Daniel Defense Micro Mount | 0304518025

The Daniel Defense Micro Mount is a purpose-built optic mount designed to attach Aimpoint Micro–style red dots and other compatible micro optics to a flat-top upper receiver. It accepts Aimpoint Micro R-1/H-1/H-2/T-1/T-2 and other optics that share the same mounting interface, and it ships with a spacer to allow a lower 1/3 co-witness or absolute co-witness with BUIS. The design emphasizes secure retention and minimal mass for applications where a lightweight, durable mount is preferred.

Typical applications include precision/target shooting and competition or general range use where optic mounting stability and sight alignment are critical. The mount also suits patrol or field-training setups that require a compact, repeatable optic attachment.

Product Specifications

• The manufacturer is Daniel Defense.
• The manufacturer part number is 0304518025.
• The model is described as the Micro Mount.
• The UPC is 815604015462.
• The material is specified as 6061-T6 Aluminum.
• The color is listed as Black.
• The mount type is Picatinny Rail.
• The fit is specified as Picatinny.
• The product type is Rail Mount.
• The package includes a Lower 1/3 Adapter.
• The listed dimensions are 1.24″ L x .8″ W x 1.10″ H.
• This mount is stated to fit Aimpoint Micro optics and compatible micro red dots.
• The attachment method is the Patented Rock & Lock system as described in product notes.

This mount delivers a low-profile, serviceable mounting solution for owners who need a lightweight, repeatable platform for micro optics. Its construction from aerospace-grade aluminum and the inclusion of a spacer for lower 1/3 co-witness make it suitable for shooters who prioritize sight picture consistency and minimal added mass to a flat-top upper. The Micro Mount is a practical choice when pairing Aimpoint-style micro red dots to rifles used in competition, precision practice, or field-training environments.

Users commonly praise the mount for its lightweight construction and its reliable, secure optic retention.