SWAROVSKI Z3 RIFLESCOPE 3-10X42MM WITH L-PLEX RETICLE

The Z3 3-10x42 impresses with its sturdy optics, despite its lightweight design, making it particularly suitable for still hunting. It has a shapely outline and is intended for conventional hunting firearms.

The slim, sturdy 1-inch Z3 3-10x42 L rifle scope stands out for its rugged optics with its lightweight design. This makes it particularly ideal for hunting in a stand. It is suitable for every type of firearm thanks to its classic design.

• Magnification : 3.3-10x
• Effective objective lens diameter : 42mm
• Exit pupil diameter : 12.6-4.2mm
• Exit pupil distance (Eye relief) : 90mm
• Field of view : 33-11.7 / 11-3.9 ft/100 yds / m/100 m
• Field of view : 6.3-2.2°
• Field of view, apparent : 22.7°
• Dioptric compensation (dpt) -2.5 to +2.5
• Light transmission : 90%
• Twilight factor acc. to ISO 14132-1 : 8.7-20.5
• Impact point corr. per click : 0.25 / 7 in/100 yds / mm/100 m
• Max. elevation / windage adjustment range : 50 / 1.4 in/100 yds / mm/100 m
• Objective filter thread: M 44×0.75

Magnification

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

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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

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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.
Depending on the model, the adjustment range is indicated in different units: either as a linear value (m/100 m or in/100 yd) or as an angular measurement in MRAD or MOA. This gives you the flexibility to choose the system you prefer.

Light transmission

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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.