Vortex 13- 39x56 Razor Hd Spotting Scope (Angled Viewing)

PRODUCT DESCRIPTION

Hunters stalking game and shooters aiming far downrange will appreciate the bright, clear, true-colored imagery of the 13-39x56 HD Razor Spotting Scope from Vortex. The apochromatic index-matched lens elements are designed to optimize light transmission, minimize distortion, and virtually eliminate chromatic aberration. All air-to-glass surfaces have Vortex's XR antireflective coatings to minimize light loss and the roof prism has dielectric and phase-correcting treatment. External surfaces bear ArmorTek coating for scratch resistance.

The lightweight body is O-ring sealed and argon filled to be waterproof and resist internal fogging. The scope has a tripod mounting shoe that also accepts a 1/4"-20 mounting bolt. A retractable lens shade keeps sunlight and rain off the objective lens.

• Optimized with select glass elements to deliver exceptional resolution, cut chromatic aberration, and provide outstanding color fidelity, edge-to-edge sharpness, and light transmission.
• XR Plus antireflective coatings on all air-to-glass surfaces provide maximum light transmission for peak clarity and good low-light performance.
• Multilayered dielectric prism coatings offer bright, clear, color-accurate images.
• Phase-correction coating on the roof prism enhances resolution and contrast.
• Apochromatic index-matched lenses correct color across the entire visual spectrum.
• Armortek ultrahard exterior lens coatings defend against scratches, oil, and dirt.
• Rubber armor allows a secure, nonslip grip and durable external protection.
• Argon gas purged and O-ring sealed for fog and waterproof performance.

SPECIFICATIONS:

• Viewing Angle    Angled
• Magnification    13 to 39x
• Objective Lens Diameter    56 mm
• Field of View    13x: 168.0' @ 1000 yd / 55.8 m @ 1000 m, 39x: 89.0' @ 1000 yd / 29.5 m @ 1000 m
• Minimum Focus Distance    9.2' / 2.8 m
• Exit Pupil Diameter    13x: 4.3 mm, 39x: 1.4 mm
• Eye Relief    15.0 to 17.8 mm
• Battery / Runtime    No