Sig Sauer Tango6 5-30×56 34mm | DEV-L MOA | TANGO6T

The Sig Sauer Tango6 5-30×56 34mm is a first-focal-plane riflescope designed for precision work on modern sporting rifles and bolt-action platforms. It features an illuminated DEV-L MOA reticle, a 34mm main tube, and a 56mm objective for enhanced light gathering. The optic includes a side-focus parallax adjustment, MOTAC motion-activated illumination, and an integrated LevelPlex digital anti-cant system.

Product Specifications

• The UPC is 798681600113.
• The magnification range is 5-30x for long-range engagement and detailed target work.
• The objective lens diameter is 56 mm to support low-light performance.
• The main tube diameter is 34 mm for extended internal adjustment range.
• The reticle is an illuminated DEV-L MOA pattern in the first focal plane.
• The focal plane is First, keeping the reticle subtensions consistent across the zoom range.
• The adjustment increment is 0.25 MOA per click for fine elevation and windage control.
• The turret design provides 120 clicks per rotation (T120 tactical turrets) with a 30 MOA travel per rotation and a LockDown Zero System with zero-stop and reset.
• The total elevation travel is 80 MOA and the total windage travel is 80 MOA.
• The parallax is settable with side focus and is specified at 100 yards.
• The field of view is 18.9 ft (low) to 3.3 ft (high) @ 100 yards.
• The eye relief is approximately 3.6 in (low) to 3.5 in (high).
• The exit pupil measures approximately 8.9 mm (low) to 1.9 mm (high).
• The scope is rated waterproof to IPX-7 and is argon-purged for fog-proof performance.
• The illumination offers 7 daylight and 2 night-vision settings and is powered by a CR2032 battery.

The Tango6 blends features intended for precision rifle work—such as a first-focal-plane illuminated reticle, fine 0.25 MOA adjustments, and a wide elevation range—with practical tools like MOTAC and LevelPlex anti-cant sensing. Its 56mm objective and SpectraCoat optics are aimed at shooters who require reliable image quality and repeatable adjustments in demanding field conditions. Applications include precision long-range target shooting and competition/practical precision disciplines.

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