AIA Inert-training Warhead


Tactical UAV Warheads Inert Training
Realistic training.
No live effect.

The AIAGO HE-TR range provides inert-training warheads for realistic practice, platform integration and instructional exercises with compatible miniature unmanned aerial systems.

Inert HE-TR
Operator training
Platform integration
Three reference models

Training capability without a live warhead

The inert configurations support realistic handling, operator familiarisation and platform-integration work without employing a live-effect payload.

01

Practise

Supports realistic practice and simulation with compatible miniature UAV platforms.

02

Integrate

Supports mechanical, electrical, functional and data-interface integration work.

03

Familiarise

Enables operator familiarisation with the platform and representative payload configuration.

04

Instruct

Provides a non-live configuration for instructional exercises and fire-task training.

Programme-specific UAV integration

AIAGO inert-training warheads are intended for integration with compatible miniature UAV systems. Selection starts with the available payload class, installation envelope and intended training objective.

The integration scope can include the mechanical interface and applicable electrical, functional and data-exchange requirements between the aircraft and the representative training payload.

Model
Head weight
Published purpose
AIAGO-HE-TR DG
Approx. 1,000 g
Realistic inert practice and simulation
AIAGO-2 HE-TR
Approx. 4,800 g
Realistic inert simulation and practice
AIAGO-1 HE-TR
Not publicly specified
Training without live munitions

Training applications

Realistic practice and simulation

UAV-platform integration training

Operator familiarisation

Instructional fire tasks

European supply and programme support

Artillerie Inrichtingen Armaments BV supports customers with configuration selection, platform-interface assessment, integration planning, training support and lifecycle coordination from the Netherlands.

Contract- and configuration-dependent

Published weights are approximate family head weights. Final configuration, dimensions, interfaces, platform compatibility, qualification status and delivery are subject to contract, final engineering, testing, applicable export-control requirements, end-user approvals and national law. Images and descriptions are indicative.

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