|Place of origin||Austria-Hungary|
|Used by||NATO and others|
|Wars||World War I – present|
|Variants||9×19mm Parabellum +P|
|Parent case||7.65×21mm Parabellum|
|Case type||Rimless, tapered|
|Bullet diameter||9.01 mm (0.355 in)|
|Land diameter||8.82 mm (0.347 in)|
|Neck diameter||9.65 mm (0.380 in)|
|Base diameter||9.93 mm (0.391 in)|
|Rim diameter||9.96 mm (0.392 in)|
|Rim thickness||1.27 mm (0.050 in)|
|Case length||19.15 mm (0.754 in)|
|Overall length||29.69 mm (1.169 in)|
|Case capacity||0.862 cm3 (13.30 gr H2O)|
|Primer type||Berdan or Boxer small pistol|
|Maximum pressure (CIP)||235.00 MPa (34,084 psi)|
|Maximum pressure (SAAMI)||241.3165 MPa (35,000.00 psi)|
|Test barrel length: 118mm (4.65")|
Source(s): Sellier & Bellot, CIP, Norma Ammunition,
Underwood Ammunition,RBCD Performance Plus Ammunition
Originally designed by Austrian firearm designer Georg Luger in 1901, it is widely considered the most popular handgun and submachine gun cartridge due to its low cost and extensive availability. It is a standard cartridge for NATO forces as well as in many non-NATO countries.
Since the cartridge was designed for the Luger semi-automatic pistol, it has been given the designation of 9mm Luger by the Sporting Arms and Ammunition Manufacturers' Institute (SAAMI) and the Commission internationale permanente pour l'épreuve des armes à feu portatives (CIP).
A 2007 US survey concluded that "about 60 percent of the firearms in use by police are 9mm [Parabellum]" and credited 9×19mm Parabellum pistol sales with making semiautomatic pistols more popular than revolvers.
In 1902, Luger presented the new round to the British Small Arms Committee, as well as three prototype versions to the U.S. Army for testing at Springfield Arsenal in mid-1903. The Imperial German Navy adopted the cartridge in 1904, and in 1908, the German Army adopted it as well.
To conserve lead during World War II in Germany, the lead core was replaced by an iron core encased with lead. This bullet, identified by a black bullet jacket, was designated as the 08 mE (mit Eisenkern—"with an iron core"). By 1944, the black jacket of the 08 mE bullet was dropped, and these bullets were produced with normal copper-colored jackets. Another wartime variation was designated the 08 sE bullet and identified by its dark gray jacket, and was created by compressing iron powder at high temperature into a solid material (Sintereisen—"sintered iron").
After World War I, acceptance of the 9×19mm Parabellum cartridge increased, and 9×19mm Parabellum pistols and submachine guns were adopted by military and police users in many countries. The 9×19mm Parabellum has become the most popular caliber for U.S. law enforcement agencies, primarily due to the availability of compact pistols with large magazine capacities that use the cartridge.
From the early 1980s to the late 1990s, a sharp increase occurred in the popularity of semi-automatic pistols in the U.S., a trend foreshadowed by the adoption of the Smith & Wesson Model 39 by the Illinois State Police in 1968. In addition, the Beretta M9 (a military version of the Beretta Model 92) was adopted by the U.S. Army in 1985. Previously, most American police departments issued .38 Special caliber revolvers with a six-shot capacity. The .38 Special was preferred to other weapons, such as variants of the M1911, because it offered low recoil, was small and light enough to accommodate different shooters, and was inexpensive. The 9×19mm cartridge is ballistically superior to the .38 Special revolver cartridge, is shorter overall, and being an autoloader cartridge, it is stored in flat magazines, as opposed to cylindrical speedloaders. This, coupled with the advent of the so-called "wonder nines", led to many U.S. police departments exchanging their revolvers for some form of 9mm semiautomatic handguns by the 1980s and 1990s.
In 2013, a chart of popular calibers that was released by the website Luckygunner.com showed 9×19mm Parabellum as having 21.4% of the entire cartridge market, followed by the .223 Remington at 10.2% (with 5.56 mm included this is 15.7%). The next most popular caliber was .45 ACP.
The 9×19mm Parabellum has 0.86 ml (13.3 grains H2O) of cartridge case capacity.
9×19mm Parabellum maximum CIP cartridge dimensions: All sizes are given in millimeters (mm).
The cartridge headspaces on the mouth of the case: The common rifling twist rate for this cartridge is 250 mm (1 in 9.84 in), six grooves, ø lands = 8.82 mm, ø grooves = 9.02 mm, land width = 2.49 mm and the primer type is small pistol.
According to CIP rulings, the 9×19mm Parabellum cartridge case can handle up to 235.00 MPa (34,084 psi) Pmax piezo pressure. In CIP-regulated countries, every pistol cartridge combination has to be proofed at 130% of this maximum CIP pressure to certify for sale to consumers. This means that 9×19mm Parabellum chambered arms in CIP-regulated countries are currently (2014) proof tested at 305.50 MPa (44,309 psi) PE piezo pressure.
The round was originally designed to be lethal to 50 metres (160 ft), but is still lethal at longer ranges. The 9×19mm Parabellum cartridge combines a flat trajectory with moderate recoil. According to the 1986 book Handloading, "the modern science of wound ballistics has established beyond reasonable doubt that the 9mm cartridge is highly effective."
In 2014, the United States Federal Bureau of Investigation (FBI) released a report detailing the potential combat effectiveness of the 9×19mm Parabellum cartridge when compared to other calibers such as the .45 ACP and the .40 S&W cartridges that were specifically developed for use by the FBI. The report indicated that the new powders and more advanced bullet designs used in current 9×19mm Parabellum defensive loads allowed for the caliber to deliver similar performance to other calibers, like the .45 ACP and .40 S&W. In addition to this, the lower recoil, less wear, cheaper ammunition, and higher capacity were all reasons that the report cited for the recent surge in orders of the ammunition from various police agencies. With a wider selection of officers able to shoot handguns chambered in 9×19mm Parabellum, many departments chose this caliber to standardize a single firearm and loading, making logistics and supply easier. Due to all these factors, law enforcement orders of 9×19mm Parabellum ammunition from all major ammunition manufacturers have risen significantly.
Improvements and variationsEdit
The cartridge has been manufactured by, or for, more than 70 countries and has become a standard pistol caliber for NATO and other military forces around the world. Its official nomenclature among NATO members is "9mm NATO".
9mm NATO can be considered an overpressure variant of 9×19mm Parabellum that is defined by NATO standards. The service pressure Pmax of the 9mm NATO is rated at 252 MPa (36,500 psi) where CIP rates the 9mm Luger Pmax somewhat lower at 235 MPa (34,100 psi). The 315 MPa (45,700 psi) proofing test pressure used in the NATO 9mm proof test, however, equals the proofing test pressure used in the 9mm Luger CIP proof test.
While the NATO standards do not specify the type of bullet to be used, Declaration III of the Hague Convention of 1899 prohibits the use of expanding ammunition in warfare by signatories, so official NATO 9mm ammunition is FMJ "ball" bullets. Declaration III does not apply in conflicts involving non-signatories to the Hague Convention, including paramilitary and other nongovernmental fighting forces.
9mm Parabellum entered Swedish service as m/39 with the import of the Kulsprutepistol m/39 from Austria, with a bullet weight of 7.5 grams (116 gr). During the Congo Crisis, the Swedish UN-contingent issued complaints about the performance of the m/39 cartridge (regular 9mm Parabellum) used. This resulted in a commission of the Swedish Army establishing in 1962 that a new round was needed for the Carl Gustav m/45. The resulting m/39B had a tombac-plated steel jacket surrounding the lead core. While the lands of the barrel can cut into the tombac, the steel jacket resists deformation, thus causes the gas pressure to rise higher than the previous soft-jacketed m/39, giving the 7.0 grams (108 gr) bullet a Vo of 420 m/s (1,378 ft/s) and an impact energy of 600 joules. The mantle also acts like a penetrator when striking a target, going through up to 50 layers of kevlar, 7 cm of bricks, or 25 cm of wood, allowing the bullet to defeat body armor up to Type IIIA.
Attempts to improve the cartridge's ballistics came in the early 1990s with the widespread availability of high-pressure loadings of the 9mm cartridge. Such overpressure cartridges are labeled "+P" (max. 38,500 psi, SAAMI) or, in the case of very high pressure loadings, "+P+" (typ. 42,000 psi). Velocity of these rounds is improved over standard loadings. In addition, improvements in jacketed hollow-point bullet technology have produced bullet designs that are more likely to expand and less likely to fragment than earlier iterations, giving a 9mm bullet better terminal effectiveness.
The United States military uses red and blue marking rounds in the 9mm caliber known as "special effects small arms marking systems" (SESAMS). Commonly used for training simulations, these rounds are comparable in function to the paintballs used in paintball markers, except they are fired with a powder charge and can be shot in Beretta M9 service pistols with only a barrel modification (The Glock 19 pistol, common among police departments, has a similar available modification). The 9mm SESAMS rounds are fired from specially modified pistols, as well as M16 and M4 rifles, which are incapable of chambering standard live ammunition.
SESAMS weapons or components are normally painted blue or marked to denote their inert status and avoid a potentially catastrophic mixup with live-fire weapons. This allows the armed forces to train with nearly identical equipment as used in real-life situations. The brand name for this ammunition, sold commercially and to law enforcement, is Simunition.
Russian military overpressure variantsEdit
Besides enhanced penetration capabilities, these overpressure variants offer a flatter trajectory and lessened recoil. The increase in service pressure causes a rise in bolt thrust, so this overpressure ammunition induces more stress on critical weapon parts during firing. After initial research conducted in the late 1980s under the codename "Grach", the Russian armed forces adopted two specialized 9×19mm variants.
|7Н21 (7N21)||7Н31 (7N31) / PBP|
|Cartridge weight||9.5 g (147 gr)||8.1 g (125 gr)|
|Bullet weight||5.2 g (80.2 gr)||4.1 g (63.3 gr)|
|Muzzle velocity||460 m/s (1,509 ft/s)||600 m/s (1,969 ft/s)|
|Muzzle energy||561 J (414 ft⋅lbf)||756 J (558 ft⋅lbf)|
|Accuracy of fire at
25 m (27 yd) (R50)
|25 mm (1.0 in)|
|Maximum pressure||280 MPa (41,000 psi)|
- R50 at 25 m (27 yd) means the closest 50 percent of the shot group will all be within a circle of 25 mm (1.0 in) radius at 25 m (27 yd).
The 7N21 (Cyrillic: 7Н21) 9×19mm overpressure variant features an armor-piercing bullet and generates a peak pressure of 280 MPa (41,000 psi). The 7N21 bullet features a hardened (sub-caliber) steel penetrator core, enclosed by a bimetal jacket. The space between the core and jacket is filled with polyethylene, and the tip of the penetrator is exposed at the front of the bullet to achieve better penetration. The penetration range for body armor is specified at up to 40 m (130 ft). The MP-443 Grach and GSh-18 pistols and PP-19 Vityaz, PP-90M1 and PP-2000 submachine guns were designed for use with this overpressure cartridge. Jane's Infantry Weapons stated in 2003 that the 7N21 cartridge combined the 9×19mm Parabellum dimensions with a 9×21mm Gyurza bullet design and was developed specifically for the penetration of body armor and for the MP-443 Grach pistol, the latest Russian service pistol.
The 7N31 (Cyrillic: 7Н31) / PBP 9×19mm overpressure variant uses the same concept with a similar but lighter bullet that achieves higher muzzle velocity. The penetration of an 8 mm (0.31 in)-thick St3 steel plate is specified at up to 10 m (33 ft). The 7N31 cartridge was developed in the late 1990s for the GSh-18 pistol. The 7N31 was adopted for the PP-90M1 and PP-2000 submachine guns. Its maximum service pressure remains unclear.
The construction of the two rounds allows them to be effective against both unarmored and armored targets. If the bullet strikes an unarmored target, it holds together to produce a wide wound channel. If the bullet strikes an armored target, the sleeve is stripped away, and the core penetrates alone. The disadvantage of the rounds is that high impact velocities are needed to work effectively, so the bullets are relatively light to maximize their muzzle velocity. This means they lose velocity relatively quickly, limiting their effective range.
VBR-B produces specialized bullets for this cartridge, a two-part controlled fragmenting projectile and an armor-piercing bullet that features a brass sabot and a hardened steel penetrator. These are designed to increase the content of the permanent wound cavity and double the chance of hitting a vital organ.
The energy delivered by most 9mm loads allows for significant expansion and penetration with premium hollow-point bullets. Illinois State Police, Border Patrol, Federal Air Marshals, and United States Secret Service favored and used 115 gr (7.5 g) +P+ 9mm loads at 1,300 ft/s (400 m/s) for years with excellent results. Massad Ayoob has stated that the "Tried, Tested, and True" 115 gr (7.5 g) +P or +P+ is the best self-defense load in this caliber. Proponents of the hydrostatic shock theory contend that the energy of the 9mm cartridge is capable of imparting remote wounding effects in human-sized living targets.
The table below shows common performance parameters for several 9×19mm loads from a barrel[data unknown/missing] inches in length. Bullet weights ranging from 115 to 147 gr (7.5 to 9.5 g) are common. Loads are available with energies from just over 400 J (300 ft⋅lb) to 680 J (500 ft⋅lb), and penetration depths from 200 mm (8 in) to over 1.0 m (40 in) are available for various applications and risk assessments.
|Cor-Bon||JHP+P||7.5 g (115 gr)||410 m/s (1,350 ft/s)||630 J (465 ft⋅lb)||14 mm (0.55 in)||360 mm (14.2 in)||56 mL (3.4 cu in)||631 mL (38.5 cu in)|
|ATOMIC Ammo||JHP+P||8.0 g (124 gr)||400 m/s (1,300 ft/s)||630 J (465 ft⋅lb)||15 mm (0.60 in)||330 mm (13 in)||"N/A"||"N/A"|
|Speer||Gold Dot JHP||8.0 g (124 gr)||350 m/s (1,150 ft/s)||494 J (364 ft⋅lb)||18 mm (0.70 in)||337 mm (13.25 in)||84 mL (5.1 cu in)||616 mL (37.6 cu in) (est)|
|Federal||HydraShok JHP +P+||8.0 g (124 gr)||360 m/s (1,170 ft/s)||511 J (377 ft⋅lb)||17 mm (0.67 in)||340 mm (13.4 in)||77 mL (4.7 cu in)||734 mL (44.8 cu in)|
|Remington||Golden Saber JHP||9.5 g (147 gr)||300 m/s (990 ft/s)||430 J (320 ft⋅lb)||16 mm (0.62 in)||370 mm (14.5 in)||72 mL (4.4 cu in)||544 mL (33.2 cu in)|
|Winchester||Silvertip||7.5 g (115 gr)||373 m/s (1,225 ft/s)||519 J (383 ft⋅lb)||18 mm (0.72 in)||200 mm (8.0 in)||54 mL (3.3 cu in)||274 mL (16.7 cu in)|
|Winchester||WWB JHP||9.5 g (147 gr)||300 m/s (990 ft/s)||430 J (320 ft⋅lb)||15 mm (0.58 in)||400 mm (15.9 in)||69 mL (4.2 cu in)||321 mL (19.6 cu in)|
|Winchester||FMJ||7.5 g (115 gr)||352 m/s (1,155 ft/s)||462 J (341 ft⋅lb)||9.1 mm (0.36 in)||620 mm (24.5 in)||41 mL (2.5 cu in)||174 mL (10.6 cu in)|
Expansion: expanded bullet diameter (ballistic gelatin)
Penetration: penetration depth (ballistic gelatin)
PC: permanent cavity volume (ballistic gelatin, FBI method)
TSC: temporary stretch cavity volume (ballistic gelatin)
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