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Home Articles Articles by Issue Volume 13 V13N3 (Dec 2009)

THE ELUSIVE VSS “VINTOREZ” 9X39 SNIPER RIFLE

by SAR Staff
December 1, 2009
in V13N3 (Dec 2009), Articles, Articles by Issue, Guns & Parts, Search by Issue, Volume 13
THE ELUSIVE VSS “VINTOREZ” 9X39 SNIPER RIFLE
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By Dan Shea & Dr. Philip H. Dater

The Soviet Union and its current itineration, Russia, have long been known for innovative weapon development, only some of which has seen the light of day in the Western world. There is a long history of effectively “keeping the lid” on new weapons until someone on the other side runs into them in the field and reports on them. Rumors of a new cartridge and both a submachine gun and silenced sniper rifle utilizing this ammunition have leaked into the general Western military communities for many years. Some have been on display at shows, and there have been several Western military personnel and firearms writers who have studied these and written some information on them.

Dr. Philip H. Dater uses the modified reticle PSO-1 variant scope to sight-in the 9x39mm VSS integrally suppressed sniper rifle in the Southwest Asian desert in preparation for sound measurement testing.

None of these unique weapons have been seen by the general military population other than in isolated news clips, especially from the recent unpleasantness in the former Soviet State of Georgia. When Russian military forces crossed into the northern provinces of Georgia and swiftly cut them off from the south, much of the world recoiled in horror and voiced platitudes about how the Russians must stop this assault. Within a short period the Russian military forces brilliantly transitioned into the “Peace-keepers” in the region, and photos leaked out to the Western press and Intel communities showed strange, Dragunov-looking weapons that were clearly too short to be in 7.62x54R caliber, and also very clearly integrally suppressed. Pandemonium ensued as all resources were called upon to ID this weapon and the threat it represents.

There have been some excellent but isolated references on the 9x39mm ammunition and firearms, and Internet resources are limited of course to the writer’s experience with the weapons – usually non-existent other than in computer games. Real time, take-it-apart, pull the trigger, hands-on testing has been very rare and certainly not widely reported. Charles Cutshaw’s excellent book The New World of Russian Small Arms and Ammo does an excellent job and should be on everyone’s bookshelf, but his 1990s treatise is limited to Lyn Haywood’s line drawings for illustration and he was not allowed to disassemble the weapons.

The VSS Vintorez is based on the VIKHR, but the receiver has notable differences and they do not interchange. The VSS is the weapon most readily identified in Georgia, and the system will not operate for more than one round with the suppressor removed as it was not intended for that. The exposure of the ported barrel alone would be a dissuader. The VSS weighs 2.6 kg (5.7 lbs) with suppressor, optic, and empty magazine. It can be broken down into component parts: suppressor, receiver, optic, buttstock, magazine, and packed into a very small space. It is quick to reassemble. The system does not use a standard hammer, utilizing the tubular striker instead, and has very little in common with a Kalashnikov other than the appearance of some controls, and the fact that it is gas-operated.

Two Small Arms Review writers were granted the opportunity to examine in detail both the weapons and the ammunition in the field at a discreet location in Southwest Asia. In addition to extensive disassembly and photography, we were also given the opportunity to test fire both the VSS silenced sniper rifle and the VIKHR submachine gun with our meters ready to conduct scientific testing. We wanted to be as thorough as possible with this unique opportunity.

There are some myths and assumptions made that we will try to gently correct: or at least provide another point of view on. The first being that the MA “VIKHR” (Whirlwind) submachine gun is the same as the VSS “Vintorez” (Thread-cutter) with the exception of the buttstock and suppressor. This is not true though the receivers are similar and some parts will interchange, they are not the same receiver with one simply being suppressed.

As is their standard procedure, the Russians had several factories competing to manufacture the 9x39mm weapon systems they required. Then end product offerings are as follows:

VSS Vintorez field stripped.

TsNIITochmash:

  • MA “VIKHR” (Whirlwind) unsuppressed miniature assault rifle.
  • AS “VAL” (Rampart) based on VIKHR, side folding stock: not a “take-down.”
  • VSS “Vintorez” (Thread-cutter) based on VIKHR: removable stock, “take-down.”

Tula KBP:

  • A-91 offered in a number of calibers, can operate with or without the suppressor.
  • VSK-94 sniper model of the A-91, in a case, could have wood (early) or polymer stock and fire without suppressor installed.

Our concern today is with two of the offerings from TsNIITochmash: the VIKHR and the VSS.

The MA ìVIKHRî submachine gun is in reality a compact assault rifle since the 9x39mm cartridge it fires maintains its energy beyond 400 meters even with this barrel length. It is not designed to be fired at distances anywhere near that, but the little powerhouse has that capability built into the ammunition. The VIKHR is designed for reliable full automatic fire, it is compact, can use either 10 or 20-round magazines but the 20-round is designed for this weapon. Note the over-folding sheet metal stock, the hinged top cover, and the tubular striker firing system. At only 2 kgs, (4.4 lbs) the VIKHR is a briefcase sized fist full of power.

The 9×39 cartridge

There is a paucity of real, hands-on information available on the 9x39mm ammunition. What we did find states that there are two different variants of the 9x39mm ammunition. One, the SP-5, is conventional ball ammunition. We only had available less than ten rounds of this, so we did not disassemble it. The other is the SP-6 round, which is a black tipped armor piercing ammunition.

The Testing

We spent the better part of the only delightfully sunny day of our visit on the range performing function, velocity, sound, and crude penetration testing. The temperature was 83.5/29(F/C), humidity was 37%, and the station pressure was 675 mmHg. The velocity of sound calculated to 1,143 ft/sec. We used the protocol in Mil-Std-1474D with the microphone 1 meter to the left of the muzzle 90 degrees to the bore axis, 1.6 meters above dirt (there was no grass in sight). For sound measurements, we used the Larson-Davis 800B with the LD 2530 1/4 inch pressure microphone and a recently re-certified LD CA250 calibrator. For velocity and rate-of-fire measurements, we used a PACT chronograph/timer.

For our non-suppressed sound levels, we shot the SP-6 ammunition in the Vikhr. The non-suppressed average was 159.8 dB with a zero standard deviation. Velocity was 957.5 ft/second for the SP-5 SNIPER and 961.4 ft/second for the SP-6 armor piercing. Rate of fire was 789 rounds per minute.

MA ‘VIKHR”

Suppressed, using the VSS, the measured sound levels were: 130.0, 130.3, 130.8, 129.0, 127.5, and 130.8 deciBels. This averaged to 129.7 dB for a respectable reduction of 30.1 dB. The first round was 0.3dB louder than the average of the remaining rounds, and the standard deviation was 1.17. Velocity averaged 924.3 ft/second, only slightly less than the velocity in the Vikhr. With the SP-5 Sniper AP ammunition, the cyclic rate of the VSS rifle was 960 rounds per minute. This increase compared to the similarly designed Vikhr is predictable due to increased bore pressure of the suppressed weapon causing more rapid opening of the action.

We did measure the sound level and velocity of a few rounds of the standard SP-5 ball ammunition. The velocity measured 905 ft/second and the sound level was 120.8 dB for slightly less than 39 dB reduction. The decreased velocity and sound level are probably due to a heavier bullet containing a lead core rather than the steel core of the SP-5 SNIPER ammunition.

We did not have the facilities at this time to measure group size, although we understand that the accuracy is excellent out to 150 meters and our observation indicated 1-2 MOA. The optical sight accompanying the VSS has stadia specifically calibrated for the SP-5 Sniper armor piercing round.

We did disassemble the silencer the day following testing, and we noted some rust appearing on the baffles. This suggests that the ammunition may be corrosive. There was also noted to be significant carbon build-up on the outside of the barrel in the entrance chamber (that part which surrounds the ported section).

The AS-VAL is .1 kg lighter (.2 lb) than the VSS, and is about one inch shorter, but it can not be broken down for discreet use. The visual identifying signature of the VAL is the side folding stock. Other than that, it has very similar characteristics to the VSS.

Summary

The 9x39mm cartridge is indeed a formidable piece of small arms ordnance. Although we only weighed the AP projectile, its weight of 245 grains, velocity of 924 ft/second and kinetic energy at the muzzle of 470 ft-lbs makes this a definitely lethal weapon. The VSS was pleasant enough to shoot. The trigger pull was among the better military triggers, and the recoil was not unpleasant.

Dan’s take: “I wouldn’t hesitate to consider the VSS or the AS-VAL for an operation in areas that contact is likely to be under 400 meters, and consider that forces who may encounter this weapon should train up on it. After reasonably extensive testing, I have a new respect for this weapon design, and look forward to testing more modern variants. Contrary to claims I had seen repeatedly written that the VSS couldn’t stand up to fully automatic fire, my opinion is that it certainly could, at least long enough to perform more than a few live fire mission s – in that case the VSS is an excellent choice as a close-in marksman’s rifle with serious AP capability, that can double as an effective SMG for close encounters”.

Phil’s take: “Although the suppressor system is an older, rudimentary design similar to other Russian offerings, that does not make it ineffective on the battlefield. This system is purpose designed to be a formidable weapons system. While we do not know which came first, the ammunition or the weapon, I suspect that they were designed as a package. The ammunition is definitely specialized to accomplish a specific task, and the weapon is designed to maximize the capability of the ammunition. As a 200-300 meter silent sniper system, it is hard to beat having a highly effective lethal subsonic projectile, outstanding penetration, reliable cycling, and fully automatic capability for when circumstances really go down the tube.

SAR did a complete comparative photo series, but space does not permit the publishing here. These two photos should show the similarities between the VSS and the VIKHR parts, and how minor differences make most parts incompatible. Aside from the VIKHR lacking an optical mounting rail, the receiver has a different shape at the rear. This is partly to facilitate the different types of selector used: the VIKHR is a push-through type, the VSS has a more tactile sniper-friendly lever behind the trigger. The interior fire control is basically the same other than the physical block differences. At first glance, the bolt carriers look identical, and they are very close, except that the VSS uses a charging handle on the bolt carrier, while the VIKHR uses a forward ambidextrous system with a push-rod.
The VSS has been seen issued with the 1LH51 second generation night vision device (not shown), among other optics, but the PSO-1 variant shown here is standard with the IM2-1 marking. Note the ìHammer & Sickleî USSR marking. While the optic gives the appearance of being the same as a Dragunov scope, the stadia lines are different; estimating range only to 400 meters, and no adjusting point of aim chevrons. The optic has an illuminated reticle with remote power capability.
In the ammunition magazine that we searched, there were a number of wooden cases, each holding two sealed SPAM cans containing 400 rounds of 9x39mm ammunition each. Some were marked SP-6, and these did indeed hold armor piercing ammunition loaded in green steel cases. The ball ammunition samples we had available were also in green steel cases and are assumed to be the SP-5 ammunition. The ammunition SPAM cans we found that were marked “SP-5 were actually labeled SP-5 SNIPER, and were also black-tipped armor piercing like the SP-6 except loaded in brass (or brass plated) cases. As observed below, all loadings appear to be corrosive. There are no markings on the cartridge case examples we had – not even on the headstamp area normally used on the base.
Top to bottom: SP-5 9x39mm Ball, SP-5 Sniper 9x39mm AP, SP-6 9x39mm AP, SP-6 9mm AP projectile with a weight of 245 grains. (Inset) There are distinct differences that are visible between the green lacquered case SP-6 AP round (right) and the brass cased SP-5 Sniper AP round (left). We do not know if the case coloring is indicative of anything, but the tips tell the story. On the SP-6 Armor-piercing round that would be used in the Vikhr or other standard SMG, the ogive has a different contour that wraps the AP core at a lower level. The SP-5 Sniper AP round on the right has a much tighter ogive that wraps higher as well as a much more pointed tip.
Left to right: SP-5 9x39mm Ball, SP-6 9x39mm AP, SP-5 Sniper 9x39mm AP, 7.62x39mm, SP-4 Captive Piston self-contained pistol ammunition, 5.45x18mm Ball PSM pistol ammunition.
“One of the first steps in evaluation was to disassemble a loaded cartridge to examine the components. We used a standard inertial bullet puller similar to the RCBS unit found on most handloadersí workbenches. The 9x39mm cartridge case is based on the standard Soviet AK 7.62×39 case, except that the neck has been enlarged to accommodate a special 9mm projectile. The case length is 38.7 mm long with a maximum diameter of 11.03mm. The case weighs 107.3 grains. The nominal 9mm spire-point boat-tail projectile is 40.1 mm long and 9.21 mm diameter. The example we disassembled (SP-6) has black paint on the tip, indicating that it is armor piercing. It weighs 245 grains. With an overall loaded cartridge length of 55.3 mm, only about 12.6 mm of the projectile protrudes with over 2/3 of the projectile length inside the cartridge case. Powder weight was approximately 9.3 grains. We were not able to identify the powder used, but it is a variable length tubular powder. We suspect the variable length is for different burn rates.
The magazine for the VSS, AS-VAL, and VIKHR all interchange. They are made of polymer with a standard style metal spring and are either 20 or 10-rounds. The ten-round magazine is basically for the VSS to lower the profile. The 20-round is for the VIKHR, but it is more concealable with a 10-round for carry. Doctrine appears to have evolved that operators use whichever they want.
While there were no disassembly or instruction manuals, disassembly was fairly intuitive for people knowledgeable about modern weapons. The Vikhr is a compact, folding assault rifle/submachine gun chambered for the 9x39mm cartridge. Folded, it could fit in a large briefcase, ready to fire. The VSS, also select fire and chambered for this same powerful cartridge, features a detachable stock, optical sights and an integral sound suppressor and would also fit in a small case, but not operationally ready.
The barrel of the VSS is approximately 12 cm longer than the Vikhr barrel, but the last 9 cm features barrel porting. The porting consists of six rows of nine ports spiraling along the rifling grooves. The twist rate is 1:210 mm (1:8.3 inches). Each port is approximately 2 mm in diameter. The non-ported length of the VSS barrel is the same as the barrel in the Vikhr, which would lead one to believe that the muzzle velocities will be comparable. On the range we subsequently showed this to be the case.
The front iron sight is on the far end of the suppressor tube, and there is a spring loaded catch located in the front of the front sight base. To remove the silencer baffle core from the tube, this catch must be lifted up with either a small screwdriver or the stamped disassembly tool issued with the weapon. Once the catch is lifted, the core is simply pushed out to the rear of the suppressor. The outer tube is fairly thin metal, probably in the vicinity of 0.8 mm.
The ports on the VSS barrel, as well as the large thread bushing that matches the interrupted threads on the trunnion for fast rotation of the suppressor on or off. This part is readily removable and should be cleaned, but if lost the suppressor will not mount or align properly, and will certainly put the weapon out of commission.
The silencer is exceptionally simple, especially when compared to Western designs and bears more than a passing resemblance to the suppressor on the Soviet PB silenced Makarov. The entire silencer is unscrewed from the firearm after depressing a small button latch on the front of the frame of the firearm. This reveals the ported portion of the barrel. As shown in the accompanying photos, the stack is made entirely of spot welded sheet metal. The three baffles are punched and bent from a strip of 0.8 mm steel and are in the form of slanted ìwasher-typeî oval baffles with the first and third slanting approximately 30 degrees (from perpendicular) one way and the middle slanted opposite. The strips, functioning as tabs, are spot welded to two longitudinal strips with a flat washer-baffle spot welded at each end. Reassembly consists of reversing disassembly
Not having access to ballistic gelatin or ballistic clay, we could not observe wound characteristics of this weapon system. We did somewhat crude tests of penetration using items of interest to law enforcement and military personnel. Penetration testing was performed using the SP-6 armor piercing ammunition in the VSS suppressed rifle, and the projectile easily penetrated a standard Level 2 Kevlar vest. We then fired one shot at a vest with Level 4 ceramic plates. While the projectile did not totally penetrate the ceramic plate, it seriously deformed the far (inner) surface, producing a bulge of approximately 1 cm thickness and 5 cm diameter. Although this may not be lethal, it will cause serious injury to the wearer, in all probability breaking underlying bone.
“We also fired this 9x39mm AP cartridge into a cinder block (complete penetration as to be expected) and into a large block of concrete. The concrete did stop the bullet, and the base was at least 1 cm below the surface of the concrete. We then chipped away the concrete surrounding the projectile (piece of rebar and a big rock as a hammer) until we could wiggle the projectile loose.
What we recovered was only the steel core – the copper jacket and any intervening lead was not visible or recoverable.
The VSS is shipped in its own wooden chest along with the following accessories: (Top left): Accessory/cleaning kit pouch. (Center): Oil bottle, WTH, cleaning rod, screwdriver tool, remote battery cable, sling. (Right): Weapon carrying case suitable for weapon in tear-down state. (Lower left): Optic cover. Note: WTH is a ìWhat the Heckî because we have no idea what this round, scalloped sheet metal piece is or does, but it was in the chest, so here it is.
SS Disassembly: 1) Point the weapon in a safe direction, leave the safety in the ìUpî position blocking the bolt handle, and put the selector to the center position. 2) Remove the magazine by pressing the flapper mag release forward and rocking the magazine out like an AK, then lower the side safety lever, place the mechanism on Semi, retract the bolt handle and examine the chamber for clear condition. Depress the trigger to ensure the cocking/firing tube is forward. 3) Rotate the scope mount lock from front to rear, unlocking the mount from the rail. 4) Slide the optic system off. 5& 6) Depress the stock release button, and slide the stock off to the rear. 7 & 8) The recoil/return spring rod looks like an AK at the rear. Hold the action cover in place and it has a secondary lock on it to avoid accidental disassembly. Depress the secondary lock, then push the rod forward and lift the action cover off of the receiver. 9) At this point, you will clearly see two springs on rods. The upper one that was acted on in step 7 is the recoil/return spring and rod. The rear of this rod is on a plate that locks onto the cocking/firing tube mechanism rod, which is the lower spring evident in this picture. 10) The cocking/firing tube rod seats into a well in the rear of the receiver as shown. Note also that in step 2, the cocking/firing tube has been released forward, or disassembly can go no further. That tube will be
This article first appeared in Small Arms Review V13N3 (December 2009)
Tags: 2009Dan SheaDECEMBER 2009Dr. Philip H. DaterTHE ELUSIVE VSS "VINTOREZ" 9X39 SNIPER RIFLEV13N3
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