Vortex Venom Red Dot 3 MOA - Compact High-Precision Red Dot Sight

Overview

The Vortex Venom Red Dot 3 MOA is a compact red dot sight designed for ARs, pistols and hunting rifles. Its 3 MOA red dot allows for fast target acquisition while maintaining a precise point of aim, both at close range and at distance. Thanks to its machined aluminum housing, this optic is built for intensive, repeated use on the range as well as in real-world conditions.

Technical Specifications

• Magnification: 1x - aim with both eyes open for maximum responsiveness
• Dot size: 3 MOA - ideal balance between fast acquisition and precision
• Eye relief: unlimited - flexible aiming position, suited to any body type
• Windage/elevation adjustments: 1 MOA graduation, flush, up to 130 MOA elevation and 100 MOA windage
• Parallax setting: parallax free for a consistent point of aim regardless of eye position
• Objective lens: fully multi-coated lens offering a wide, clear field of view
• Power source: top-load battery system, CR1632 battery, up to approximately 150 hours of runtime at maximum setting
• Dimensions: length 1.9 inches, weight 1.1 ounces (unit only)

Benefits

• Machined aluminum housing resistant to impacts and sustained use
• Top-loaded battery: no need to remove the sight or lose zero when changing the battery
• Power and brightness controls located on the left side for quick access in any situation
• Flush windage and elevation adjustments, easy to read and adjust in the field
• Multi-coated optics for a clear image even in variable lighting conditions
• Picatinny mount included, compatible with most standard rails

Use and Maintenance

Mount the Vortex Venom on a Picatinny rail and zero it using the windage and elevation turrets graduated in 1 MOA increments. Clean the lens with a microfiber cloth to preserve optical clarity. Remember to regularly check the condition of the CR1632 battery, especially before an extended hunting or shooting trip, and take advantage of the top-load battery system for a quick replacement without disturbing the optic's zero.