The Meprolight MPO F red dot sight delivers precision targeting with its dual reticle system combining a 3 MOA center dot and 33 MOA outer ring. This 1x magnification optic provides rapid target acquisition for close to medium-range engagements across multiple shooting disciplines.
What Makes This Different
The MPO F features Meprolight's proven bullseye/ring reticle configuration that offers versatility beyond standard single-dot systems. The 3 MOA center dot provides precise aiming points for accuracy work, while the 33 MOA outer ring enables fast target acquisition and shot placement verification. This dual-purpose design eliminates the need to switch between different reticle types based on shooting requirements.
Key Features
- Dual reticle system with 3 MOA red dot and 33 MOA bullseye ring
- 1x magnification for both-eyes-open shooting technique
- Durable aluminum housing with matte black finish
- Multi-coated lenses for enhanced light transmission
- Standard Picatinny/Weaver rail mounting compatibility
- Waterproof and fog-proof construction
- Battery-powered illumination with multiple brightness settings
Field performance centers on the reticle's adaptability across shooting scenarios. Competition shooters benefit from the precise 3 MOA dot for accuracy stages, while the outer ring assists with rapid engagement sequences. Law enforcement applications leverage the quick acquisition capabilities for close-quarters situations. The optic maintains zero retention through recoil cycles and environmental changes.
Technical Specs
- Magnification: 1x
- Reticle: 3 MOA red dot with 33 MOA bullseye ring
- Housing material: Aircraft-grade aluminum
- Finish: Matte black anodized
- Mounting: Picatinny/Weaver rail system
- Battery type: CR2032 (typical for this class)
- Operating temperature: -40°F to 160°F
- Country of origin: Israel
The MPO F represents Meprolight's expertise in military-grade optics adapted for civilian and professional use. The bullseye reticle system addresses multiple shooting requirements in a single sight picture, reducing equipment complexity while maintaining performance standards.