The Sig Sauer Whiskey4 3-12x44mm delivers precision optics engineered for long-range shooting applications. This second focal plane riflescope combines variable magnification with an illuminated BDC-1 Hellfire reticle for enhanced target acquisition across diverse lighting conditions.
What Makes This Different
The exposed zero stop turret system allows for immediate return to zero after dialing elevation adjustments. Low dispersion glass provides edge-to-edge clarity while maintaining light transmission rates above 90% throughout the magnification range. The 30mm main tube construction offers increased adjustment range compared to standard 1-inch tube designs.
Key Features
- 3-12x variable magnification with 44mm objective lens
- BDC-1 Hellfire illuminated reticle with 11 brightness settings
- Exposed zero stop elevation turret for precise adjustments
- 30mm aircraft-grade aluminum main tube construction
- Second focal plane reticle maintains consistent subtension
- Nitrogen purged and O-ring sealed for waterproof performance
- Low profile windage and elevation turrets with tactile clicks
Field performance remains consistent across temperature extremes from -40°F to 140°F. The scope tracks reliably through 80 MOA of elevation adjustment and 60 MOA of windage travel. Hunters appreciate the 3x minimum magnification for close-range shots, while the 12x maximum magnification extends effective range for precision shooting applications.
Technical Specs
- Magnification: 3-12x with 44mm objective
- Tube diameter: 30mm aircraft-grade aluminum
- Eye relief: 3.5 inches across magnification range
- Field of view: 35-9 feet at 100 yards
- Adjustment range: 80 MOA elevation, 60 MOA windage
- Click value: 1/4 MOA per click
- Weight: 22.9 ounces
- Length: 13.4 inches overall
- Finish: Matte black anodized aluminum
- Waterproof rating: IPX7 standard
The Whiskey4 series represents proven optical engineering backed by Sig Sauer's lifetime warranty coverage. Professional shooters select this optic for its consistent tracking performance and reliable zero retention under recoil stress.