Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular
Canis Latrans Telescope- 6.5X32NP Binocular

Canis Latrans Telescope- 6.5X32NP Binocular

Canis Latrans Telescope- 6.5X32NP Binocular
Price
$118.00
$76.40
Save  $41.60
Quantity
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SKU: CL3-0056
Model 6.5X32-NP
Magnification 6.5X
Objective Lens Diameter 32(mm)
Exit Pupil Diameter 4.9(mm)
Relative brightness 24
Twilight Factor 14.4
Eye Relief 21
Field Of View, Real 10 。
Field Of View, Apparent 65 。
Field Of View, Real 175 ( m/lOOOm )
Field Of View, Real 525 (ft/lOOOyds)
Close Focusing Distance 3(m)
Diopter compensation ±4(dpt)
Interpupillary Distance 53-74(mm)
Dimension (HXWXD) 112X182X58(mm)
Weight 705(g)

Binoculars or field glasses are two telescopes mounted side-by-side and aligned to point in the same direction, allowing the viewer to use both eyes (binocular vision) when viewing distant objects. Most are sized to be held using both hands, although sizes vary widely from opera glasses to large pedestal mounted military models.

 

Telescopes are optical instruments that make distant objects appear magnified by using an arrangement of lenses or curved mirrors and lenses, or various devices used to observe distant objects by their emission, absorption, or reflection of electromagnetic radiation.[1] The first known practical telescopes were refracting telescopes invented in the Netherlands at the beginning of the 17th century, by using glass lenses. They found use in both terrestrial applications and astronomy.


Unlike a (monocular) telescope, binoculars give users a three-dimensional(3D) image: for nearer objects the two views, presented to each of the viewer's eyes from slightly different viewpoints, produce a merged view with an impression of depth.