The Vortex Viper PST Gen II 3-15x44 FFP EBR-7C MOA Riflescope is engineered for precision shooters, offering a significant advantage in both close-range and extended-range scenarios. Its advanced optical system, featuring extra-low dispersion (XD) glass and XR™ fully multi-coated lenses, delivers exceptional resolution, colour fidelity, and light transmission for crisp, bright images. The glass-etched EBR-7C reticle, with 10 illumination levels, ensures optimal visibility and accurate aiming in diverse lighting conditions, making it an ideal choice for hunting, sporting, and long-range shooting across New Zealand's varied landscapes. Crafted from a single piece of aircraft-grade aluminium, this Vortex Viper PST Gen II scope is built to withstand harsh outdoor conditions and heavy recoil, with a precision-force spring system and precision-glide erector system ensuring smooth, repeatable adjustments and consistent tracking.

• First Focal Plane (FFP) EBR-7C Reticle: Allows for accurate ranging, holdovers, and windage corrections across all magnification settings.
• XD Lens Elements: Extra-low dispersion glass enhances resolution and colour fidelity for a clear sight picture.
• XR Fully Multi-Coated Lenses: Proprietary coatings increase light transmission for bright, clear images, especially in low-light conditions.
• ArmorTek Coatings: Ultra-hard, scratch-resistant coating protects exterior lenses from scratches, oil, and dirt.
• RZR Zero Stop: Prevents dialing below sight-in range after making temporary elevation adjustments, ensuring a quick return to zero.
• Exposed Tactical Turrets: Provide fast, accurate, and easily readable elevation and windage adjustments with crisp, tactile clicks.
• Integrated Illumination Dial: Offers 10 brightness settings with off positions between each setting for adaptable reticle visibility.
• Rugged Construction: Built from a single piece of aircraft-grade aluminium for exceptional durability and recoil resistance.
• Waterproof and Fogproof: O-ring sealed and argon purged for reliable performance in all weather conditions, ensuring internal components remain dry and clear.

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