Ruger RXM 9mm 4″ ODG Magpul EHG | MFG# 19427

The Ruger RXM is a full-size, optic-ready 9mm polymer-frame pistol built in partnership with Magpul. It pairs a removable serialized stainless steel Fire Control Insert with an interchangeable Magpul Enhanced Handgun Grip to support customization and improved ergonomics. The slide includes a tritium co-witness-height front sight and is cut for direct mounting of RMR DPP and RMSc pattern optics; the Trijicon RMR Type 2 is a compatible red-dot option commonly chosen for this footprint and priced under $1000. Typical uses for the RXM include everyday carry for shooters who prefer a full-size platform and range training/competition where adjustable sights and optic options are valuable.

Product Specifications

• The caliber is 9mm Luger.
• The barrel measures 4 inches.
• The overall length is 7.15 inches.
• The weight is 23.2 oz..
• The height is 5.31 inches.
• The barrel material is alloy steel.
• The barrel finish is Black FNC Nitride.
• The slide material is through-hardened alloy steel.
• The slide finish is Black FNC Nitride.
• The rifling features 6 grooves.
• The twist rate is 1:10″ RH.
• The grip frame is ODG Magpul Enhanced Handgun Grip.
• The package includes two Magpul PMAG 15 GL9 15-round magazines.
• The slide is optic ready for RMR DPP and RMSc pattern optics and has a tritium co-witness-height front sight.
• The UPC is 736676194278.

The RXM emphasizes modularity and practical ergonomics: the Magpul EHG provides textured indexing pads, a low-profile flared magazine well, and a hand-fit beavertail and undercut trigger guard for a high grip, while the removable stainless steel Fire Control Insert supports flexibility for maintenance or customization. Combined with the included Magpul PMAGs and an optic-ready slide, the RXM is specified to serve shooters who value a configurable platform for daily carry or focused range work. Its combination of a nitride-finished barrel and through-hardened slide aims to deliver corrosion resistance and durable service life without excess complexity.

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