HE-Fragmentation Warheads

Tactical Warheads / HE-Fragmentation

Modular Fragmentation Effectors
for Unmanned Systems

Compact HE-fragmentation warhead solutions for UAVs, UGVs, USVs, loitering munitions, and other compatible unmanned platforms.

Each effector is configured around the carrier platform, required target effect, payload capacity, installation envelope, fuze and safety architecture, and operational requirements.

Reference ConfigurationsTwo Sizes
FRAG 2-INCH0.50 kg
FRAG 4-INCH0.85 kg
Reference Range0.5–8 m

Integrated Configuration

Effector, Safety, and Platform Interface

The fragmentation effectors are configured around the required target effect, available payload capacity, installation envelope, fuze architecture, and operational requirements.

The effector, fuze, Safe & Arm system, and platform interface are managed as one controlled configuration.

Lightweight Portfolio

Reference Configurations

The current HE-fragmentation portfolio includes two lightweight reference configurations for different platform payload capacities.

Configuration Effect Total Weight Explosive Content Dimensions Reference Effective Range
FRAG 2-INCH Fragmentation 0.50 kg 0.25 kg Ø50 × 150 mm 0.5–5 m
FRAG 4-INCH Fragmentation 0.85 kg 0.40 kg Ø70 × 150 mm 0.5–8 m
These figures represent reference product data. Final specifications and performance depend on platform engineering, the selected configuration, test conditions, and program qualification.

Modular Capability

Key Features

  • Compact and lightweight fragmentation effectors
  • Two reference sizes for different platform payload capacities
  • Fragmentation and blast effect for selected tactical applications
  • Integration with compatible fuze and Safe & Arm systems
  • Controlled mechanical, electrical, and operational interfaces
  • Suitable for multiple unmanned platform categories
  • Configuration-specific engineering and qualification support

Mission Context

Application Areas

HE-fragmentation effectors can be configured for selected applications involving personnel, light vehicles, military assets, and interception missions.

Personnel
Light Vehicles
Military Assets
Interception Missions

The final application and configuration are determined by the carrier platform, operational concept, and applicable safety requirements.

Carrier Platforms

Platform Integration

Integration may be developed for multiple unmanned and guided platform categories.

Unmanned Aerial Vehicles
Loitering Munitions
Unmanned Ground Vehicles
Unmanned Surface Vehicles
Other Compatible Unmanned or Guided Platforms

Platform integration is based on payload capacity, available dimensions, mounting interface, electrical supply, data connectivity, release conditions, and environmental requirements.

Controlled Configuration

One Integrated Weaponization Package

The warhead, fuze, safety electronics, and platform interface are assessed and documented as one integrated package.

Contact AI Armaments to discuss the required fragmentation effect, payload envelope, carrier platform, and integration requirements.

Contact AI Armaments

Final configurations, effect performance, target suitability, platform compatibility, qualification, availability, and delivery are subject to engineering review, testing, contractual agreement, applicable regulations, export-control requirements, and end-user approval.

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