Konus Absolute Series Zoom Riflescope 5-40x56 Mil-Dot Non Illum Black

The Konus Absolute Series Zoom Riflescope 5-40x56 Mil-Dot Non Illuminated in Black delivers ED glass optical quality at a price point accessible to serious long-range shooters. The 5x to 40x magnification range combined with a 56mm objective lens provides exceptional light transmission and image clarity across varied lighting conditions, from low-light field scenarios to bright-day precision shooting.

The 56mm objective maximizes light-gathering capability for distant targets and dimly-lit environments, while the 40x magnification ceiling supports precision work at extended ranges. The mil-dot reticle enables holdover calculations for wind and elevation without reliance on external ballistics software, making it well-suited for field applications where battery-dependent systems are not practical. Optical performance remains consistent at maximum magnification without the image degradation common in budget zoom scopes. The non-illuminated design eliminates battery dependency and reduces overall weight to 3.45 lbs, keeping the optical system lightweight for field-mounted rifle configurations.

This riflescope serves precision rifle shooters, long-distance hunters, and tactical marksmen who require reliable magnification across variable distances and lighting. The 5-40x magnification spread allows fast-target acquisition at lower powers and refined aim-point placement at maximum zoom, reducing the need to carry multiple scopes for different engagement ranges. The mil-dot system is familiar to shooters trained in military and law enforcement marksmanship protocols.

Konus Optics positions the Absolute Series as a performance-to-cost option in the mid-tier riflescope market, delivering ED glass advantages without premium pricing. The fixed-focus design and non-illuminated reticle reduce complexity and failure points, prioritizing optical durability over electronic features. This scope is built for shooters who prioritize reliable magnification and consistent image quality over auxiliary features.