Tasco World Class 3-9x50mm Scope | 30/30 Reticle

The Tasco World Class 3-9x50mm rifle scope is a variable-power optic designed for clear low-light performance and practical field use. It features a 30/30 duplex-style reticle in a second focal plane and a 1″ maintube with included Weaver mounting rings. The scope is built to be water-, shock- and fogproof, with fully coated optics intended to maximize brightness in dim conditions.

Product Specifications

• The magnification ranges from 3x to 9x for versatile target acquisition.
• The objective lens measures 50mm to improve light transmission in low-light situations.
• The reticle is a 30/30 duplex crosshair noted for simple, uncluttered aiming reference.
• The main tube diameter is 1 inch for compatibility with common ring mounts.
• The scope uses a second focal plane reticle configuration.
• The click value for adjustments is 1/4 MOA per click.
• The elevation and windage provide a total adjustment range of 30 MOA each.
• The scope includes capped windage and elevation turrets.
• The optical coatings are described as anti-reflection fully coated to enhance image clarity.
• The scope is specified as waterproof, shockproof, and fogproof for use in varied conditions.
• The package includes Weaver mounting rings for direct attachment to Weaver-style bases.
• The finish is black for a subdued, matte appearance.
• The eye relief is specified as 3.50 inches for comfortable sight picture at variable magnification.
• The overall length is listed as 13.5 inches for mounting and balance considerations.
• The weight is listed as 17.6 oz to help evaluate system weight.
• The UPC is 046162000403.

This Tasco World Class 3-9x50mm scope offers a straightforward, durable optic package suited to low-light field work and general precision rimfire or centerfire target shooting where a bright 50mm objective and uncomplicated reticle are preferred. Its included Weaver rings and robust, weather-resistant construction make it a practical option for shooters who value reliability and clear optics without extra complexity.