The Weaver 99671 Offset Rail Adapter transforms standard Picatinny rails into versatile mounting platforms for optics, lights, and accessories. This precision-machined adapter maintains true 0 MOA alignment while providing lateral offset positioning for optimal sight picture and accessory placement.
What Makes This Different
Unlike fixed-position rail segments, this offset adapter allows shooters to position optics and accessories away from the primary sight line without introducing elevation changes. The 0 MOA specification ensures point-of-impact remains consistent when transitioning between primary and offset-mounted optics. CNC-machined construction delivers repeatable zero retention across thousands of mounting cycles.
Key Features
- Precision 0 MOA offset design maintains consistent point of impact
- Type III hard anodized black finish resists wear and corrosion
- Compatible with standard Picatinny and Weaver rail systems
- CNC-machined 6061-T6 aluminum construction for durability
- Low-profile design minimizes snag points and bulk
- Reversible mounting for left or right-side offset configurations
- Torque-spec fasteners ensure secure, repeatable attachment
This adapter excels in tactical applications where backup optics or offset red dots complement primary scopes. Competition shooters benefit from the ability to mount close-range optics alongside magnified scopes without sight picture interference. The robust construction withstands recoil from high-powered rifles while maintaining zero integrity through temperature extremes and field conditions.
Technical Specs
- Material: 6061-T6 aluminum alloy construction
- Finish: Type III hard anodized black coating
- Rail Compatibility: Picatinny/Weaver 1913 standard
- Offset Angle: 0 MOA elevation adjustment
- Weight: Approximately 2.1 ounces
- Length: 4.5 inches overall
- Width: 0.87 inches standard rail width
- Hardware: Stainless steel mounting screws included
The Weaver 99671 delivers professional-grade mounting solutions for shooters requiring precise offset positioning without elevation compensation. Its proven design and quality construction make it the logical choice for serious tactical and competitive applications.