Archive - Binoculars & Microscopes
Choose an alternative in the category
Binoculars & Microscopes
Advanced parameters
214 Results
Meade Adventure Scope 80mm Telescope
Discontinued
Telescope mirror,, lens diameter: 80mm, focal distance: 400mm, with tripod, weight: 1300g
Nikon Monarch 7i VR
Discontinued
Laser Rangefinder ideal for foresters, 6x magnification, function reducing vibration, measurement range 7.5 - 915 m, weight without battery 200g
Olympus EXWP 10 x 42 EXWP I
Discontinued
Binoculars - magnification 10x, angle of view 6.0 °, field of view for 1000m is 105m, weight 660g
Olympus EXWP 8 x 42 EXWP I
Discontinued
Binoculars - magnification 8x, viewing angle 6,3 °, field of view for 1000m is 110m, weight 650g
Canon 14x32 IS
Discontinued
Binoculars - 14× zoom, 32mm lenses, 2xAA batteries, standard and enhanced image stabilisation (IS)
Canon 10x32 IS
Discontinued
Binoculars - 10× zoom, 32mm lenses, 2xAA batteries, standard and enhanced image stabilisation (IS)
Meopta MeoStar S1-75 HD (APO)
Discontinued
Binoculars - outstanding optical performance with incredible resolution.
Meopta MeoStar S1-75 HD (APO)
Discontinued
Binoculars - outstanding optical performance with incredible resolution.
Meopta MeoSport 8x25 binoculars
Discontinued
Binoculars - binocular, 8× zoom, lens diameter: 25mm, weight: 390g
Meopta MeoStar S2 82 HD - Sloping
Discontinued
Binoculars - pinnacle in the Meopta assortment. Premium performance, size, fluoride HD glass.
Meopta MeoStar S2 82 HD - Straight
Discontinued
Binoculars - Milestone in the Meopty range, Premium performance, fluoride HD glass.
Meopta MeoStar B1 8x56
Discontinued
Binoculars - binoculars for detailed observation at any distance even under poor lighting conditions.
Meopta MeoStar B1 8x42
Discontinued
Binoculars - Universal binoculars with a superior optical system.
Meopta MeoStar B1 8x32
Discontinued
Binoculars - top performance in a compact design with a wide field of view.
Meopta MeoStar B1 15x56 HD
Discontinued
Binoculars - the top-of-the-range binoculars for a long-distance observation even under challenging lighting conditions
