High magnification, wide impact point adjustment range, and an illuminated reticle make the Swarovski Z5+i 3.5-18x50 Riflescope an ideal optic for long-distance shooters. The scope comes outfitted with an 80 MOA elevation adjustment range at 1/4 MOA per click so you can dial in that extra-long shot, or use the BRS-I reticle to hold over and achieve the trajectory you need. The big 50mm objective welcomes lots of light for a good view at low-light times of day or when you're fully zoomed in at 18x. The housing is made of a lightweight and durable aluminum alloy that's sufficiently waterproof to sit under 13 feet of water without leaking.
Optical Performance
- 3.5-18x magnification is ideal for mid- to long-range use
- Large 50mm objective provides the light-gathering ability required for use in low or challenging light
- Fully antireflection multicoated lenses and prism for contrast and color fidelity
- Versatile zoom range allows users to enjoy a wide field of view on low power to scan a large area then zoom in for proper identification and accurate shots
BRS-I Reticle Details
- Illuminated center dot
- 15 brightness levels
- Located on the second focal plane so reticle appears to stay the same size regardless of the magnification setting
- Reticle that has been optimized for hunters who wish to utilize hold overs instead of a ballistic turret for shooting at longer ranges
- 2 MOA between each elevation hold over
- 2 MOA between each windage mark on the hold over lines
Use and Handling
- Textured zoom collar for easy adjustment in cold and wet weather or while wearing gloves
- 1/4 MOA per click impact point correction
- Wide 80 MOA elevation adjustment range is designed for long-range use
- 80 MOA windage adjustment range
Construction Details
- 30mm maintube fits many widely available rings and mounts
- Lightweight and durable aluminum-alloy chassis
- Scratch-resistant and low-reflective matte-black anodized finish
- Waterproof and submersible to 13'
- Nitrogen-filled to be resistant to internal fogging when moving through extreme changes in temperature or conditions
UPC: 708026702044