IWI US Jericho 941 3.8" 10-Round Pistol

The IWI Jericho 941 9mm 3.8" 10-round Black semi-automatic pistol represents a mid-size platform built on proven Israeli military design principles. This double-action steel frame handgun combines compact dimensions with the ballistic efficiency of 9mm, making it suitable for duty carry, range training, and defensive applications where a balance between concealment and shootability is required.

The 3.8-inch barrel delivers consistent velocity from 9mm ammunition while keeping overall length manageable for inside-the-waistband carry. The adjustable sights allow windage and elevation corrections for precision at distance, addressing a core requirement for operators who demand the ability to fine-tune their point of aim. The double-action trigger mechanism provides a longer, heavier first-round press—a safety feature that distinguishes double-action platforms from striker-fired designs. Steel frame construction contributes to recoil management and durability under sustained training cycles. The pistol ships with two magazines, meeting the minimum magazine count expected for duty-grade handguns.

This configuration appeals to law enforcement personnel evaluating alternatives to modern polymer platforms, shooters familiar with hammer-fired pistols, and users prioritizing steel construction for longevity. The 10-round capacity aligns with restrictions in certain jurisdictions while maintaining adequate on-board ammunition for most defensive scenarios. The Jericho 941's heritage traces back to decades of field testing in Middle Eastern combat environments, where engineering emphasis centered on reliability under adverse conditions rather than modular customization.

The 9mm caliber category has become the standard-issue round for modern military and law enforcement worldwide, offering low recoil, ample terminal performance when paired with modern ammunition design, and cost-effective training opportunities. Mid-size all-steel pistols remain preferred by operators who value consistency and can accept the increased weight penalty for superior handling characteristics during extended training sessions.