Russian VOG-17M 30mm Grenade

1. Overview

The VOG-17M is a 30mm high-explosive fragmentation grenade designed for the AGS-17 “Plamya” automatic grenade launcher, one of the most widely deployed crew-served automatic grenade launchers in the world. Despite the common classification reference to “rifle grenade,” the VOG-17M is properly a belt-fed automatic grenade launcher round, not a rifle-mounted grenade. The VOG-17M is a compact, fin-stabilized projectile with a caseless design—the grenade and its propelling charge are integrated into a single unit linked together in belts for automatic feeding. The VOG-17M and its variants have seen extensive combat use in virtually every Soviet and Russian military engagement since the late 1960s and have been widely exported, making it one of the most commonly encountered small-caliber grenade types in global conflict zones.

2. Country/Bloc of Origin

  • Country of Origin: Soviet Union / Russian Federation
  • Developer: KBP Instrument Design Bureau (Конструкторское бюро приборостроения), Tula
  • Period of Development: Late 1960s; the AGS-17 system entered service in 1971, with the VOG-17M as an improved variant of the original VOG-17 round
  • Production: Manufactured in the Soviet Union/Russia and produced under license or copied in Bulgaria, China (Type 87 / DFS-87 equivalent), Iran, and other countries
  • Export: Extremely widely exported to Soviet/Russian client states and allies worldwide; encountered in conflicts across Africa, the Middle East, Central Asia, Southeast Asia, and Latin America

3. Ordnance Class

  • Type: 30mm high-explosive fragmentation grenade (automatic grenade launcher round)
  • Primary Role: Anti-personnel fragmentation; suppression of exposed personnel, light vehicles, and crew-served weapons positions
  • Delivery Method: Fired from the AGS-17 “Plamya” tripod-mounted automatic grenade launcher; also compatible with some vehicle-mounted variants
  • Category: Automatic grenade launcher ammunition

Clarification on “Rifle Grenade” Classification: While the user’s request references this as a “Rifle Grenade,” the VOG-17M is correctly classified as an automatic grenade launcher round. It is not fired from a rifle or launched from a rifle-mounted adapter. The term may arise from translation conventions or database categorization differences. The AGS-17 is a dedicated crew-served weapon system, functionally analogous to the U.S. Mk 19 40mm automatic grenade launcher.

4. Ordnance Family / Nomenclature

  • Primary Designation: VOG-17M (ВОГ-17М) — the “M” denotes a modernized variant
  • Full Russian Name: Выстрел Осколочный Гранатомётный — “Fragmentation Grenade Launcher Shot”
  • Related Variants:
    • VOG-17 — Original production variant
    • VOG-17M — Improved variant with enhanced fragmentation body and reliability
    • VOG-30 — 30mm grenade for the newer AGS-30 automatic grenade launcher; improved ballistics and lethality
    • GPD-30 — 30mm grenade with dual-purpose (HEDP) capability for the AGS-30
  • Compatible Weapon Systems:
    • AGS-17 “Plamya” (primary)
    • Some vehicle-mounted variants and naval mount adaptations of the AGS-17
    • Not compatible with the AGS-30 (which uses the VOG-30 series)
  • Chinese Equivalent: Type 87 (DFS-87) 35mm automatic grenade launcher uses a similar concept but is a different caliber (35mm) and not interchangeable
  • NATO Equivalent Role: U.S. Mk 19 Mod 3 (40×53mm), though the 40mm system is significantly larger

5. Hazards

  • Primary Hazards:
    • Fragmentation: The VOG-17M is designed to produce lethal fragmentation over a radius of approximately 7 meters (23 ft), with a casualty-producing radius extending to approximately 15–20 meters (49–66 ft). The pre-formed or naturally fragmenting steel body produces numerous small, high-velocity fragments
    • Blast: Secondary blast effect at close range, though fragmentation is the primary kill mechanism
  • Sensitivity Considerations:
    • The fuze is a point-detonating type that arms in flight and is designed to function on impact with relatively light resistance (ground, vegetation, light structures)
    • Dud VOG-17M rounds may have their fuze in a partially armed state—the impact sensitivity means minimal force could cause detonation
    • The thin casing and small size can make dud rounds difficult to spot in vegetation, rubble, or soft soil
  • Environmental Stability:
    • The steel body corrodes over time; explosive fill remains hazardous
    • Rounds exposed to weathering may have unpredictable fuze conditions
    • The propellant case, if still attached, may degrade and become brittle
  • UXO Considerations:
    • The high volume of fire from automatic grenade launchers (65–400 rounds per minute cyclic) means that engagements involving the AGS-17 can scatter large numbers of rounds over an area, with significant dud rates
    • Small size makes VOG-17M duds easily overlooked during clearance
    • The impact fuze may be extremely sensitive in dud rounds—minimal disturbance can cause detonation
    • Linked belts or individual rounds may be found scattered, abandoned, or cached in conflict zones

6. Key Identification Features

  • Dimensions:
    • Caliber: 30mm
    • Overall Length (complete round): Approximately 132mm (5.2 in)
    • Grenade Body Diameter: 30mm (1.18 in)
    • Grenade Body Length: Approximately 62mm (2.44 in)
  • Weight:
    • Complete Round: Approximately 350 grams (12.3 oz / 0.77 lbs)
    • Grenade Body: Approximately 280 grams (9.9 oz)
  • Shape:
    • Grenade body: Cylindrical with a rounded or slightly ogival nose, tapering at the base
    • Cartridge case: An integrated steel or aluminum cartridge case extends below the grenade body, containing the propelling charge
    • Overall profile: Compact, stubby round with visible distinction between the grenade (top) and the cartridge case (bottom)
  • Color and Markings:
    • Body: Typically olive drab or dark green with painted or stenciled markings in Russian (Cyrillic) indicating nomenclature, lot number, and date of manufacture
    • Fuze area: The nose may be a slightly different color or finish (often bare metal or gold-colored detonator cap)
    • Export variants may have additional markings in the recipient country’s language
  • Distinctive External Features:
    • Belt links: VOG-17M rounds are linked together in non-disintegrating belts of 29 rounds per belt segment (stored in round or square ammunition boxes); the metallic belt links are a distinctive identifier
    • Cartridge case: The integrated propelling charge case is visible below the grenade body, giving the round a distinctive two-part appearance
    • Fin assembly: Small stabilizing fins at the base of the grenade (visible when separated from the cartridge case after firing) — these deploy in flight for stabilization
    • Ammunition box: Standard Soviet-pattern green metal ammunition boxes holding linked belts; stenciled with lot data and round count
  • Material: Steel grenade body; steel or aluminum cartridge case

7. Fuzing Mechanisms

  • Type: Nose-mounted point-detonating (PD) impact fuze — designated VMG-M (ВМГ-М)
  • Arming Sequence:
    1. Pre-launch safety: The fuze is unarmed during storage and handling; internal safety mechanisms prevent premature detonation
    2. Setback arming: Upon firing, the propellant gases accelerate the grenade, and the setback force initiates the first stage of arming by releasing safety detents
    3. Centrifugal / air-resistance arming: As the grenade travels downrange, air resistance or a combination of forces completes the arming sequence, aligning the detonator train
    4. Armed: The fuze is fully armed after the grenade has traveled approximately 10–40 meters from the launcher, establishing a minimum safe engagement distance
  • Functioning:
    • Upon impact, the PD fuze crushes or collapses, driving a firing pin into a detonator, which initiates the explosive fill
    • The round is designed to function on impact with relatively thin surfaces including soft ground, vegetation, and sandbags
  • Self-Destruct: The standard VOG-17M does not incorporate a self-destruct mechanism; dud rounds persist as UXO
  • Safety Mechanisms:
    • Bore-safe design
    • Setback-activated arming
    • Minimum arming distance of approximately 10–40 meters

8. History of Development and Use

The AGS-17 “Plamya” (Flame) automatic grenade launcher and its VOG-17 ammunition were developed in the late 1960s by the KBP Instrument Design Bureau in Tula as part of a Soviet program to provide infantry units with a high-volume, area-suppression capability against exposed personnel. The concept was similar to the U.S. development of the Mk 19 40mm grenade launcher, though the Soviet system used a smaller 30mm caliber.

The VOG-17 was the original round, and the VOG-17M (“modernized”) introduced improvements to the fragmentation body and fuze reliability. The system entered Soviet military service in 1971 and quickly became a standard heavy weapon at the company and battalion level.

Soviet-Afghan War (1979–1989): The AGS-17 and VOG-17M saw their first major combat deployment in Afghanistan, where the weapon proved highly effective against Mujahideen positions in both open terrain and in the complex terrain of mountain valleys. The weapon’s ability to deliver rapid, arching fragmentation fire into defilade positions made it a valued asset. Large quantities of VOG-17M ammunition were expended, and many rounds remain as UXO in Afghanistan today.

Chechen Wars (1994–2009): Extensively used by Russian forces in both the First and Second Chechen Wars, particularly in urban combat in Grozny and other cities.

Global Proliferation: The AGS-17 system and VOG-17M ammunition were exported to virtually every Soviet client state and continue to appear in conflicts worldwide. The system has been documented in use in:

  • Syria (ongoing civil war)
  • Ukraine (2014–present)
  • Libya, Yemen, and Iraq
  • Various African conflicts (Ethiopia, Sudan, Somalia, DRC)
  • Latin America (Colombian FARC, others)

Successor Systems: The AGS-30 was developed as a lighter replacement for the AGS-17, using the improved VOG-30 round. However, the AGS-17 and VOG-17M remain in widespread service due to the enormous existing stockpiles and the system’s proven reliability.

Current Status: Actively in service in Russia and dozens of other nations; massive quantities of VOG-17M ammunition remain in global stockpiles. Frequently encountered as UXO in conflict and post-conflict zones.

9. Technical Specifications

SpecificationDetail
Caliber30mm
DesignationVOG-17M (ВОГ-17М)
Overall Length~132mm (5.2 in)
Grenade Body Length~62mm (2.44 in)
Weight (complete round)~350g (12.3 oz)
Explosive FillA-IX-1 (RDX/wax) or TNT; approximately 36g (1.27 oz)
FuzeVMG-M (PD impact fuze)
Muzzle Velocity~185 m/s (607 ft/s)
Maximum Range~1,700 meters (1.06 miles) from AGS-17
Effective Range~800–1,200 meters
Minimum Arming Distance~10–40 meters
Lethal Radius~7 meters (23 ft)
Casualty Radius~15–20 meters (49–66 ft)
Belt Configuration29 rounds per belt segment
Cyclic Rate (AGS-17)350–400 rounds per minute
Practical Rate (AGS-17)50–100 rounds per minute

10. Frequently Asked Questions

Q: Is the VOG-17M actually a rifle grenade? A: No. Despite sometimes being categorized as such in certain databases, the VOG-17M is an automatic grenade launcher round designed for the AGS-17 crew-served weapon. It is belt-fed, caseless in the traditional sense (the propelling charge is integrated), and fired from a tripod- or vehicle-mounted launcher—not from a rifle or rifle adapter. The confusion may stem from translation conventions or broad categorization in some ordnance databases.

Q: How does the VOG-17M compare to the U.S. 40mm grenade (Mk 19)? A: The VOG-17M is smaller and lighter than the standard U.S. 40×53mm grenades used in the Mk 19. The 40mm HE round (M383/M430) weighs approximately 340g for the projectile alone (vs. 350g for the entire VOG-17M round) and carries approximately 32–45g of explosive with a larger fragmentation body. The 40mm system generally has greater range, larger blast/fragmentation effects, and better armor-piercing capability (M430 HEDP). However, the AGS-17’s lighter weight and higher cyclic rate partially compensate for the smaller round.

Q: Why is the VOG-17M such a common UXO hazard? A: Three factors make VOG-17M UXO extremely common: the high rate of fire of the AGS-17 (350–400 rpm cyclic) means huge quantities are expended in engagements; the small size of dud rounds makes them easy to overlook in vegetation, rubble, and soil; and the weapon’s widespread global deployment means VOG-17M ammunition has been used in dozens of conflicts across multiple continents over five decades.

Q: What does a belt of VOG-17M rounds look like? A: VOG-17M rounds are linked in non-disintegrating metal belts of 29 rounds each. Multiple belt segments can be connected for sustained fire. The rounds hang vertically from the belt links, with the grenade body (nose down) and cartridge case visible. The belts are stored in round drum-style or rectangular metal ammunition boxes that attach to the right side of the AGS-17. Finding linked belts or these distinctive ammunition boxes is a strong indicator of AGS-17 activity.

Q: Can the VOG-17M penetrate armored vehicles? A: The standard VOG-17M is an HE-fragmentation round with no armor-piercing capability. It is effective against unarmored and lightly protected targets, open-topped vehicles, and personnel, but cannot penetrate even light armored vehicles. The newer GPD-30 round for the AGS-30 offers improved dual-purpose capability with limited armor penetration, but the VOG-17M remains a pure fragmentation round.

Q: What does the ammunition box look like for identification purposes? A: The standard AGS-17 ammunition box is a green-painted metal container (round drum or rectangular, depending on variant) typically stenciled with Cyrillic markings indicating the round type (VOG-17M), quantity, lot number, and date. The box has a carrying handle and a feed opening that aligns with the launcher’s feed mechanism. Finding these boxes—even empty—in a conflict zone indicates the presence of AGS-17 systems and potential VOG-17M UXO in the area.

⚠️ SAFETY WARNING: All ordnance and ordnance components should be considered dangerous until rendered safe by qualified EOD personnel. The small size of VOG-17M dud rounds makes them easy to overlook but they remain extremely sensitive and lethal. Never handle, move, or attempt to disassemble any munition. Report all suspected ordnance to appropriate military or law enforcement authorities immediately. This material is for professional educational and identification training purposes only.