XED SERIES

Constructing precise long-range standards using upgraded XED glass, surpassing ED glass.

Upgraded optical system with EXTREMELY EXTRA LOW DISPERSION, covering major scenarios in competitions, hunting, and tactical operations.

HOYA® ED Glass HOYA® ED Glass
High Transmittance High Transmittance
Zero-Shift Turrets Zero-Shift Turrets
Ultra-Wide FOV Ultra-Wide FOV
Durability Durability
Versatility Versatility
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ED 抑制图表

Typically, commercially available lens groups may exhibit blurriness at the edges, while XED lenses effectively reduce chromatic aberration and maintain sharpness even at the edges.

The use of scopes is suitable for various environments.
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Field hunting
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Extreme weather
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Precision Shooting
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Tactical Shooting
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Caliber-compatible Options
XED scopes are compatible with a wide range of calibers—from .22 LR to .50 BMG—and designed to endure up to 1,500G, ensuring exceptional durability and performance in demanding conditions.
Advanced optics
Advanced optics
With extra-low dispersion (ED) glass elements, multi-coated lenses, and 90% light transmission, the ED model delivers advanced optical performance.
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illuminated
Daylight visible illuminated reticle
The powerful daylight-visible illuminated reticle allows users to choose red illumination with six intensity levels. Only the center of the reticle lights up for the most precise aiming.
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Top optics
Top optics
The use of extra-low dispersion (ED) glass elements minimizes chromatic aberration, resulting in sharper images and improved color accuracy.
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Coated Lenses
Coated Lenses
The multi-coated lenses enhance light transmission up to 90%, reducing lens flare and ghosting while maximizing clarity and brightness in various lighting conditions.
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Precision Manufacturing
Precision Manufacturing
Advanced processes ensure the accuracy and consistency of components, enhancing product performance and durability for reliable long-term use.
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Functional
Functional
Some models feature this function, allowing for quick and precise return to a set position, improving efficiency and reducing downtime during repetitive tasks.
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