The Burris Optics Veracity 2.5-12x42 rifle scope is designed for precision shooting and versatile applications. Featuring a sleek black finish, this scope offers a variable magnification range from 2.5x to 12x, allowing shooters to quickly adapt to different target distances. The 42mm objective lens enhances light transmission for brighter images in low-light conditions, while the 30mm main tube provides a robust platform for accurate adjustments and durability. Constructed with rugged materials, the Veracity scope is built to withstand harsh environments and demanding use.
This optic is equipped with advanced features such as Zero Click Stop Technology, which allows for quick and reliable return to zero after sight adjustments, and the Knob Synergy System that simplifies elevation and windage adjustments. The R.E.D. Industrial Design ensures a balanced and ergonomic profile for comfortable handling during extended shooting sessions. The scope's 1/4 MOA adjustment increments provide precise control for windage and elevation, essential for long-range accuracy.
The reticle, a 3PW-MOA Rear Focal Plane, is illuminated for enhanced visibility in challenging lighting conditions, making target acquisition faster and easier. The scope does not feature an adjustable objective, which simplifies operation without sacrificing performance. Whether for hunting, target shooting, or tactical applications, the Burris Veracity 2.5-12x42 offers reliable performance, innovative features, and exceptional optical clarity for discerning shooters seeking a high-quality optic.
Features:
- Variable magnification from 2.5x to 12x for versatile targeting
- 42mm objective lens for bright, clear images
- 30mm main tube for durability and adjustment precision
- Zero Click Stop Technology for quick zero return
- Knob Synergy System for simplified adjustments
- R.E.D. Industrial Design for enhanced durability and handling
- 1/4 MOA adjustment increments for precise windage and elevation
- Illuminated 3PW-MOA Rear Focal Plane reticle for better visibility in low light
