TUTELARIS T1 Deployable Counter-UAS System

Counter-UAS Systems TUTELARIS Deployable Systems
TUTELARIS T1

A deployable trailer-mounted counter-UAS system combining radar, RF detection, thermal and daylight electro-optics, RF soft kill and open-architecture command and control. The towable platform is developed to autonomously detect, classify, identify, track and neutralize mini, micro, small and first-person-view unmanned aerial threats.

Multi-sensor detection
24/7 day/night/all-weather
RF soft kill
Open C2 architecture
Towable · Autonomous power
Deployable integrated counter-UAS protection

The sand-finished deployable configuration integrates radar, RF detection and direction finding, thermal and daylight electro-optical sensors, directional and omnidirectional RF countermeasures, an electromechanical sensor mast, autonomous power and open command-and-control facilities on one towable platform.

01

Deployable trailer platform

A towable configuration supports temporary and fixed-site missions with an electromechanical mast and autonomous power.

02

Multi-sensor detection

Radar, RF detection and day/night electro-optics support autonomous classification, multi-target tracking and response to swarm threats.

03

RF soft kill

Software-configurable directional and omnidirectional countermeasures address relevant control, navigation and data links.

04

Open command and control

Automated sensor coordination reduces operator workload, while modular C2 supports multi-node operation and qualified external effectors.

Multi-sensor detection and identification

Surveillance radar provides primary detection, tracking and classification of low-altitude UAV targets. RF detection and direction finding add passive warning and threat-library-based identification, while thermal and daylight electro-optical channels support visual confirmation and automatic video tracking. Sensor fusion combines available tracks into a coherent operating picture, supported by defined alarm, friendly and restricted zones.

Surveillance radar
RF direction finding
Thermal and daylight EO
Automatic video tracking
Sensor fusion
GIS-based zone management
DesignationTUTELARIS T1
Product codeAIA-CUAS-T1-MK1
Product familyTUTELARIS Counter-UAS Systems
System classDeployable trailer-mounted counter-UAS detection and RF countermeasure system
Detection architectureSurveillance radar, RF detection and direction finding, thermal EO and daylight EO
Countermeasure architectureDirectional and omnidirectional RF soft kill
Command architectureOpen C2 with sensor fusion, threat evaluation and countermeasure assignment
DeploymentTowable trailer with electromechanical sensor mast and autonomous power
Target setMini, micro, small, FPV and swarm UAV threats
Illustrated finishSand land-system configuration
Mission applications

TUTELARIS T1 provides deployable, integrated counter-UAS coverage across military, infrastructure, aviation, border-security and public-safety environments.

Military facilities and temporary sites
Critical infrastructure and facilities
Airports and aviation-sensitive locations
Border surveillance and protection
Urban and rural site defence
Major events and populated areas
European supply and licensed manufacture

Artillerie Inrichtingen Armaments BV supports European and North American customers with programme coordination, trailer, sensor and command integration, lifecycle support and licensed manufacturing in the Netherlands, subject to the agreed industrial, contractual and regulatory framework.

Public system summary and controlled configuration

This public summary excludes controlled radar ranges, RF frequency and power tables, sensor-detail specifications, countermeasure profiles and internal subsystem information. Product availability, configuration, sensor and countermeasure performance, external-effector compatibility and delivery are subject to contract, final engineering, trailer and system qualification, spectrum authorization, electromagnetic and cyber-security assessment, applicable export-control requirements, airspace and engagement permissions, publication clearance and end-user approvals. Images and descriptions are indicative and may show optional equipment.

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