The Bushnell Elite Tactical XRS3 6-36x56mm G5 I Reticle Rifle Scope is engineered for precision and versatility in long-range shooting applications. Featuring a durable black finish, this high-performance optic is designed to meet the demands of tactical and competitive shooters alike. The scope offers a generous 6x to 36x magnification range, allowing for detailed target acquisition at varying distances. The 34mm main tube provides enhanced light transmission and a robust platform for accurate adjustments. The large 56mm objective lens gathers ample light to ensure clear, bright images even in low-light conditions.
The scope is equipped with a First Focal Plane reticle, meaning the reticle size scales with the zoom level, facilitating accurate range estimation and holdovers at any magnification. Adjustments are made with 0.1 MIL precision, enabling fine-tuned aiming for precise shot placement. Features like the RevLimiter Zero Stop and exposed windage and elevation turrets allow shooters to quickly return to their zero point and make quick adjustments in dynamic shooting scenarios. The illuminated G5I reticle enhances visibility in various lighting conditions, providing clear targeting cues in low-light environments.
Designed for durability and performance, the Bushnell Elite Tactical XRS3 is an excellent choice for marksmen demanding high accuracy and reliable operation. Its rugged construction and advanced features make it suitable for tactical, competition, and long-range hunting applications, ensuring optimal performance in the field or on the range.

Features:

• RevLimiter Zero Stop for quick zero return

• Exposed windage and elevation turrets for easy adjustments

• First Focal Plane reticle for consistent reticle size at all magnifications

• Magnification range from 6x to 36x for versatile targeting

• 34mm main tube for enhanced durability and light transmission

• Large 56mm objective lens for bright, clear images

• 0.1 MIL adjustment increments for precise aiming

• Illuminated G5I reticle for improved visibility in low-light conditions