NIEWIADÓW WARHEAD SYSTEMS

OUR PRODUCTS

PAYLOADS
FOR FPV DRONES

HEPF Payload for FPV

Application

Designed for compact FPV drones to deliver a destructing effect against infantry, vehicles, field fortifications, and infrastructure.

Description

The warhead employs a hardened steel body with a pre-fragmented pattern, providing a high and stable destruction effect. The combination of blast effect and a controlled fragmentation pattern delivers exceptional effectiveness, reliably neutralizing personnel in full equipment, vehicles, and vehicles with light armored protection (STANAG 4569 Level 1), and field fortifications across a wide area with a single detonation. Initiation is handled by a self-powered fuze that ensures a blast on target impact. The fuze runs on a dedicated battery, making the payload completely independent of the drone’s power system.

Features

  • Hardened steel body with pre-fragmented pattern for uniform fragment distribution
  • Autonomous impact fuze with ultra-fast initiation and standalone battery
  • Fuze with two independent safety levels and protection against accidental initiation
  • Compatible with most of the FPV drone frame
  • No external power or arming devices required; safe handling and simple integration
  • Rugged, highly reliable, and safe design
  • Extended shelf life and all-condition operation

Specifications

Lethal Performance High-Explosive Pre-Fragmented
Warhead Outer Diameter, mm 83
Warhead Weight, kg 4,0 max
Warhead Length, mm 350 max
Quantity of Fragments ≥ 750 of 1,75 g each
Lethal Radius (Heavy Infantry), m ≥ 15
Maximum Effective Fragment Range, m ≤ 30
Radius of Armour Penetratrion
(STANAG 4569 Level 1), m		 ≥ 15
Field Fortification Breach Radius, m ≥ 10
Filling Type RDX-based Composition
Mass of Filling, kg 1,6
Operating Conditions from -54°C to +60°C up to 85% RH
Storage Conditions from +5°C to +25°C up to 75% RH
Shelf Life 15 years

TB Payload for FPV

Application

Purpose-built for FPV drones to neutralize infantry in the open and enclosed strongholds, such as bunkers, buildings, caves, trenches, and fortified rooms.

Description

A warhead, filled with a highly efficient and proven thermobaric composition. The payload’s design ensures the initiation of a two-phase effect: first, a high-explosive detonation forms a cloud of dispersed fuel, which is then instantly ignited to produce a sustained, high-temperature effect. This process is creating a prolonged overpressure and oxygen depletion. Initiation is handled by a self-powered fuze that ensures a blast on target impact. The fuze runs on a dedicated battery, making the payload completely independent of the drone’s power system.

Features

  • Thermobaric composition for prolonged blast overpressure and high-temperature effect
  • Autonomous impact fuze with ultra-fast initiation and standalone battery
  • Fuze with two independent safety levels and protection against accidental initiation
  • Compatible with most of the FPV drone frame
  • No external power or arming devices required; safe handling and simple integration
  • Rugged, highly reliable, and safe design
  • Extended shelf life and all-condition operation

Specifications

Lethal Performance Thermobaric Blast
Warhead Outer Diameter, mm 75
Warhead Weight, kg 2,0 max
Warhead Length, mm 350 max
Open Terrain Lethal Radius, m 7
Enclosed Space Lethality, m³ 200
Filling Type Thermobaric Composition and RDX-based Composition
Mass of Filling, kg min. 1,3
Operating Conditions from -54°C to +60°C up to 85% RH
Storage from +5°C to +25°C up to 75% RH
Shelf Life 15 years

Ultra-Lightweight HEAT Payload for FPV

Application

Designed for precision strikes where minimal collateral damage is important. Ideal for small FPV drones tasked with surgically breaching walls, disabling specific light armored vehicle, destroying high-value equipment inside structures without endangering adjacent rooms or civilians.

Description

The warhead employs a specially developed ultra-lightweight shaped charge optimized for UAV strikes, providing stable penetration despite the minimum diameter and weight. A nose ensures the correct full stand-off distance for jet formation. Initiation is handled by a self-po­wered fuze that ensures a jet formation on target impact. The fuze runs on a dedicated battery, making the payload completely independent of the drone’s power system.

Features

  • UAV-optimized shaped charge for consistent, high penetration
  • Focused jet and minimal blast radius for pin‑point strikes and low collateral damage
  • Autonomous impact fuze with ultra-fast initiation and standalone battery
  • Fuze with two independent safety levels and protection against accidental initiation
  • Lightweight and compatible with any standard FPV drone frame
  • No external power or arming devices required; safe handling and simple integration
  • Robust, highly reliable, and safe design
  • Extended shelf life and all-condition operation

Specifications

Lethal Performance High-Explosive Anti-Tank
Warhead Outer Diameter, mm 59
Warhead Weight, kg 0,5 max
Warhead Length, mm 230 max
Penetration Depth, mm, not less than  
- Rolled Homogeneous Armor 200
- Reinforced Concrete 500
- Brick 700
Filling Type RDX-based Composition
Mass of Filling, kg 0,15
Operating Conditions from -54°C to +60°C up to 85% RH
Storage from +5°C to +25°C up to 75% RH
Shelf Life 15 years

Lightweight HEAT Payload for FPV

Application

Designed for FPV strike drones to engage armored vehicles, fortified positions, and structures.

Description

The warhead employs a specially developed shaped charge optimized for UAV strikes, providing high, stable penetration despite the compact diameter and low weight. A nose ensures the correct full stand-off distance for jet formation. Initiation is handled by a self-powered fuze that ensures a jet formation on target impact. The fuze runs on a dedicated battery, making the payload completely independent of the drone’s power system.

Features

  • UAV-optimized shaped charge for consistent, high penetration
  • Targets light armored vehicles and older tanks at locations without ERA, armored cars, MRAPs, field fortifications
  • Autonomous impact fuze with ultra-fast initiation and standalone battery
  • Fuze with two independent safety levels and protection against accidental initiation
  • Lightweight and compatible with any standard FPV drone frame
  • No external power or arming devices required; safe handling and simple integration
  • Robust, highly reliable, and safe design
  • Extended shelf life and all-condition operation

Specifications

Lethal Performance High-Explosive Anti-Tank
Warhead Outer Diameter, mm 72
Warhead Weight, kg 1,0 max
Warhead Length, mm 350 max
Penetration Depth, mm, not less than  
- Rolled Homogeneous Armor 300
- Reinforced Concrete 750
- Brick 1000
Filling Type RDX-based Composition
Mass of Filling, kg 0,35
Operating Conditions from -54°C to +60°C up to 85% RH
Storage from +5°C to +25°C up to 75% RH
Shelf Life 15 years

Middleweight HEAT Payload for FPV

Application

Tailored for FPV drones tasked with destroying any armored vehicles without explosive reactive armor (ERA), fortified structures, and concrete pillboxes. Delivers a decisive anti-armor punch at minimal weight, enabling single-drone kills against most of armored threats.

Description

The warhead employs a specially developed shaped charge optimized for UAV strikes, providing high, stable penetration despite the compact diameter and low weight. A nose ensures the correct full stand-off distance for jet formation. Initiation is handled by a self-powered fuze that ensures a jet formation on target impact. The fuze runs on a dedicated battery, making the payload completely independent of the drone’s power system.

Features

  • UAV-optimized shaped charge for consistent, high penetration
  • Targets MBTs at locations without ERA, modern IFVs, reinforced concrete bunkers, and thick‑walled buildings
  • Autonomous impact fuze with ultra-fast initiation and standalone battery
  • Fuze with two independent safety levels and protection against accidental initiation
  • Lightweight and compatible with any standard FPV drone frame
  • No external power or arming devices required; safe handling and simple integration
  • Robust, highly reliable, and safe design
  • Extended shelf life and all-condition operation

Specifications

Lethal Performance High-Explosive Anti-Tank
Warhead Outer Diameter, mm 72
Warhead Weight, kg 1,0 max
Warhead Length, mm 350 max
Penetration Depth, mm, not less than  
- Rolled Homogeneous Armor 300
- Reinforced Concrete 750
- Brick 1000
Filling Type RDX-based Composition
Mass of Filling, kg 0,35
Operating Conditions from -54°C to +60°C up to 85% RH
Storage from +5°C to +25°C up to 75% RH
Shelf Life 15 years

WARHEAD INTEGRATION
FOR LOITERING MUNITION

Anti-Personnel Anti-Material Warheads
for Loitering Munition

HEPF Payload

  • Outer Diameter: 83 mm
  • Warhead Weight: 3.5 kg max
  • Warhead Length: 300 mm max
  • Pre‑fragmented steel body consisting of not less than 750 fragments 1.75 g each
  • ≥15 m Heavy Infantry Lethality Radius
  • ≥15 m STANAG 4569 Level 1 Armour Penetration Radius
  • ≤10 m vs Field Fortification Breach Radius
  • Maximum Fragment Effective Range: up to 30 m
  • Fuze powered directly from the carrier
  • Fuze with two independent safety levels and protection against accidental initiation
  • Airburst mode increases fragmentation coverage

TB Payload

  • Outer Diameter: 75 mm
  • Warhead Weight: 2.0 kg max
  • Warhead Length: 300 mm max
  • Thermobaric composition for prolonged overpressure and high-temperature effect
  • Open Terrain Lethal Radius: 7 m
  • Enclosed Space Lethality: 200 m3
  • Fuze powered directly from the carrier
  • Fuze with two independent safety levels and protection against accidental initiation
  • Airburst mode maximizes coverage

Multipurpose Payload

Application

Purpose‑built for loitering munitions to defeat hardened, sealed, and semi‑sealed targets such as bunkers, fortified buildings, caves, AFVs, and concrete emplacements. Combines precision penetration with an interior and exterior thermobaric blast ideal for missions requiring
a breach‑and‑clear effect in a single strike.

Description

A Tandem Thermobaric warhead with a modular design. The warhead integrates a precursor shaped charge and a main thermobaric charge. On impact, the shaped charge fires first, penetrating at least 300 mm of RHA or breaching a reinforced concrete/brick wall, creating a pathway into the target’s interior. Immediately after, the thermobaric composition is dispersed through the breach and ignited, generating
a sustained, high‑temperature blast wave that fills the enclosed
volume with lethal overpressure and oxygen depletion. The fuze is
powered directly from the drone’s power and is compatible with a nose crush switch.

Features

  • Inside‑target effect: the combined prolonged overpressure, high-temperature effect, and oxygen depletion within the premises
  • Fuze powered directly from the carrier; compatible with a nose crush switch
  • Fuze with two independent safety levels and protection against accidental initiation
  • Robust, highly reliable, and safe design
  • Extended shelf life and all-condition operation

Specifications

Lethal Performance HEAT and TB
Warhead Outer Diameter, mm 75
Warhead Weight, kg 3,0 max
Warhead Length, mm 550 max
Penetration Depth, mm, not less than  
- Rolled Homogeneous Armor 300
- Reinforced Concrete 750
- Brick 1000
Open Terrain Lethal Radius, m 7
Enclosed Space Lethality, m³ 200
Filling Type Thermobaric Composition and RDX-based Composition
Mass of Filling, kg min. 1,5
Operating Conditions from -54°C to +60°C up to 85% RH
Storage Conditions from +5°C to +25°C up to 75% RH
Shelf Life 15 years

Multipurpose Payload