XS SIGHTS XTI2 45° Offset Iron Sights for AR – Ambidextrous, Front Glow (DXW Tritium), Made in USA

Overview

The XS SIGHTS XTI2 45° Offset Iron Sights are built for AR platforms that pair with optics without sacrificing speed or precision. This set combines a glowing front sight with a durable rear sight that remains non-tritium, creating a clear, fast path to target acquisition in varied lighting conditions.

Glow, visibility, and sight alignment

• The front sight uses DXW Tritium to glow in low light, helping you locate the aiming point quickly when illumination is scarce.
• The rear sight is non-tritium, which reduces visual clutter and keeps the eye focused on the front dot for fast alignment.

45° offset design for optic setups

The 45-degree offset is engineered to stay visible around a mounted scope, enabling you to preserve cheek weld and consistent sighting as you transition between long-range targets and close engagements.

Fast target transitions and practical use

With a simple rotation of the rifle, you can move from magnified optics to the offset irons for rapid engagement. This arrangement supports smooth movement between different shooting tasks without changing your stance.

Sight picture and accessibility

The straight-line sight picture centers the dot over the vertical bar, encouraging quick acquisition and precise alignment. The design aims to be usable by a broad range of shooters with varying lighting or vision needs.

Build, origin, and assurance

• Machined in Fort Worth, TX from American-made steel and aluminum for durability in demanding conditions.
• Covered by a 10-year, no questions asked warranty, reflecting XS SIGHTS confidence in long-term reliability.

Ambidextrous and durable

Designed for both left- and right-handed operators, with rugged construction built to withstand tough tactical environments.

In real-world use, the combination of glow visibility, a practical offset angle, and American craftsmanship provides a flexible option for shooters who want reliable iron sights that complement optics — without guaranteeing outcomes.