Trijicon Credo 1-4×24 SFP 30mm BDC Segmented Circle

Description

The Trijicon Credo 1-4×24 is a low-power variable riflescope built around a 30mm main tube and a first/second-focal-plane design choice. This model features a green illuminated BDC Segmented Circle reticle and low, capped adjusters for controlled, repeatable windage and elevation changes. Its true 1× setting and wide field of view make quick target acquisition practical for close-quarters and dynamic shooting, while higher magnification supports precision at moderate distances. The scope ships with common accessories including bikini caps, a scopecoat, a 3mm hex key, a repositionable magnification knob with replacement screw, one CR2032 battery, a quick reference guide, warranty card, and a vinyl logo sticker.

Key Specifications

• The magnification range is 1–4×, providing low-power versatility.
• The objective lens diameter is 24 mm for a compact profile.
• The main tube diameter is 30 mm to support robust adjustment range.
• The reticle is a BDC Segmented Circle (illuminated, green) for fast aiming.
• Adjustment increment is 1/4 MOA per click for windage and elevation.
• The scope is listed as Second Focal Plane in attributes (model choices exist).
• The overall length is reported as 10.5 inches in product attributes.
• The listed weight is 17.1 oz. as provided in product data.
• The finish is described as Matte Black for a non-reflective exterior.
• The product is noted as .223 / 55 gr. calibrated in the supplied feature list.

The Credo 1-4×24 balances a true 1× option for rapid engagements with sufficient magnification for precise holds and follow-up shots, all on a 30 mm tube platform for solid adjustment capability. Its illuminated BDC Segmented Circle reticle and low-profile controls make it suitable for dynamic shooting sports, short- to mid-range target work, and any application where quick target acquisition and practical holdovers are priorities. Built to Trijicon standards for durability and clarity, this scope is aimed at shooters who want straightforward, dependable optics without unnecessary complexity.