Dimensions (Overall): 150 Millimeter (H) x 71 Millimeter (W) x 5.71 Inches (D)
Weight: 41 ounces
Electronics Features: Roll-Down Eyecups, Dioptric Correction, Rangefinder, Nitrogen Purged, Armored Body, Distance Scale, Rubber Grip, Tripod Socket Compatible, Waterproof
Lens Coating: Fully Multi-Coated
Field of View: 394 Feet
Eye Width Adjustment: 56mm-72mm
Focusing System: Individual
Objective Lens Size: 50 Millimeter
Magnification: 7
Material: Glass, Aluminum, Rubber
Battery: 1 LR44 Alkaline, Optional, Included
Warranty: Lifetime Limited Warranty. To obtain a copy of the manufacturer's or supplier's warranty for this item prior to purchasing the item,
•50mm objective lenses
•7x image magnification
•Phase coated bak-4 prisms and multicoated optics
•Rubber armor protects from bumps and light impacts
•22mm eye relief allows use while wearing glasses
•Illuminated compass for direction location
•Built-in reticle for determining distance and size of objects
•Calculator dial allows for quick distance measurements
The Celestron Oceana 7x50 Porro Binoculars are a premium but affordable pair of binoculars. They are practical while providing protection against impacts, water and weather, and high powered even in low light. They include an illuminated compass for convenient navigating in uncharted territory.
The Oceana 7x50 binoculars feature large, 50mm objective lenses offers maximum image brightness even in low light conditions, like dusk and dawn. The binoculars come with BaK-4 prisms and fully multi-coated optics giving sharp images with high contrast and resolution along with increased light transmission. The 7x magnification provides you a close-up to your subject whether across the water or in your own backyard. The binoculars also feature Individual Focus, so you can set up the binoculars for your own best viewing.
The Oceana comes with an illuminated compass and reticle for measuring distances. A crucial tool for navigators as it provides accurate directions at all times. The reticle will help you determine the size and distance of your subject.