9 mm FAR Load Data & Reloading Guide
Also known as: 9mm FAR, 9×19mm FAR, 9mm Parabellum FAR
About 9 mm FAR
The 9 mm FAR, or 9 mm Federal Arms Revolver, is a unique caliber that emerged from the need to adapt semi-automatic pistol cartridges for use in revolvers. This caliber was specifically introduced to bridge the gap between auto pistols and revolvers, allowing shooters who preferred revolvers the opportunity to utilize the widely available 9 mm ammunition. Although not as popular as other revolver calibers, the 9 mm FAR offers a distinct solution for those seeking versatility in ammunition usage.
From a technical standpoint, the 9 mm FAR typically mirrors the dimensions and ballistic characteristics of the standard 9 mm Luger, including a similar overall case length and pressure specifications. The primary distinguishing factor is that these cases are typically rimmed, offering reliable extraction in revolver mechanisms. This rimmed design provides reloaders with the opportunity to craft efficient loads suitable for revolver use. The rim aids in straightforward loading and unloading processes, reducing issues seen with standard rimless 9 mm cases in revolvers.
Ballistically, the 9 mm FAR generally accommodates bullet weights ranging from 115 to 147 grains, comparable to typical 9 mm loadings. Its performance is akin to that of a 9 mm Luger, maintaining sufficient velocity and energy for sport shooting and self-defense applications. However, its niche utility is most appreciated in competitive shooting, particularly in revolver categories limited to similar energy and velocity parameters as semi-automatics.
For reloaders, the 9 mm FAR presents several advantages. The availability of a wide array of 9 mm bullets and powders facilitates customization, allowing for precise tailoring of loads to specific shooting requirements. Furthermore, the rimmed case resolves common plinking and extraction issues sometimes experienced with rimless cases in revolvers. Reloading the 9 mm FAR thus offers both the opportunity to engage with its historical novelty and the practical benefits of combining semi-automatic and revolver shooting experiences.
Technical Drawing

Technical Specifications
Start Calculating to Develop your own Load Data for 9 mm FAR
Use our professional ballistics calculator to develop safe and accurate load recipes for 9 mm FAR.
Start CalculatingStandard Load Data — 9 mm FAR
Select your desired cartridge and bullet weight below to access the corresponding load table. From there, you can choose any listed load recipe and transfer it directly into the ballistics calculator for further refinement, optimization, and precision tuning.
.355 | 115gr | ALSA PRO FMJ
.355 | 100gr | Hornady FMJ
.358 | 105gr | LEE Mold 358-105-SWC
.357 | 158gr | Ares RNBB
.357 | 158gr | CamPro TC FCP
.357 | 158gr | Speer TMJ
.356 | 125gr | H&N HP HS
.357 | 93gr | MEN PEP
.357 | 147gr | H&N KS HS
.355 | 95gr | Sierra Tournament Master
.357 | 158gr | Fiocchi SJSP
.356 | 124gr | LEE Mold 356-124-2R
.355 | 147gr | Winchester FMJ HB
.355 | 135gr | X-TREME X-DEF HP
.355 | 124gr | Limit FMJ
.357 | 140gr | Hornady XTP
.357 | 125gr | Hornady XTP
.358 | 158gr | LEE Mold TL358-158-SWC
.355 | 124gr | Sellier & Bellot FMJ 0.595
.358 | 158gr | Hornady SWC
.358 | 148gr | Speer LHBWC
.357 | 158gr | CamPro RNFP FCP
.356 | 121gr | Hornady HAP
.355 | 124gr | LOS FMJ RN
Community Subsonic Loads — 9 mm FAR
Loads with muzzle velocity at or below 1,125 fps (343 m/s) — the speed of sound at sea level.
9 mm FAR
Frequently Asked Questions
The maximum pressure for 9 mm FAR is 37,710 psi | 2,600 bar.
9 mm FAR typically uses a Small Pistol (SP) primer.
The case capacity of 9 mm FAR is approximately 14.94 grains of water (H₂O).