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Swarovski Z6i 2.5-15x56 II P Rifle scope Swarovski Z6i 2.5-15x56 II P Rifle scope Swarovski Z6i 2.5-15x56 II P Rifle scope Swarovski Z6i 2.5-15x56 II P Rifle scope
Swarovski Z6i 2.5-15x56 II P Rifle scope Swarovski Z6i 2.5-15x56 II P Rifle scope Swarovski Z6i 2.5-15x56 II P Rifle scope Swarovski Z6i 2.5-15x56 II P Rifle scope
Swarovski Z6i 2.5-15x56 II P Rifle scope
Rifle scope with illuminated cross and magnification up to 15x
€ 2.450,00
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The illuminated Z6i 2.5-15x56 II P is brilliant and multipurpose, designed for hunting at twilight.
The 6x zoom scope offers an effective range of use, from a field of view suitable for still hunting to a 15x magnification for accurate long-range shots.
HD optics and lateral parallax correction guarantee you a faultless image.

WHAT TO CONSIDER WHEN CHOOSING YOUR RIFLESCOPE

Magnifaction

The magnification specifies how much closer an object appears to be. The higher the magnification, the closer the object appears and the smaller the field of view. Rifle scopes usually have variable magnification (zoom), e.g. 2-16x. This means it is possible to zoom continuously from 2x to 16x magnification.


Impact Point Adjustment

To always be able to aim at the sighting point from different distances, the reticle is adjusted so that the impact point matches the aiming point. The aiming point is the point on the object you want to target. The reticle adjustment in the turrets on the rifle scope is operated using the click settings. Each click changes the impact point.


Adjustment Range

The adjustment range describes the range within which you can correct the impact point by adjusting the reticle without moving the device. The adjustment range is specified in relation to both the elevation and the windage adjustment.

We measure the adjustment range in meters per 100 meters (m/100m) or inches per 100 yards (in/100yd). Other manufacturers choose to specify this in MRAD (milliradians) or MOA (minutes of angle).


Light Transmission

This describes the amount of visible light that can pass through an optical system and is expressed as a percentage. The objective lens diameter specifies how much light can enter the optics. This makes it a key factor in an instrument’s performance, for example, in twilight. The bigger the objective lens diameter, the more light the objective lens can capture. The darker the surroundings, the larger the objective lens diameter needs to be. Check the precise product name as the number after the ‘x’ specifies the objective lens diameter in millimeters. A device with a suffix of 2-16x50, for example, has an objective lens with a diameter of 50 mm.


Specifications

Mount-type

  • Ring Mount
  • Rail Mount



4A-I

Objective

Magnification: 2.5-15x
Effective objective lens diameter: 24.0-56 mm
Exit pupil diameter: 9.5-3.8 mm
Exit pupil distance: 95 mm
Field of view: 16.5-2.7 m/100m
Field of view degrees: 9.4-1.5 °
Field of view apparent: 23.2 °
Diopter adjustment: -3 to +2 dpt
Light transmission: 91 %
Twilight factor acc. to ISO 14132-1: 7.1-29
Parallax correction: 50-∞ m

Measurements

Impact point correction per click (in / mm): 0.36 / 10
Max. elevation / windage adjustment range (m/100m / in/100yds): 1.8-1 / 64.8-36

Digital

Objective filter thread: M 58x0.75
Operating time: Twilight factor at medium brightness: 1,400; daylight factor at medium brightness: 180

Size and Weight

Length in mm.: 367 mm
Weight: 665 g
Central tube diameter: 30 mm

Environnment and Conditions

Functional temperature: -20 to +55 °C
Storage temperature: -30 to +70 °C
Submersion tightness: 13 ft / 4 m water depth (inert gas filling)

Illumination

Brightness levels Twilight: 0 - 32 / Day: 33 - 64


Scope of delivery

  • Transparent scope covers
  • BT tool
  • Replacement battery in replacement battery holder
  • Microfiber cloth