Zeiss Victory V8 Riflescope 4.8-35x60 w/ ASV Elevation -#43 Illuminated:
The long-range revolution
The benchmark in the VICTORY V8 line. 35x magnification combined with the BDC Competition bullet drop compensator stands for ultimate long-distance shot excellence. The smallest targets appear highly detailed and so close that you can touch them. Sensational 92 % light transmission and the unique 60 mm lens provide the necessary brightness to enable accurate long-range shots even at high magnification in darkness. A large exit pupil facilitates fast target acquisition as soon as the weapon is raised. The optical system on the VICTORY V8 impresses with maximum detail rendition thanks to its combination of HT and FL concepts, and also comes standard with parallax compensation. The latest VICTORY V8 from ZEISS therefore unites the properties of the most flexible riflescope on the market with those of a spotting scope. Another highlight is the finest illuminated dot in the world that features subtension the size of a two cent coin at a distance of 1.000 m. In short, it is the most powerful riflescope from ZEISS
The ASV+ Ballistic System from Carl Zeiss is a refined and highly intuitive ballistic solution - easier to use and even more precise. The knob normally used to adjust the height is replaced by a non-slip knob which comes with 9 custom ballistic rings. Match your load to the correct ring, install it on the custom knob, and before taking your shot, simply turn the ASV+ to the measured distance - and aim accurately. It has never been easier to overcome the problem of long-range shooting
Optical System:
Function & Design
Tech Specs at a Glance:
Magnification range: 4.8 to 35x
Field of view: 24 - 3.3 ft / 100yds
Objective diameter:60mm
Eye relief:95mm
Illuminated reticle:Yes
Parallax Free:55-infinite
Tube size:36mm
Weight:964g / 34oz
Length:480cm / 15.75in
Reticle 43 (Mil-Dot)
Extremely fine and bright illuminated dot in the center
Reticle 43 makes it possible to make elevation adjustments by using the various reticle design features, instead of changing elevation settings. Dots are spaced in one mil (milliradian) increments on the crosshair, allowing also for range estimation, based on the known size of the target.