Utg Scope 4-16x40 1" Ao - 36 Color Illuminated Mil-dot

The UTG Scope 4-16x40 1" AO with 36 Color Illuminated Mil-Dot reticle represents a versatile mid-range magnification optic designed for tactical shooters, hunters, and law enforcement professionals who demand precision across variable distances. Built on a 1-inch tube diameter standard, this scope bridges the gap between close-quarters engagements and extended-range precision work, making it suitable for AR-15 platforms, precision rifles, and duty carbines. The adjustable objective (AO) feature enables fast focus transitions in the field without sacrificing accuracy or target acquisition speed.

The 4x to 16x magnification range provides tactical flexibility—low power for target acquisition and threat assessment, high power for shot confirmation and precision placement beyond 300 yards. The 40mm objective lens gathers sufficient ambient light for dawn and dusk operations while maintaining a compact profile that doesn't compromise sight-line clearance on modern tactical platforms. The 36 color illuminated mil-dot reticle offers both daylight visibility and low-light capability, allowing operators to engage targets across variable lighting conditions without battery dependency for the duplex portion of the reticle. The mil-dot center enables holdover corrections and rapid range estimation—critical for field applications where external adjustments aren't practical.

This scope excels for shooters running intermediate-range tactical rifles, service-grade carbines, or hunting platforms where 100-to-600-yard capability is essential. The 1-inch tube compatibility ensures mounting on standard Picatinny rings and industry-standard optic mounts found across military, law enforcement, and civilian platforms. At 2.1 pounds, the scope maintains a balanced weight-to-power ratio, minimizing platform fatigue during sustained operations or field training. Installation requires only quality scope rings torqued to manufacturer specifications—no gunsmithing required. The AO adjustment simplifies parallax elimination, critical for precision work and group verification on the range.