Tearoffs 12.375in Strght ht RQP / BEL Sport EV

The Tearoffs 12.375in Straight Height RQP / BEL Sport EV from Ultra Shield is a specialized protective lens system designed for tactical operators, law enforcement, and motorsport professionals who demand optical clarity under dynamic conditions. This tearoff system addresses a critical operational gap: maintaining unobstructed vision when environmental debris, environmental contamination, or ballistic threats compromise your primary optic. Built for professionals who cannot afford downtime or vision compromise in the field, this product combines proven tearoff technology with sport-grade optical performance.

The 12.375-inch straight height configuration delivers full peripheral coverage across tactical eyewear and sport platforms, with precisely engineered tearoff laminate layers that separate cleanly without residue or distortion. The RQP (Rapid Quick-Pull) mechanism enables single-handed deployment even under gloved operation—essential when your hands are occupied with weapon systems or vehicle controls. BEL Sport EV optical-grade material maintains true light transmission and color neutrality, critical for accurate target acquisition and threat assessment. The straight height design eliminates frame-edge interference common in curved tearoff systems, providing unrestricted downward vision—a decisive advantage in mounted operations and precision shooting positions.

This tearoff system integrates seamlessly with ballistic-rated eyewear platforms used across tactical units, SWAT teams, and competitive shooters. Law enforcement operators benefit from extended engagement windows during vehicle pursuits or outdoor operations where dust, sand, or environmental spray accumulate rapidly. The lightweight 1.87-pound total package—including multiple tearoff layers—ensures zero perceptible weight shift or balance disruption to your headgear. Installation requires no tools and maintains full compatibility with existing ballistic frames. Stock multiple layers for extended operations or training cycles where replacement frequency demands durability and cost efficiency.