Trijicon AC32114 MRO Extra High Q-LOC Mount | 2.26 in

The Trijicon MRO Extra High Quick-Release Mount (AC32114) provides a tool-less, one-handed mounting solution for Trijicon MRO optics. It is constructed to Mil-Spec standards from 6061-T6 aluminum and is designed to return to zero after removal and reattachment. The mount’s extra-high profile places the optical axis at 2.26 inches above the top of a Picatinny rail, supporting heads-up sighting positions.

Common uses for this mount include competition and precision shooting where elevated sight height is preferred, and hunting setups that require higher sight lines for certain optic/iron-sight co-witness configurations.

Product Specifications

• The housing is made from 6061-T6 aluminum for strength and reduced weight.
• The finish is matte black anodized to minimize glare.
• The mount is designed for a Trijicon MRO optic fit.
• The mount height is classified as Extra High (X-High).
• The distance from the top of the mounting rail to the optical axis is 2.26 in (57.4 mm).
• The overall length measures 1.83 in (46.48 mm).
• The width measures 1.84 in (46.74 mm).
• The mount uses Trijicon Q-LOC™ Technology for quick, repeatable attachment and return-to-zero performance.
• The mounting system provides a quick-release function with automatic retention to keep the optic secure.
• The control knob features a snag-resistant profile for unobstructed handling.
• The design emphasizes precision cut dimensions for consistent fit and alignment.
• Manufacturer-stated durability features are described as proven durability under operational use.
• The color is specified as Black.
• The finish type is listed as Anodized.
• The UPC is 719307619043.

This mount offers a robust, repeatable platform for positioning a Trijicon MRO at an elevated optical axis. Its quick-release Q-LOC mechanism and Mil-Spec aluminum construction make it suitable for users who need a dependable, tool-less mounting solution that returns to zero after removal. The extra-high profile supports heads-up sighting preferences without altering the optic itself.