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Vortex Razor HD GenIII 1-10×24 (mrad)

Original price was: $1,320.00.Current price is: $789.21.

59 in stock

SKU: 11002 Category:

Description

The next evolution of our wildly popular Razor line, the Razor HD Gen III 1-10×24 brings the highest level of first focal plane performance to those who demand the versatility of 1-10x power. Military, law enforcement, and competition shooters alike will love the clarity of an HD optical system and a crisp, illuminated reticle in a package that weighs the same as our 1-6x, but doesn’t sacrifice any durability. A true 1x on the low end and daylight bright illumination for reliable performance in all conditions makes this a single solution for close-quarters and long-range.

  • Magnification: 1-10x
  • Objective Lens Diameter: 24 mm
  • Eye Relief: 3.6 inches
  • Field of View: 116-11.7 ft @100 yds
  • Tube Size: 34 mm
  • Turret Style: Low Capped
  • Adjustment Graduation: .1 MRAD
  • Travel Per Rotation: 10 MRAD
  • Max Elevation Adjustment: 30 MRAD
  • Max Windage Adjustment: 30 MRAD
  • Parallax Setting Fixed: @150 yds
  • Length: 10.1 inches
  • Weight: 21.5 oz

HD Optical:

System Optimized with select glass elements to deliver exceptional resolution, cut chromatic aberration and provide outstanding color fidelity, edge-to-edge sharpness and light transmission.

XR™ Fully Multi-Coated:

Proprietary coatings increase light transmission with multiple anti-reflective coatings on all air-to-glass surfaces.

APO System:

Index-matched lenses correct color across the entire visual spectrum.

Optically Indexed Lenses:

Optimize image sharpness and brightness from edge to edge.

First Focal Plane Reticle:

Scale of reticle remains in proportion to the zoomed image. Constant subtensions allow accurate holdover and ranging at all magnifications.

Glass-Etched Reticle:

Allows for intricate reticle design. Protected between two layers of glass for optimum durability and reliability.

Daylight Bright Illumination:

Daylight bright, illuminated reticle aids in faster target acquistion in bright daylight conditions.