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Airtight pneumatic target systems

for defense testing
environments.

Airtight pneumatic target systems

for defense testing
environments.

Airtight pneumatic target systems

for defense testing
environments.

↳

Engineered for controlled deployment and predictable structural failure.

Project Inquiry

Project Inquiry

Our capability

Our capability

Our capability

Aevix develops inflatable military targets engineered for live-fire training, sensor testing, and weapons system validation.

Aevix develops inflatable military targets engineered for live-fire training, sensor testing, and weapons system validation.

Aevix develops inflatable military targets engineered for live-fire training, sensor testing, and weapons system validation.

Inflatable Military Targets

Full-scale and scaled targets simulating armored vehicles and battlefield assets, engineered for realistic, mission-relevant training scenarios.

Realistic Target Simulation

Accurate visual signatures for training realism, sensor calibration, and engagement validation across environments.

Training & Testing Applications

Suitable for live-fire exercises, weapons testing, and operational training by armed forces and defense manufacturers.

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1

Operational Realism

We design targets that reflect real-world battlefield assets, enabling realistic engagement scenarios during live-fire training and weapons testing.

Air Closed Military targets Aevix
Air Closed Military targets Aevix

2

Engineering Discipline

Every target is developed with a focus on structural integrity, predictable behavior, and controlled deployment under operational conditions.

Development Engineering of inflatable astructures by Aevix
Development Engineering of inflatable astructures by Aevix

3

Controlled Deployment

Designed for efficient single-use deployment, minimizing recovery, logistics, and risk during live-fire exercises and testing operations.

Controlled Deployment Airclosed targets
Controlled Deployment Airclosed targets

Internal Pneumatic Frame Architecture

Internal Pneumatic Frame Architecture

Internal Pneumatic Frame Architecture

Tube-based pneumatic frame engineered for rapid, single-person deployment and predictable structural behavior in live-fire environments.

Closed-air operation
Self-contained pneumatic system requiring no continues airflow, power, or infrastructure

Single-operator deployment
Designed for rapid setup by one person without tools or lifting equipment.

Predictable impact behavior
Segmented tube architecture engineered for controlled and repeatable deformation under live-fire conditions.


Low logistical footprint
Compact single backpack transport form with an approximate field weight of 40kg

Tube-based pneumatic frame engineered for rapid, single person deployment and predictable
structural behavior in live-fire environments
and test cases.


Closed-air operation
Self-contained pneumatic system requiring no continues airflow, power, or infrastructure

Single-operator deployment
Designed for rapid setup by one person without tools or lifting equipment.

Predictable impact behavior
Segmented tube architecture engineered for controlled and repeatable deformation under live-fire conditions.


Low logistical footprint
Compact single backpack transport form with an approximate field weight of 40kg

External Visual Configuration

External Visual Configuration

External geometry and visual profile engineered to match real-world armored vehicle silhouettes across specific operational environments.

Terrain-specific visual profile
Target silhouette and surface layout configured to represent armored assets operating in specific environments.

Full-silhouette representation

Complete visual coverage across hull, turret, and main gun to ensure correct target recognition during training and weapons testing.

Low configuration overhead
Visual configuration applied without adding complexity to deployment, setup time, or field logistics.


Consistent geometry across environments
Identical target geometry maintained across different visual profiles, ensuring repeatable training and test conditions.

External geometry and visual profile engineered to match real-world armored vehicle silhouettes across specific operational environments.


Terrain-specific visual profile
Target silhouette and surface layout configured to represent armored assets operating in specific environments.

Full-silhouette representation
Complete visual coverage across hull, turret, and main
gun to ensure correct target recognition during training and weapons testing.

Low configuration overhead
Visual configuration applied without adding complexity
to deployment, setup time, or field logistics.


Consistent geometry across environments
Identical target geometry maintained across different
visual profiles, ensuring repeatable training and test conditions.

Technical details and project specifications are shared upon request.

Technical details and project specifications are shared upon request.

Project-Specific Inquiries

Project-Specific Inquiries

Submit Project Inquiry

Submit Project Inquiry