POM-1 Scatterable Submunition
1. Overview
The POM-1 (Противопехотная Осколочная Мина-1, “Anti-Personnel Fragmentation Mine-1”) is a Soviet-designed scatterable anti-personnel mine developed during the Cold War era. This small, spherical submunition represents one of the earliest Soviet attempts to create remotely-delivered minefield systems, designed to be dispersed over wide areas by aircraft, helicopters, or ground-based delivery systems. The POM-1 is notable for its distinctive spherical shape, spring-loaded stabilization wires, and extremely hazardous nature due to its sensitivity and lack of self-destruct mechanisms in early variants.
2. Country/Bloc of Origin
- Country: Soviet Union (USSR)
- Development Period: 1960s-1970s
- Current Status: Inherited by Russian Federation and former Soviet states following the dissolution of the USSR in 1991
- International Proliferation: Widely exported to Warsaw Pact nations, client states in Africa, the Middle East, and Asia. Licensed production occurred in several countries, and copies/derivatives have been manufactured in China, North Korea, and other nations
- Treaty Status: Banned under the 1997 Ottawa Mine Ban Treaty, which the Russian Federation has not signed
3. Ordnance Class
| Attribute | Classification |
|---|---|
| Type | Scatterable anti-personnel mine / submunition |
| Role | Area denial, anti-personnel |
| Delivery Methods | Air-delivered via dispensers (VSM-1, KMGU), helicopter dispensers, ground-based rocket launchers |
| Category | Remotely-delivered mine (RDM) |
4. Ordnance Family / Nomenclature
Official Designations:
- POM-1 (ПОМ-1) — Base model
- POM-1S (ПОМ-1С) — Variant with self-destruct feature
Related Systems:
- The POM-1 is part of the Soviet scatterable mine family that includes the POM-2 (bounding fragmentation mine) and PFM-1 (“butterfly” mine)
- Often deployed alongside the PTM-1 anti-tank scatterable mine
NATO Reporting:
- Catalogued in NATO ordnance identification guides as a Soviet scatterable AP mine
Common Names:
- Often referred to simply as “POM-1” in technical literature
- Sometimes called “spider mine” in Western sources due to its deployed appearance with extended wires
5. Hazards
Primary Hazards
- Fragmentation: Upon detonation, the cast-iron body fragments into approximately 400-500 high-velocity fragments
- Blast Effect: Secondary blast hazard within immediate proximity
- Lethal Radius: Approximately 4-8 meters
- Casualty Radius: Up to 15-20 meters for fragment injuries
Sensitivity Hazards
- Extremely Sensitive: The POM-1 is activated by very light pressure on the trip wires (approximately 300-500 grams of force)
- Wind Sensitivity: The spring-loaded wires can be triggered by strong winds, animals, or vegetation movement
- Degradation Danger: Aged specimens may become even more unpredictable due to deterioration of components
Environmental Considerations
- Difficult to detect due to small size and low metal content in some variants
- The olive drab or sand coloring provides camouflage in various terrains
- No self-destruct mechanism in base POM-1 model (POM-1S variant added self-destruct)
- Battery degradation does not render the mine safe; it may remain armed indefinitely
UXO Considerations
- EXTREMELY DANGEROUS AS UXO
- Movement or disturbance of the trip wires will likely cause detonation
- Should never be approached by untrained personnel
- Requires EOD specialists with specific training on Soviet scatterable systems
6. Key Identification Features
Physical Characteristics
| Feature | Description |
|---|---|
| Shape | Spherical body |
| Diameter | Approximately 60-65 mm (2.4-2.6 inches) |
| Weight | Approximately 100-150 grams (3.5-5.3 oz) total |
| Body Material | Cast iron with plastic or metal components |
| Color | Olive drab (OD), sand/tan, or dark green depending on variant |
Distinctive Features
- Spherical cast-iron body with visible fragmentation grooves or smooth exterior
- Four spring-loaded stabilization/trip wires that deploy radially after dispersal, giving the mine its “spider” appearance
- Central fuze assembly visible as a protrusion on one side
- Parachute or retarder attachment point (may be found with remnants of deployment system)
Markings
- Soviet factory markings may be stamped on the body
- Lot numbers and date of manufacture occasionally present
- Cyrillic text indicating model designation
Deployed Appearance
- When armed and deployed, the mine rests on the ground with four thin wires extending outward
- Wires are typically 20-30 cm in length each
- May be partially concealed by vegetation or debris
7. Fuzing Mechanisms
Fuze Type
- Mechanical pull-fuze with integrated detonator
- Activated by tension on any of the four trip wires
Arming Sequence
- Mine is expelled from dispenser during aerial or ground delivery
- Stabilization device (drogue or ribbon) orients the mine during descent
- Upon ground impact, a delay mechanism initiates
- After a brief arming delay (typically seconds to minutes), the spring-loaded trip wires deploy radially
- The mine is now armed and sensitive to disturbance
Triggering Mechanism
- Trip Wire Activation: Any tension on the extended wires pulls the striker, releasing it to impact the detonator
- Activation force: Approximately 300-500 grams (very light)
- Multi-directional sensitivity due to four-wire configuration
Safety Features
- Arming delay provides time for aircraft to clear the area
- Some variants include a shipping safety pin (removed before loading into dispensers)
Self-Destruct (POM-1S Only)
- The POM-1S variant incorporates a battery-powered self-destruct mechanism
- Designed to detonate or neutralize after a preset period (hours to days)
- WARNING: Self-destruct mechanisms are not reliable—treat all POM-1 variants as live and dangerous
Anti-Handling
- No dedicated anti-handling device, but extreme sensitivity effectively prevents safe handling
- Any attempt to move or manipulate the mine is likely to trigger detonation
8. History of Development and Use
Development Background
The POM-1 was developed during the 1960s-1970s as part of the Soviet Union’s efforts to create rapid minefield deployment capabilities. The concept of scatterable mines emerged from lessons learned in World War II and subsequent conflicts, where the labor-intensive process of manual mine laying limited tactical flexibility.
Design Philosophy
Soviet military doctrine emphasized area denial and the ability to rapidly channel enemy movements. The POM-1 was designed to be delivered in large quantities over wide areas, creating instant minefields that could:
- Protect flanks during offensive operations
- Delay enemy advances
- Deny key terrain without committing troops
First Deployment
The POM-1 saw initial operational use in the Soviet-Afghan War (1979-1989), where it was employed extensively via helicopter and aircraft dispersal to interdict Mujahideen supply routes and movement corridors.
Combat Use
- Afghanistan (1979-1989): Widespread use by Soviet forces
- Chechnya (1994-1996, 1999-2009): Employed by Russian forces
- Angola, Ethiopia, Eritrea: Used by Soviet-backed forces during various conflicts
- Ukraine (2014-present): Reports of POM-1 use in the Donbas conflict and subsequent full-scale invasion
Humanitarian Impact
The POM-1 has caused significant civilian casualties long after conflicts ended due to:
- Lack of self-destruct mechanisms in early variants
- Difficulty in detection and clearance
- Wide dispersal patterns making mapping impossible
- Indiscriminate nature of scattered deployment
Production Status
- Original Soviet production ceased with the dissolution of the USSR
- Stockpiles remain in Russia and former Soviet states
- Derivatives continue to be produced in some countries
9. Technical Specifications
| Specification | Value |
|---|---|
| Designation | POM-1 / POM-1S |
| Type | Scatterable anti-personnel fragmentation mine |
| Body Diameter | 60-65 mm |
| Total Weight | 100-150 g |
| Explosive Fill | TNT or A-IX-1 (RDX/wax mixture) |
| Explosive Weight | Approximately 20-30 g |
| Number of Fragments | 400-500 |
| Lethal Radius | 4-8 m |
| Casualty Radius | 15-20 m |
| Trip Wire Length | 20-30 cm each (×4) |
| Activation Force | 300-500 g |
| Operating Temperature | -40°C to +50°C |
| Self-Destruct (POM-1S) | Battery-powered, variable preset time |
| Delivery Systems | VSM-1, KMGU dispensers, helicopter systems, rocket launchers |
10. Frequently Asked Questions
Q: What is the difference between the POM-1 and POM-1S? A: The base POM-1 lacks any self-destruct or self-neutralization capability, meaning it remains dangerous indefinitely until physically cleared or accidentally detonated. The POM-1S variant incorporates a battery-powered self-destruct mechanism designed to detonate or neutralize the mine after a preset period. However, self-destruct mechanisms are inherently unreliable, and all variants should be treated as live and extremely dangerous regardless of their theoretical self-destruct status.
Q: Why is the POM-1 considered particularly hazardous compared to other mines? A: The POM-1 combines several factors that make it exceptionally dangerous: extremely low activation force (300-500 grams), multiple trip wires providing 360-degree sensitivity, small size making visual detection difficult, low metal content complicating detection equipment use, and scattered deployment patterns that make systematic clearance extremely challenging. These factors result in high rates of accidental detonation during clearance operations and by civilians.
Q: How is the POM-1 deployed in the field? A: The POM-1 is designed for remote delivery rather than hand emplacement. Common delivery methods include aircraft-mounted dispensers (such as the KMGU cluster bomb dispenser or VSM-1), helicopter dispersal systems, and ground-based multiple rocket launcher systems. A single aircraft sortie can scatter hundreds to thousands of mines over a wide area in seconds, creating instant minefields.
Q: Can the POM-1 be safely disarmed? A: The POM-1 is considered extremely difficult to render safe due to its sensitivity and design. Standard EOD doctrine typically calls for destruction in place rather than manual disarming. Any attempt to move, manipulate, or disarm a POM-1 carries extreme risk of detonation. Only highly trained EOD specialists using specialized equipment and techniques should ever approach these munitions, and even then, in-place destruction is generally preferred.
Q: What makes scatterable mines like the POM-1 controversial? A: Scatterable mines are particularly controversial because their dispersal method makes accurate recording of mine locations impossible, violating fundamental principles of humanitarian mine use. They cannot be effectively mapped, marked, or protected from civilian entry. This results in long-term contamination of agricultural land, infrastructure, and populated areas long after conflicts end. The Ottawa Mine Ban Treaty of 1997 banned anti-personnel mines largely due to concerns raised by weapons like the POM-1.
Q: How does the POM-1 compare to the PFM-1 “butterfly” mine? A: Both are Soviet scatterable anti-personnel mines, but they operate on different principles. The PFM-1 is a blast mine that relies on pressure to detonate, has a distinctive wing-shaped body, and contains liquid explosive. The POM-1 is a fragmentation mine activated by trip wires with a spherical body and solid explosive fill. The PFM-1 causes injury primarily through blast effect to the lower extremities, while the POM-1’s fragmentation can cause injuries or death over a much wider radius.
Q: What should someone do if they encounter a suspected POM-1? A: Anyone encountering a suspected POM-1 or any unidentified ordnance should immediately stop, avoid any movement that could disturb the object or potential trip wires, carefully withdraw along their approach path, mark the area if safely possible without approaching closer, and immediately report the location to military authorities, police, or humanitarian demining organizations. Under no circumstances should untrained individuals attempt to approach, touch, move, or examine the mine.
Q: Why might POM-1 mines still be encountered decades after a conflict? A: The base POM-1 model lacks self-destruct mechanisms, allowing it to remain armed and functional for decades under favorable conditions. Additionally, scattered delivery makes comprehensive clearance extremely difficult—mines can land in concealed positions, be covered by vegetation or debris, or shift position over time due to environmental factors. This results in long-term contamination that persists well beyond the end of active hostilities, as tragically demonstrated in Afghanistan where Soviet-era mines continue to cause casualties today.
Safety Notice
All ordnance should be considered dangerous until rendered safe by qualified personnel. The POM-1 is EXTREMELY SENSITIVE and should never be approached by untrained individuals. Suspected ordnance should be reported immediately to military or law enforcement authorities. This information is provided for educational purposes and identification training only.