Description
Description
- Fully Multi-Coated Optics
- Second Focal Plane Reticle
- Single-Piece Tube
- Aircraft-Grade Aluminum Construction
- Waterproof, Fogproof and Shockproof
- Hard Anodized Finish
- Capped Reset Turrets
- Fast Focus Eyepiece
- V-Plex Reticle
- Matte Black Finish
Vortex Crossfire II 2-7x32mm Scout Scope is versatile, practical, utilitarian, and just plain cool. Scout rifles hold a special place in many hunters and shooters hearts. So we created a scope specifically designed to optimize the performance characteristics of the platform. With an incredibly generous 9.45 in eye relief to accommodate forward mounting, and a 2-7 zoom range, the Vortex Scout Scope is the perfect optic for any job you and your scout rifle want to throw at it. Crossfire II line is built to exceed the performance standards of similarly priced riflescopes. Long eye relief, a fast-focus eyepiece, fully multi-coated lenses and improved, resettable MOA turrets are hallmarks of the series.
| Magnification | 2x-7x |
| Objective Lens Diameter, mm | 32 |
| Field of View (FOV) @ 100yds, ft | 5.2-18.3 |
| Eye Relief, in | 9.45″ |
| Tube Diameter, in |
1″ |
| Adjustment Graduation, MOA | 1/4 |
| Travel per Rotation, MOA | 15 |
| Turret Style | Capped |
| Parallax Setting, yds | 100 |
| Reticle | V-Plex |
| Max Elevation Adjustment, MOA | 60 |
| Max Windage Adjustment, MOA | 60 |
| Finish | Black Matte |
| Length, in | 10.5″ |
| Weight, oz | 12 |
Single-Piece Tube
Maximizes alignment for improved accuracy and optimum visual performance, as well as ensures strength and waterproofness.
Aircraft-Grade Aluminum
Constructed from a solid block of aircraft-grade aluminum for strength and rigidity.
Hard Anodized Finish
Highly durable low-glare matte finish helps camouflage the shooter’s position.
Fast Focus Eyepiece
Allows quick and easy reticle focusing.
Second Focal Plane Reticle
Scale of reticle maintains the same ideally-sized appearance. Listed reticle subtensions used for estimating range, holdover and wind drift correction are accurate at the highest magnification.
