Swarovski EL 8x42 2000 Meters Rangefinder Binoculars- EL842RTA (Range Green)

The EL RANGE is the latest demonstration of the innovativeness that lies at the heart of SWAROVSKI OPTIK. It combines SWAROVISION technology with precise range measurement. Spot game quickly and accurately thanks to the precision and edge-to-edge...
R 73,499.00

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Swarovski EL 8x42 2000 Meters Rangefinder Binoculars- EL842RTA (Range Green)

Swarovski EL 8x42 2000 Meters Rangefinder Binoculars- EL842RTA (Range Green)

R 73,499.00

Swarovski EL 8x42 2000 Meters Rangefinder Binoculars- EL842RTA (Range Green)

R 73,499.00
The EL RANGE is the latest demonstration of the innovativeness that lies at the heart of SWAROVSKI OPTIK. It combines SWAROVISION technology with precise range measurementSpot game quickly and accurately thanks to the precision and edge-to-edge sharpness of SWAROVISION technology. The EL Range can be configured to suit your specific needs and you can transfer your own ballistics data, along with air pressure and temperature readings, allowing you to make an accurate assessment of every hunting situation. The innovative tracking assistant helps you to narrow down the area where your last shot hit the target. Accuracy can also mean versatility. The EL Range 8x42 binoculars are ideal for numerous viewing opportunities right up to twilight. Their expansive field of view and large exit pupil ensure optimum comfort during observation.
  • SWAROVISION Technology: Delivers precision and edge-to-edge sharpness for quick and accurate game spotting.
  • Precise Range Measurement: Ensures accurate distance assessment in various hunting situations.
  • Customizable Settings: Configure to suit specific needs with the ability to transfer personal ballistics data.
  • Environmental Readings: Includes air pressure and temperature readings for enhanced accuracy.
  • Tracking Assistant: Innovative feature helps narrow down the area where the last shot hit the target.
  • Versatility: Suitable for numerous viewing opportunities, including low light conditions up to twilight.
  • Comfortable Observation: Expansive field of view and large exit pupil provide optimum comfort during use.
8x
Magnification
42 mm
Effective objective lens diameter
5.3 mm
Exit pupil diameter
19 mm
exit-pupil-distance-eye-relief-mm
140 m/1000m
Field of view m at 1000m / ft at 1,000yds
8 °
Field of view degrees
8 °
Field of view with eye glasses (°)
61 °
Field of view apparent
5 m
Shortest focusing distance
-7 to +5 dpt
Diopter adjustment
90 %
Light transmission
56-74 mm
Pupil distance
18.3
Twilight factor acc. to DIN-58388
172 mm
Length in mm.
136 mm
Width in mm.
79 mm
Height in mm.
930 g
Weight without batteries
10 - 2000 m
Measuring range in yds./ m.
1 m
Measuring accuracy in yds./ m.
≤ 0.5 s
Measuring time
± 90 °
Angular measurement
Class 1 EN/FDA
Laser
Yard / Meter
Units
2,000 measurements
Life cycle
CR2
Battery
  • FSB functional sidebag
  • UCS-R universal comfort strap with battery compartment
  • Eyepiece cover
  • Objective lens cover
  • BT tool
  • Soap & Brush

What to consider when choosing your binoculars

Magnification

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Magnification indicates how much closer an object appears compared to its actual distance. Higher magnification makes objects look closer but reduces the field of view. The number before the ‘x’ in a product name shows the magnification—for example, 10x42 means 10x magnification.

Field of view

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The field of view indicates how wide an area is visible through the optics. It’s measured in meters at 1000 meters (m/1000m), feet at 1000 yards (ft/1000 yds), or in degrees. Higher magnification narrows the field of view. Binoculars offer a wide view, while spotting scopes provide more detail but a narrower view.

Objective lens diameter

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The objective lens diameter determines how much light enters the optics, affecting performance in low-light conditions. Larger diameters capture more light, which is crucial in darker environments. The number after the ‘x’ in a product name shows this diameter in millimeters—for example, 10x42 means a 42 mm objective lens.

Shortest focusing distance

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The shortest focusing distance specifies how close an object needs to be to see it clearly with the optics. Between this value and infinity, it is possible to focus the image.

GROUND-BREAKING PRECISION