The Q 100-360 AUS Direct Mount delivers precision scope mounting for the Mini Fix rifle system with zero-compromise rigidity. This 30mm direct-mount ring eliminates traditional rail interfaces, creating a solid connection between optic and receiver that maintains zero under heavy recoil.
What Makes This Different
Unlike conventional scope rings that clamp to Picatinny rails, the Q 100-360 AUS mounts directly to the Mini Fix receiver's integrated mounting points. This direct-attachment design reduces height over bore by 0.3 inches compared to standard ring setups while eliminating potential flex points that can affect accuracy. The single-piece construction provides 4x greater rigidity than segmented ring systems.
Key Features
- Direct receiver mounting eliminates rail interface for maximum rigidity
- 30mm tube diameter accommodates premium tactical optics
- Reduced height over bore for improved shooting ergonomics
- Type III hard anodized aluminum construction resists wear and corrosion
- Torque specifications clearly marked for proper installation
- Compatible exclusively with Q Mini Fix rifle platforms
- Tool-free adjustment with integrated bubble level
Field performance testing shows the direct-mount system maintains zero through temperature swings from -20°F to 140°F. The rigid connection transfers barrel harmonics consistently, contributing to sub-MOA accuracy with quality ammunition. Law enforcement agencies report reliable zero retention after thousands of rounds in patrol rifle applications.
Technical Specs
- Tube Diameter: 30mm
- Material: 7075-T6 aluminum alloy
- Finish: Type III hard anodized black
- Weight: 3.2 ounces
- Height: 1.4 inches center of bore to scope centerline
- Torque Specification: 18 inch-pounds
- Compatibility: Q Mini Fix receivers only
- Country of Origin: United States
The Q 100-360 AUS represents the next evolution in precision rifle optics mounting, where direct attachment replaces traditional rail systems. Professional users who demand absolute reliability choose this mount when accuracy cannot be compromised.