REFURBISHED Burris FourX Rifle Scope - 3-12x56mm Illuminated Mil-Dot Reticle Matte

The Refurbished Burris FourX Rifle Scope 3-12x56mm with Illuminated Mil-Dot Reticle delivers precision optical performance at a fraction of the cost of comparable new units. This mid-range magnification rifle scope excels in both precision rifle and tactical hunting applications, where variable magnification and a larger 56mm objective lens combine to maximize light transmission and target acquisition across varied lighting conditions. The 4x magnification range—from 3x to 12x—provides flexibility for engagements from close-quarters to extended ranges, making it a versatile choice for serious shooters who demand performance without premium pricing.

The 56mm objective lens gathers substantial ambient light, improving image clarity and brightness in low-light conditions typical of dawn and dusk hunting or tactical operations. The illuminated mil-dot reticle enhances target visibility against varied backgrounds and provides holdover capability for ballistic corrections at distance without requiring manual turret adjustments. At 2.07 lbs, this scope remains compact and lightweight relative to its optical capability, minimizing impact on rifle balance and handling. The matte finish eliminates glare and reflection, critical in tactical scenarios where light signature must be minimized.

This refurbished Burris scope suits precision rifle competitors, law enforcement and military personnel, and hunters who operate across variable terrain and lighting. The 3-12x magnification range bridges the gap between close-range target work and longer-distance precision shooting, making it particularly effective for tactical carbines, precision rifles, and hunting platforms where a single optic must handle multiple engagement profiles. Burris's optical engineering provides the optical clarity operators and shooters expect from established manufacturers, and the refurbished condition delivers significant savings while maintaining functional accuracy and optical performance.