TRUGLO Tru-Brite 1-6×24 30mm | Illuminated Mil-Dot | TG8516TL

The TRUGLO Tru-Brite 30 Series 1-6x24mm is a low-power variable optic (LPVO) built for fast target acquisition at 1x and controlled, precise follow-up shots up to moderate ranges. It features a 30mm main tube and an illuminated duplex Mil‑Dot reticle with red and green settings for daylight and low-light use. The optic includes two pre-calibrated BDC turrets specified for .223 (55 gr) and .308 (168 gr) and is built to be weather resistant with fully-coated optics.

This scope is well suited to use on AR-platform rifles for short- to mid-range tactical shooting and for action shooting disciplines that demand quick transitions between close and extended targets, such as 3-Gun competition or practical carbine work.

Product Specifications

• The UPC is 788130023037.
• The magnification range is 1-6x.
• The objective lens diameter is 24mm.
• The main tube diameter is 30mm.
• The reticle type is an illuminated Duplex Mil-Dot.
• The reticle illumination offers red and green settings plus unilluminated use.
• The scope includes two pre-calibrated BDC turrets for .223 (55 gr) and .308 (168 gr) intended for engagement to moderate ranges (listed to 800 yards).
• The adjustment increment is 0.50 MOA per click.
• The optical coatings are fully-coated for improved brightness and contrast.
• The housing is specified as waterproof, fog-proof, and nitrogen gas-filled.
• The unit is rated as shock resistant to 1000g.
• The package includes reversible offset monolithic 30mm rings and a one-piece base CNC-machined from aircraft-grade aluminum.
• The scope ships with lens caps and lists a throw lever among accessories.
• The finish is black matte.
• The listed weight is 15.10 oz.

The Tru-Brite 30 Series delivers a combination of fast 1x handling and usable magnification for mid-range work, wrapped in a durable, weather-sealed design. Its illuminated Mil‑Dot reticle and pre-calibrated BDC turrets make it appropriate for shooters who need rapid target acquisition without sacrificing the ability to make measured adjustments at longer offsets.