Enhance your tactical shooting setup with the Vortex Crossfire II 2 MOA Solar Red Dot in Tan. This advanced optic combines reliable performance with innovative solar technology, delivering a bright, precise aiming point for fast target acquisition in any environment. Key Features and Benefits Solar-Powered Efficiency with Auto D-TEC Technology: Automatically switches between solar and battery power based on light conditions, extending runtime up to 150,000 hours on a CR2032 battery for reduced maintenance during extended use. Precise 2 MOA Red Dot Reticle: Offers a crisp, bright red aiming point ideal for rapid engagements, with 1/2 MOA click adjustments and 100 MOA total travel for accurate zeroing at various distances. Unlimited Eye Relief and Parallax-Free Design: Allows flexible head positioning and quick sight alignment, benefiting shooters in dynamic tactical scenarios or when wearing gear. Rugged Construction: Shockproof and fogproof build withstands recoil and harsh conditions, while the tan finish provides a low-glare, professional appearance suitable for field operations. Night Vision Compatibility: Integrates seamlessly with night vision devices for low-light versatility without washout. Specifications Magnification: 1x Reticle: 2 MOA Dot (Red) Battery: CR2032 (50,000 hours standard; 150,000 hours with solar assist) Dimensions: 2.6" length, 1.53" width, 1.9" height Weight: 4.47 oz Objective: 25mm for enhanced clarity, especially with magnifiers Mounting: Compatible with Aimpoint T1/T2 footprint Why Choose the Vortex Crossfire II Solar Red Dot? Designed for serious tactical users, this optic addresses common challenges like battery drain and visibility in bright sunlight through its hybrid power system and durable housing. Its compact full-size profile mounts easily and maintains zero under heavy use, making it a dependable choice for recreational shooting, training, or professional applications. Backed by Vortex's reputation for quality optics, the Crossfire II Solar Red Dot delivers consistent performance without unnecessary complexity.