Vortex -20-60x80ED Skyline Straight - Spotting Scopes - VORTEX-ED80SK-S

The Vortex Skyline 20-60x80mm Angled Spotting Scopes - In the grey light of early dawn, the distant bull elk feeds into the trees. Is he worth chasing after, or not? Only the Skyline Spotting Scope from Vortex can tell! This 80mm spotting scope grasps all the light you need to pull fine details out of hazy scenes and dim light. Even at longer ranges, the fully multi-coated optics of the Vortex Skyline will impress you with exceptional contrast, clarity, and natural colors. Add a 20-60x eyepiece, and you're perfectly set for high quality, long distance viewing. Watching animals from a distance is easy with the Skyline's powerful zoom eyepiece. This versatile 20-60x eyepiece lets you take in the whole scene, or study fine details such as antler counts! Designed for comfort, even with eyeglasses, all you do is twist back the eyecup for pleasing, wide-field viewing.

The premium optics of the Vortex Skyline Series spotting scopes is well-protected for long years of field use. The Skyline is built for rough handling with a robust, rugged housing. 100% tight O-ring seals keep rain, snow, and dust from harming the optics. Nitrogen purging prevents fog from appearing on internal lenses if the temperature changes drastically. It's easy to see that you'll be ready for anything nature brings your way with the Skyline spotting scope. Shop Now…for Vortex Spotting Scopes at affordable prices

Features of Vortex Skyline 20-60 x 80mm Straight Spotting Scope - VORTEX-ED80SK-S

• Distinctive Broadband coatings reduce surface reflections for the most impressive images at high magnifications.
• Fully multi-coated optics increase the amount of light passing through the scope for even brighter, more detailed views.
• Complete waterproofing against the effects of dust, rain, sleet, and snow on the optics is certain due to tight O-ring seals.
• Clear fogproof viewing in sudden temperature changes is a reality because the nitrogen purged optics prevent internal fogging of the lenses.