineered for shooters who demand precision and performance. This versatile optic is designed to excel in a variety of shooting scenarios, from long-range target shooting to tactical applications. Its combination of advanced features and rugged construction makes it an ideal choice for both professional and recreational shooters. provides versatility for various distances, ensuring you can engage targets effectively whether they’re close or far. The 44mm objective lens allows for excellent light transmission, providing a bright and clear image even in low-light conditions.

The EBR-2C reticle is designed for long-range shooting and provides detailed holdover points for windage and elevation. Its fine, detailed hash marks enable precise shooting, making it easier to adjust for bullet drop and wind drift, thus enhancing accuracy over long distances.