AURION Mk IV

European-produced tactical ISR for demanding military operations


Overview

The AURION Mk IV is a tactical, long-range unmanned aircraft system designed to deliver reliable Intelligence, Surveillance, Target Acquisition and Reconnaissance (ISTAR) capabilities in complex and contested operational environments.

Produced in the Netherlands by AI Armaments, AURION Mk IV is based on a proven, airworthy and operationally validated design lineage, refined through extensive use in demanding real‑world conditions. The system combines battle‑informed maturity with European production, integration and support, ensuring sovereignty, availability and long‑term operability within NATO and EU frameworks.


Market Positioning

In a market populated by hybrid VTOL and fixed‑wing tactical UAS platforms, AURION Mk IV is designed for professional military users who prioritise:

Key Priority Description
Operational maturity Proven performance over experimental concepts
Endurance & flexibility Long endurance combined with runway‑independent deployment
Payload versatility Multi‑payload flexibility within a single air vehicle
Resilient C2 Secure and survivable command & control in contested environments

AURION Mk IV delivers Group 3 tactical UAS performance while maintaining a compact logistical footprint, reducing deployment complexity and lifecycle burden.


Operational Concept

AURION Mk IV is optimised for persistent tactical ISR, force protection and situational awareness missions across land and maritime domains.

Dual Launch & Recovery Concept

Configuration Operational Benefit
VTOL Operations from confined, austere or unprepared locations
Launcher & parachute Maximum endurance and extended on‑station time

This dual configuration allows commanders to balance logistical flexibility and mission endurance according to operational requirements.


Core Capabilities

Capability Description
Tactical & long‑range ISTAR Persistent ISR across complex environments
Multi‑payload operation Simultaneous operation of two mission payloads
System redundancy Full redundancy across avionics and critical subsystems
Secure C2 Encrypted and resilient command & control
Low signature Reduced acoustic and visual detectability
All‑weather design Sustained operation in harsh environmental conditions

Performance Overview

Parameter Value
Maximum Take‑Off Weight (MTOW) 55 kg
Payload capacity Up to 12 kg
Endurance Up to 24 hours (12 hours with VTOL kit)
Maximum speed 70 kts
Service ceiling 18,000 ft
Wingspan 5.2 m
Length 2.2 m

Performance figures based on validated design characteristics.


Command, Control & Navigation

AURION Mk IV is engineered for resilient operation in contested electromagnetic environments.

Feature Capability
Data encryption AES‑256 encrypted datalink
Link redundancy Primary and secondary uplink
LOS range Up to 150 km
BLOS Beyond Line‑of‑Sight capable
Networking Relay datalink mode
Navigation Fully operational in GPS‑denied environments

Payloads & Mission Systems

AURION Mk IV supports a broad range of military‑grade ISR and mission payloads:

Payload Category Examples
EO/IR EO/IR sensors with laser pointer, rangefinder and designator
Radar SAR, Maritime Patrol Radar (MPR)
Wide‑area ISR Wide Area Motion Imagery (WAMI)
Maritime Automatic Identification System (AIS)
Signals COMINT and Electronic Warfare (EW) payloads
Sovereign systems Integration of user‑specific payloads

The platform can carry two payloads simultaneously, enabling multi‑sensor mission execution within a single sortie.


 

 

Operational Features

Feature Description
VTOL operations Automatic take‑off and landing
Conventional launch Launcher launch and parachute recovery
Autonomy Six autonomous flight modes
Mobility Vehicle‑mounted, highly transportable system
Readiness Rapid assembly and turnaround
Logistics Small footprint for deployed military units

Compliance & Interoperability

AURION Mk IV aligns with recognised military aviation and interoperability standards:

Standard Scope
STANAG 4703 UAS airworthiness
STANAG 4609 Motion imagery standards
NATO concepts NATO‑aligned C2 and ISR integration

European Sovereignty

Aspect Benefit
Production Produced and integrated in the Netherlands
Control European‑controlled production and support
Procurement Suitable for EU and NATO frameworks
Strategic autonomy Reduced dependency on non‑European geopolitical constraints